JP7425940B2 - Notification device with sensing sensor - Google Patents

Description

The present invention relates to a sensor-equipped notification device that is installed on a wall or ceiling of a factory, parking lot, etc., and emits a warning light and sound to the surrounding area in response to a sensor detection signal or an operation signal from the outside.

Conventionally, as a rotating warning light that notifies a signal light, a light unit is disclosed that includes a light-transmitting globe and a rotating light unit that is attached to a first chassis and built into the globe. (See Patent Document 1). This rotating warning light is constructed by assembling the above-mentioned optical device part and the main body part, with an appropriate space provided in the rear case to accommodate wiring, circuit boards, etc., and a large speaker. It is said that the company was able to efficiently accommodate multiple circuit boards and provide a compact rotating warning light with a built-in speaker.

Conventionally, panel-type warning lights have been constructed using a thin light guide plate panel made of a translucent material with two wings or one wing that has been surface-treated on one plane, a main unit mount that can be installed on the ceiling or wall, and a main unit mount that can be installed on the ceiling or wall. A decorative cover that covers the base, a fixing device that fixes the decorative cover to the main body mount, and a plurality of color LED element rows and controls arranged at the top of the main body mount so as to face outward from the inner end surface of the thin light guide panel. A light source including a light source configured with a circuit and a power supply device that supplies electric power is disclosed (see Patent Document 2). This has enough light to visually convey warnings and make it visible from a distance, and it also maintains good visibility from any direction and does not feel intimidating to people. It is said to provide a warning light.

Japanese Patent Application Publication No. 7-282362 JP 2017-59514 Publication

However, many conventional warning lights with built-in speakers, including the rotating warning light disclosed in Patent Document 1, are connected by wire or wirelessly to external devices such as sensors installed separately from the warning light. It was designed to perform a warning operation in response to a signal from an external device. For this reason, it has not been possible to install the sensing sensor and the warning light in the same location in a compact form.

If a sensor is attached to a notification device that emits sound and light, the size of the light emitting area and the holding function of the light emitting part may be limited by the sensor. It was difficult to keep it in place. Furthermore, the compact shape makes it difficult to secure an unobstructed light emitting area of the light emitter. Alternatively, the presence of a light emitting device or a sound generating device may limit the sensing area of the sensor. Furthermore, when installing outdoors, not only the sensing sensor and the notification device, but also the connection wiring and the connecting portion that connect them are required to have weather resistance or water resistance.

Therefore, the present invention secures the light emitting area and holding function of the light emitting body 31 in a compact shape so that the size of the light emitting area and the holding function of the light emitting part are not limited, while providing a sensing sensor in the notification device that emits sound and light. Our challenge is to provide what we can. Alternatively, it is an object of the present invention to provide a sensing area of a sensing sensor that is not limited by a light emitting device or a sound generating device. Alternatively, it is an object of the present invention to provide a device that ensures weather resistance or water resistance when installed outdoors.

In view of the above problems, the present invention takes the following measures. However, in the following, the numbers and alphabets written following the names of the structures are symbols added for convenience in understanding the drawings, and are not intended to limit the concept, shape, or structure of the structure.

(1) The notification device with a sensing sensor according to the present invention includes:
The box-shaped side part is provided with an acoustic path 11, the box-shaped upper part is provided with an upper plate 12, the box-shaped lower part is provided with an attachment mechanism 13 to the mounting surface, and further provided with a power supply device 14 inside or on the side. a box-shaped main body 1;
A waterproof speaker 2 fixed downward to the upper plate 12 of the main body 1;
A light emitting board 3 with a light emitting body 31 supported and fixed above the upper plate 12 of the main body 1;
A notification device with a sensing sensor, comprising a glove 4 with a sensing sensor 41 attached to cover the upper plate 12 of the main body 1,
The light emitting substrate 3 has a cutout portion 3D formed by cutting out a part of the substrate shape,
The glove 4 is formed by forming a recess in a part of the cover body, and has a holding frame 4F that holds the sensing sensor 41.
A notch 3D formed in a part of the light emitting board 3 is fitted with a holding frame 4F formed in a part of the globe 4,
It is characterized in that the sensing part of the sensing sensor 41 is embedded and fixed in a part of the glove 4.

With the above configuration, the sensing part of the sensing sensor 41 is embedded and fixed in a specific position of a part of the glove 4, so that the notification device that emits sound and light and the sensor device that performs sensor sensing can be compactly integrated. I can do it. In addition, with the globe 4 attached, the notch 3D of the light emitting board 3 fits into the holding frame 4F of the globe 4, so that the position of the light emitting body 31 of the light emitting board 3 is adjusted relative to the globe 4. It is held in place without shifting. This ensures that the light emitting area of the light emitter 31 is not obstructed by the sensing sensor 41 or its holding frame 4F. In other words, by combining a loudspeaker plate, a packing material that is a waterproof material, and a waterproof speaker in close contact with the center top of a dome-shaped glove, a notification device with a sensor that has a compact overall shape and has excellent water-stopping properties is created. I can do it.

(2) In the above-mentioned notification device with a sensing sensor, the light emitting board 3 has a radial board shape, in which a plurality of projecting pieces 3A are integrally molded with a circular or polygonal central piece and a plurality of projecting pieces 3A project radially from the center of the central piece. With,
It has a notch 3D formed by cutting out and molding the tips of any one group (one or more) of the overhanging pieces 3A among the plurality of overhanging pieces 3A, and the tip of each of the groups of overhanging pieces 3A. The holding frame 4 of the glove 4 is combined and fitted from above or from the side, and the plurality of overhang pieces 3A except for the group (one or more) of the overhang pieces 3A are fitted together from above or from the side. It is preferable that the lower part of the projecting piece 3A is supported by a support column 15 erected from the main body 1.

In such a case, the plurality of projecting pieces 3A have a radial shape projecting radially, and among the plurality of projecting pieces 3A, one or more of the projecting pieces 3A having the notch 3D is a glove. The remaining plurality of projecting pieces 3A that do not have the notch portion 3D among the plurality of projecting pieces 3A are attached to the holding frame 4F of the main body 1 from above or from the side. The standing leg is supported by each support pillar 15. As a result, the light emitting board 3 is vertically supported from below by the support column 15, and is fitted and supported from the top or side by the holding frame 4F. With this multiple support from each of the upper and lower directions, the light emitting position of the substrate can be maintained even though it is in a hollow position.

(3) In the above-mentioned notification device with a sensing sensor, the light-emitting board 3 further includes a plurality of light-emitting bodies 31 at each light-emitting position along the periphery of the board shape in a lateral direction extending radially from the center of the central piece. It is preferable that the irradiation directions are fixed at equal intervals, and that each light emitting position is an intermediate position between two adjacent projecting positions among the plurality of projecting pieces 3A.

With such a structure, the light emitting body 31 is fixed at an intermediate position between two adjacent overhang pieces 3A, so that the influence of illuminance shielding by the overhang pieces 3A can be suppressed. Furthermore, since the light emitting body 31 is fixed approximately equally between the overhang pieces 3A that are supported by the standing leg or fitted and fixed, the light emitting body 31 can be securely fixed by the overhang pieces 3A on both sides.

(4) In the above-mentioned notification device with a sensing sensor, the upper plate 12 at the upper part of the main body 1 is provided with a central hole 12H for fixing the waterproof speaker 2 at the center in a plan view,
The main body 1 includes an acoustic path 11 that communicates with the central hole 12H and opens laterally,
The waterproof speaker 2 is fixed by fitting the frame edge of the speaker into the central hole 12H through a gasket 12G, which is fitted around the center hole 12H, with the speaker cap facing downward.
Further, the glove 4 is covered and fixed above the main body 1 via a gasket 14G fitted around the upper part of the main body 1,
It is preferable that a water-sealed space is formed within the glove 4 by the main body 1, the waterproof speaker 2, and the glove 4.

With such a device, a water-sealed space is formed within the glove 4 by the main body 1, the waterproof speaker 2, and the glove 4, so that water does not enter the glove 4. Therefore, the light emitting body 31 in the globe 4, the light emitting circuit of the light emitting board 3, the sensor circuit and wiring of the sensing sensor, and the alarm circuit and wiring on the upper plate 12 that emits speaker sound are insulated from the outside. can be maintained.
For example, in the embodiment described later, the speaker 2 is fitted and fixed into the center hole 12H of the upper plate 12, and this fitting and fixation is water-tight fixation via a gasket 12G along the edge of the center hole 12H. Further, the globe 4 is covered and fixed above the main body 1 by covering the upper circumferential side of the main body 1, and this covering and fixing is performed by sealing and fixing via a gasket 14G along the circumferential side of the main body 1. be. In addition, in the present invention, the "acoustic path" or "acoustic path 11" refers to a path for air propagating the speaker sound of the waterproof speaker 2 within the path to generate a reporting sound (sound generation), and has such a function. The shape and structure do not matter as long as it fulfills the following objectives.

(5) In the notification device with a sensor, the main body 1 is made of a polygonal or cylindrical box, and the upper part is covered with an upper plate 12 having a central hole 12H. It is provided with a plurality of acoustic paths 11 communicating outward from the central hole 12H and expanding substantially radially in plan view, and a plurality of acoustic ports 11M at the ends of the acoustic paths 11 are formed by opening in the side surface of the box of the main body 1,
It is preferable that each acoustic path 11 has a bent or curved acoustic path lower surface and/or an acoustic path inner surface, and is formed so that its cross section expands from the central hole 12H toward the acoustic port 11M.

In this case, the main body 1 is internally formed with a plurality of acoustic paths 11 that communicate with each other from the center hole 12H at the center of the upper part and open on the side. The acoustic path 11 is formed from the inside of the main body 1 to the side surface, and is divided into upper and lower sections with the globe 4 that covers the upper part of the main body 1, so that the acoustic path does not interfere with the light emitting operation or the sensor operation of the sensing sensor. Furthermore, the notification sound from the waterproof speaker facing downward can be amplified toward the side of the box.

Furthermore, in the above structure, when the frame of the waterproof speaker 2 is fitted into the center hole 12H and sealed, a waterproof section can be formed even though the side portion of the main body 1 is opened at the acoustic port 11M.

By taking the above-mentioned measures, the present invention has a compact structure in which a notification device that emits light and sound and a sensing sensor are integrated, and the light emitting body is 31 light emitting areas and holding functions can be secured. Furthermore, the sensing area of the sensing sensor is not limited by the light emitting device or the sound generating device. Furthermore, it has weather resistance and water resistance even when installed outdoors.

1 is a top perspective view showing the external appearance of a notification device with a sensing sensor according to a first embodiment of the present invention. 1 is a top perspective view showing the external appearance of the notification device with a sensing sensor of Example 1. FIG. FIG. 2 is an explanatory plan view showing the external appearance and internal structure of a part (light-emitting board) of the notification device with a sensing sensor of Example 1. FIG. 2 is an explanatory front view showing the external appearance and internal structure of a part (light-emitting board, speaker, acoustic path) of the sensor-equipped notification device of Example 1. FIG. 2 is a side explanatory view showing the external appearance and internal structure of a portion (a holding frame, a light emitting board, and a speaker) of the notification device with a sensing sensor of Example 1. 2 is a side view central sectional view showing the internal structure of the notification device with a sensing sensor of Example 1. FIG. FIG. 2 is an explanatory center cross-sectional view in a first disassembled state showing the configuration of the sensor-equipped notification device of Example 1; FIG. 8 is a plan view of the disassembled state (first disassembled state) of FIG. 7 illustrating the configuration of the sensor-equipped notification device of Example 1; FIG. 3 is a plan view showing the configuration of the sensor-equipped notification device of Example 1 in a second disassembled state (a state in which a speaker 2 is attached from the first disassembled state). FIG. 3 is a plan view showing the configuration of the sensor-equipped notification device of Example 1 in a third disassembled state (a state in which a light emitting board 3 is attached from a second disassembled state). It is a perspective view of the third disassembled state (state where only the glove is removed) showing the configuration of the notification device with a sensing sensor according to the second embodiment of the present invention. FIG. 3 is a central cross-sectional view in a side view showing the internal structure of the notification device with a sensor according to the second embodiment. It is a perspective view of the third disassembled state (the state where only the glove is removed) showing the structure of the notification device with a sensing sensor according to the third embodiment of the present invention. FIG. 7 is a central cross-sectional view when viewed from the side, showing the internal structure of the notification device with a sensor according to the third embodiment.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of a notification device with a sensing sensor according to the present invention will be described based on the drawings. However, in the following, the numbers and alphabets written following the names of the structures are symbols added for convenience in understanding the drawings, and are not intended to limit the concept, shape, or structure of the structure.

The configuration of the sensor-equipped notification device 100 of the present invention is as shown in FIGS. 1 to 12 (Embodiment 1).
A box-shaped main body 1 including a mounting mechanism 13 for attaching to a mounting surface at the bottom of the box-shaped body and a power supply device 14 inside or on the side;
A waterproof speaker 2 fixed downward to the upper plate 12 of the main body 1;
A light emitting board 3 with a light emitting body 31 supported and fixed above the upper plate 12 of the main body 1;
The glove 4 is equipped with a sensing sensor 41 and is attached to cover the upper plate 12 of the main body 1. Each configuration will be explained in detail below.

The light emitting substrate 3 has a cutout portion 3D formed by cutting out a part of the substrate shape,
The glove cover 4 is formed by forming a recess in a part of the cover body, and has a holding frame 4F that holds the sensing sensor 41, and the notch 3D and the holding frame 4F fit together to hold the light emitting board 3. It is characterized in that its position is defined by the glove cover 4 having a frame 4F.

(Body 1)
The main body 1 consists of a sealed polygonal column or cylindrical box with the lower surface as the mounting surface, and the upper part is covered with an upper plate 12 having a central hole 12H. An acoustic path 11 is provided on the side of the box, a mounting mechanism 13 for attaching to the mounting surface is provided at the bottom of the box, and a power supply device 14 is provided inside or on the side.
(Top plate 12)
The upper plate 12 at the top of the main body 1 includes a control board and a connector for controlling light emission from the light emitting element and sound generation from the waterproof speaker. Further, a center hole 12H having a size corresponding to the circular shape of the frame edge of the waterproof speaker 2 is provided at the center of the plate in a plan view, for incorporating the waterproof speaker 2 therein. A gasket 12G is attached along the hole edge of the central hole 12H, and the hole edge has a water-tight structure when the waterproof speaker 2 is attached. In addition, there are fixing holes for fixing the waterproof speaker 2 with fixing screws 2S at three locations near the edge of the central hole 12H, and a total of three support columns 15 are provided near the three fixing holes. is formed into a stance. Further, the upper plate 12 has a plurality of fixing holes 14H at positions near the four corners in a plan view for fixing the globe 4 with screws.

(Acoustic path 11)
The interior of the main body 1 is provided with a plurality of acoustic paths 11 that communicate outward from the central hole 12H, expand substantially radially in a plan view, and open laterally. In addition, in the present invention, the "acoustic path" refers to a path for air propagating the speaker sound of the waterproof speaker 2 in the path to report sound (generate sound), and as long as it fulfills this function, The shape doesn't matter. A plurality of acoustic holes 11M at the ends of the acoustic path 11 are formed by opening on the side surface of the box of the main body 1, and each acoustic path 11 has a bent or curved acoustic path lower surface and/or an acoustic path inner surface, and a center The cross section is formed to expand from the hole 12H toward the acoustic port 11M. The power supply device 14 consists of a battery accommodating portion in the lower part of the main body, a waterproof switch 14S on the side of the main body, and a control device (not shown) that is electrically connected to these and controlled within the main body. The battery compartment is waterproofed at the bottom of the main body to prevent water from entering from outside.

(Waterproof speaker 2)
The waterproof speaker 2 is attached to the inside of the glove 4 so as to cover the lower part of the center hole 20 of the glove 4. Specifically, the waterproof speaker 2 has a frame edge formed around the speaker surface on the sound reporting side, a speaker cap in the center of the speaker surface, and a cylindrical yoke on the base surface opposite to the speaker surface. stands out. The waterproof speaker 2 of the present invention is attached to the upper plate 12 of the main body 1 in a downward state with the speaker cap at the center of the frame surface facing downward, and is fixed with a fixing screw screwed onto the plate surface 11SF of the upper plate 12. 2S, it is fixed onto the upper plate 12 so as to be held down. Further, the center hole 3H of the light emitting substrate is fitted in correspondence to the cylindrical shape of the yoke.

(Light emitting board 3)
The light emitting substrate 3 is a radial-shaped substrate integrally formed with a circular or polygonal center piece having a central hole 3H and a plurality of overhang pieces 3A extending radially from the center of the center piece. It has a notch portion 3D formed by cutting out and molding the tips of any one group (one or more) of the overhanging pieces 3A among the plurality of overhanging pieces 3A. The light-emitting substrate 3 further includes a plurality of light-emitting bodies 31 fixed at equal intervals at each light-emitting position along the periphery of the substrate shape, with the irradiation direction being a side direction radially extending from the center of the central piece, Each of the light emitting positions is defined at an intermediate position between two adjacent projecting positions among the plurality of projecting pieces 3A. In the light emitting board 3, fixing holes are provided at one end of one or more groups of the plurality of overhang pieces 3A, and each fixing hole corresponds to the tip position of the support leg 15 standing from the main body. By arranging the fixing hole portion of the light emitting board on the support leg 15 and fixing it from above with a fixing screw, the light emitting board is fixed in a hollow position above the upper plate. The center hole 3H has a hole shape that corresponds to the cylindrical shape of the yoke of the waterproof speaker 2, and can be fitted from above into the yoke on the back side of the waterproof speaker 2, which is fixed downward, in a hollow fixed state. Become.

As shown by the broken line in FIG. 3, four light emitting elements are arranged on the side of the light emitting substrate 3 in the circumferential direction in a plan view, and the top of each light emitting element is covered with a continuous array in eight directions in a plan view. A prism light emitter 13 consisting of a molded part is fixed. When the warning light is activated, the eight light emitting elements emit light or blink all at once in adjacent order along the circumferential direction, and this light is reflected and emitted by the prism emitter, making the warning light look like a rotating light. Or notify the flashing indicator light.

(Mating by combination)
When the glove 4 is attached, as shown in FIG. 3, FIG. 5, FIG. 4 are combined and fitted from above or from the sides, and the lower portions of the plurality of overhanging pieces 3A excluding the above-mentioned group (one or more) of the overhanging pieces 3A among the plurality of overhanging pieces 3A are connected to the main body 1. It is supported by a support column 15 that is erected from the ground. The waterproof speaker 2 is placed facing downward on the upper plate 12.

The main feature of the present invention is that, as shown in FIGS. 1, 2, 4, 5, and 8, a central hole is formed in the center of the upper plate 12, and the frame edge on the voice side is fitted into the central hole. In this manner, the waterproof speaker 2 is fixed downward, and an acoustic port 11M is opened on the side surface of the main body 1 through an acoustic path 11 communicating from the central hole and extending laterally inside the main body. When the warning sound is activated, the sound from the waterproof speaker is amplified from the sound port 11M on the side of the main body, thereby notifying the user of the warning sound.

(Glove 4)
The globe 4 is a colored body having translucency as a whole, and consists of a dome-shaped translucent cover formed into a cylindrical shape with a tapered step. A prism cut is applied to the inner surface to diffuse the light emitted within the globe 4 and emit the light to the outside of the globe 4. In this embodiment, a holding frame 4F is formed by recessing the tapered end of the dome top surface inward in a cylindrical shape, and a sensing sensor 41 is embedded in this holding frame 4F. It becomes fixed. Only the spherical sensing portion of the sensing sensor 41 is exposed within the top surface of the globe 4.
The glove 4 has a plurality of cylindrical screw frames protruding toward the inside of the glove, through which fixing screws 4S for fixing the glove 4 to the main body 1 are inserted. This screw frame portion is formed corresponding to the planar position of the center hole 14H formed at the four corners of the upper plate of the main body 1 in plan view, and the fixing screw 4S is accommodated in the screw frame portion and is screwed in the center hole 14H. By being stopped, the glove 4 is attached to the main body 1. At this time, the inner periphery of the glove 4 is sealed by a gasket 14G provided around the upper part of the main body 1, and the inside of the glove 4 becomes water-tight.

FIGS. 7 to 11 are explanatory diagrams showing the assembled states of the sensor-equipped notification device of Example 1 step by step, including a first disassembled state, a second disassembled state, and a third disassembled state. 7 and 8 are explanatory views of a first disassembled state in which the globe 4, the light emitting board 3, and the waterproof speaker 2 are disassembled. FIG. 9 is an explanatory diagram of a second disassembled state in which only the speaker 2 is attached from the first disassembled state. FIGS. 10 and 11 are explanatory views of the second disassembled state and the third disassembled state in which the light emitting substrate 3 is attached. The third disassembled state is a state in which only the gloves are removed.

(Attachment mechanism 13)
It has a mounting mechanism 13 into which a donut-shaped magnetic body 13M that is slightly smaller than the bottom shape of the bottom cover 13 of the main body 1 is fitted, and an angle part 13P that is selectively engaged with the mounting surface is protruded to one side. It can be installed in the closed position (Figure 2).

(Example 2)
11 and 12 are a perspective view and a central sectional view showing the configuration of a notification device with a sensing sensor according to a second embodiment of the present invention. FIG. 11 is a perspective view of the third disassembled state (with only the gloves removed). The notification device with a sensing sensor of the second embodiment differs from the first example in that the two sensing sensors 41 are installed not on the top surface of the globe 4 but on the stepped side surface of a dome shape formed in a cylindrical shape with a tapered step. It is embedded and fixed.
Specifically, as shown in FIG. 11, two sensing sensors 41 are provided so as to form a plane center angle of approximately 90 degrees, and are oriented laterally with the rear direction and the left side direction as detection directions, respectively. The holding frame 4F is formed on each of the two stepped side surfaces, and as shown in FIG. 12, is a cylindrical frame that protrudes inward in a substantially horizontal direction.
Further, the notification device with a sensing sensor of the second embodiment differs from the first embodiment in that out of the total four protruding pieces of the light emitting board 3, two adjacent protruding pieces each have a three-sided rectangular frame-shaped notch on the tip side. A section 3D is formed. The tip of the cylindrical frame of the holding frame 4F that protrudes inward in the lateral direction fits into the notch 3D provided in each protruding piece of the light emitting board 3, thereby holding the tip of the protruding piece.

(Example 3)
13 and 14 are a perspective view and a central sectional view showing the configuration of a notification device with a sensing sensor according to a third embodiment of the present invention. FIG. 13 is a perspective view of the third disassembled state (with only the gloves removed). The notification device with a sensing sensor of the third embodiment differs from the first example in that the two sensing sensors 41 are placed not on the top surface of the globe 4 but on the stepped side surface of a dome shape formed in a cylindrical shape with a tapered step. It is embedded and fixed diagonally in the corner of the boundary.
Specifically, as shown in FIG. 13, two sensing sensors 41 are provided so as to form a planar central angle of approximately 180 degrees apart from each other. Oriented. The holding frame 4F is formed at each of the two stepped corners, and as shown in FIG. 14, is a cylindrical frame that projects inward in an oblique direction.
Further, the notification device with a sensing sensor of the third embodiment differs from the first embodiment in that, of the total four protruding pieces of the light emitting board 3, two of the protruding pieces that are separated have arc-shaped notches 3D, respectively. is formed.
The tip of the cylindrical frame of the holding frame 4F that protrudes inward in the diagonal direction fits into the notch 3D provided in each protruding piece of the light emitting board 3, thereby holding the tip of the protruding piece.

The sensor-equipped notification device according to each embodiment of the present invention operates when a wired signal is transmitted by a sensor such as a smoke sensor, a temperature sensor, or a human sensor. By integrating the sensing sensor into the glove and wiring it inside the glove 4 having a water-sealing structure, it has excellent weather resistance and water resistance, and achieves reliable sensor sensing operation.

(Central weir 11W)
In the embodiment, a central weir 11W having a mountain-shaped longitudinal section is formed at a central position overlapping with the central hole 12H in plan view, and an acoustic path 11 whose acoustic path width gradually expands is connected to the central weir 11W. Formed on the left and right sides. In plan view, the central weir 11W has a shape in which two semicircles with the same diameter are arranged symmetrically back to back, and each semicircle constitutes the base shape of the left and right acoustic paths. The central top of the central weir 11W forms a partition frame 11SF.
Further, the weir surface of the central weir 11W is a steeply sloped surface having an elevation angle of 35 degrees or more (40 degrees or less). Further, the upper and lower surfaces of the acoustic path 11 are formed of gently inclined surfaces inclined at an elevation angle of 3 degrees or more (10 degrees or less), which is gentler than the central weir 11W. The inner surface 11S of the acoustic path 11 is a curved surface, and the cross section of the acoustic path gradually widens toward the acoustic opening.

By hollowly supporting the light emitting board 12, which generates relatively high heat during operation, within the cover space of the globe 4, a sensing and sound control circuit or wiring is provided on the upper plate 12, and is separated from the light emitting circuit of the light emitting board 12. This structure avoids malfunctions caused by high temperatures in the wiring. In addition, the waterproof speaker 2 is placed upside down in the glove 4, that is, with the speaker cap (center cap) and edge frame facing downward, and is assembled inside the upper plate 12 in a watertight state, and the glove 4 is further placed over the outer periphery of the side of the main body 1. By covering the glove 4 in a water-sealed state, the space inside the globe 4 is divided into sections in a water-sealed state, and the structure is such that water does not easily enter the inside.

(Light emitting board 12)
The light-emitting board 12 has a plurality of light-emitting bodies 31 (for example, light-emitting elements such as LEDs) wired on the board arranged at equal intervals around the outer circumference of the central piece. As shown in FIGS. 3, 6, 7, and 8, the light emitting body 31 is arranged and fixed in a vertical direction with its mounting base perpendicular to the plate surface of the light emitting board 2. In each embodiment, as shown in FIGS. 8, 9, and 10, a substantially square center piece is arranged in the diamond direction in plan view, and fixing grooves are formed along the four sides of the center piece, and the light emitting body 31 is fixed by this fixing groove. It is inserted and fixed so that the mounting base surface on the back side faces vertically. Further, in each embodiment, substantially rectangular overhanging pieces are formed to overhang outward from each corner of the central piece in a radial manner in a plan view, and in the vicinity of the tips of three or more of these overhanging pieces. A fixing hole for supporting the standing leg with the support column 15 is formed at a specific position on one side. Further, in each embodiment, a curved concave or bent concave notch 3D is formed in one or two of the plurality of overhang pieces. The notch surface of the notch portion 3D may be formed into an inclined surface or a curved surface depending on the contact angle with the support frame 4F. In the case of four projecting pieces as in the embodiment, they project radially in the cross direction in a plan view, and three of these projecting pieces are supported by the support column 15 in an upright manner. Further, the central hole 3H is fitted into and supported by the yoke on the back surface of the waterproof speaker 2.

(water-sealing structure)
The speaker 2 of the embodiment is fitted and fixed into the center hole 12H of the upper plate 12, and this fitting and fixation is water-tight fixation via a gasket 12G along the edge of the center hole 12H. In addition, the glove 4 of the embodiment is covered and fixed above the main body 1 by covering the upper circumferential side of the main body 1, and this covering and fixing is performed by sealing via a gasket 14G along the circumferential side of the main body 1. Water is fixed. Thereby, the upper part of the upper plate 12 of the main body 1 becomes a water-sealed structure in which a waterproof section is formed.
In addition, the bottom cover 13 of the embodiment is covered and fixed below the main body 1 by covering the lower circumferential side of the main body 1, and this covering and fixing is done via a gasket 13G along the circumferential side of the main body 1. The water seal is fixed. As a result, the power supply device 14 in the lower part of the main body 1 has a water-sealed structure with waterproof sections.

(Attachment mechanism 13)
Furthermore, a magnetically attracted body 13M, which is slightly smaller than the bottom shape of the bottom cover 13, is fixed to the bottom surface of the bottom cover 13 of the main body 1. Attachment to the attachment surface can be performed by the magnetic force of the magnetically attached body 13M. Furthermore, there are no angle parts for mounting or members that protrude or protrude from the wall or ceiling surface. Therefore, the integrated sensor-equipped notification device of the present invention can be installed neatly along the mounting surface. Further, the magnetically attracted body 13M is not provided completely within the lower frame, but a plurality of lower spaces 150 each consisting of a partial circle surrounded by a chord and an arc are formed between the inside of the lower frame and the magnetically attracted body 13M. By forming the bottom cover 13 and the lower space 150, a water-stopping or water-preventing space is secured between the mounting surface and the mounting surface, resulting in an excellent waterproof function.

In the present invention, a light emitting board 3 equipped with a light emitting part 31 (for example, an LED lamp) is supported in a hollow manner in a globe 4 on an upper part of a main body 1, and a sensing sensor 41 is embedded in a support frame 4F of the globe 4 to sense the light emitting board 3. A part of the light-emitting substrate 3 supported in the hollow is fitted into the holding frame 4F of the sensing sensor 41 within the globe 4. As a result, interference between the sensing area and the light emitting area is eliminated, and the light emitting board 3 supported by the standing leg is further supported upwardly or laterally by the holding frame 4F, and the arrangement relationship between the sensing sensor 41 and the light emitting part 31 is maintained.

Further, the present invention uses a sensing sensor 41 (for example, an infrared sensor) embedded and fixed in the glove 4 to sense the movement of a speaker, a human body, an animal, an obstacle, or an abnormal state of smoke, gas, or temperature, which is integrated with the main body. It can be sensed by a sensor and generate a sensing signal directly within the body. Then, based on this sensing signal, a flashing light or a rotating light is displayed by the light emitting unit 31 inside the glove 4, and a sound, that is, a warning sound, a message, and music is emitted from the acoustic path. Further, the inside and side portions of the main body house a power supply device composed of dry batteries as a power source, and the lower part of the main body has a magnetic attachment type or hanging type attachment mechanism to the attachment surface.

For the audio pattern, a plurality of audio data created in advance are stored in a removable memory in a predetermined file format, and the memory is attached to a memory reading section on the upper plate 12. Similarly, the light emission pattern includes the light emission pattern of each of the plurality of light emitters 31 created in advance (short blinking of each color, slow blinking, lighting), and the light emission timing of the plurality of light emitters 31 (simultaneous light emission, adjacent light emission). Light emission pattern data and light emission timing data regarding sequential relay-type light emission by the light emitters 31, or light emission by one selected light emitter 31 group and other light emitter 31 groups are stored in advance in a memory in a predetermined file format. and save it in the memory reading section on the upper plate 12. When the sensing sensor 41 detects the presence of an intruder or a change in gas concentration or temperature from the sensing area, it selects one audio data from a plurality of pre-stored audio data according to the sensing content. The selected data is reproduced by a reproduction circuit on the upper plate 12, and audible by the speaker 2. At the same time, a combination of one light emission pattern data and one light emission timing data is selected from a plurality of pre-stored light emission patterns according to the sensing contents of the sensing sensor 41, and the selected light emission pattern and light emission timing are adjusted. The signal is transmitted to the light emitting board 3 through the wiring 3L, and the plurality of light emitting bodies 31 of the light emitting board 3 emit light.
The audio data plays a voice warning passersby to be careful at a construction site, a warning sound is sounded to warn intruders of an unoccupied home, and a warning sound is sounded to warn people against natural enemies of crops such as crows and wild boars. It can be used for a variety of purposes, including emitting voices and warning sounds to drive people away.

Other features of the present invention include the fact that there is a strong magnet on the bottom so that it can be fixed to metal parts, the light display can be switched between blinking and rotating, the sound can be selected from multiple patterns, and music, messages, and effects can be selected. Up to 60 seconds of sound can be registered (manufacturer recording), a highly sensitive human sensor can detect people and animals and notify you with sound and light, and the speaker is a waterproof cone speaker, located on the top of the main unit 1. By making the power supply structure inside the glove 4 and the main body 1 water-tight, the device can be used outdoors with a protection characteristic of IP54.

Although the embodiments of the present invention have been described in detail above, the above description is merely an illustration of the present invention in all respects. It goes without saying that various improvements and changes can be made without departing from the scope of the invention.

1 Main body Acoustic path 11
Sound port 11M
Central weir 11W
Sound path inner surface 11S
Partition frame 11SF
Upper plate 12
Center hole 12H
Gasket 12G, 13G, 14G
Attachment mechanism 13
Mounting part cover 13C
Magnetic object 13M
Mounting plate 13P
Power supply device 14
Power switch 14S
Support column 15
Screw 15S
2 Waterproof speaker speaker wire 2L
3 Light-emitting board Light-emitting body 31
Overhanging parts 3A, 3B
Notch part 3D
Center hole 3H
4 Glove cover detection sensor 41
Holding frame 4F
Screw 4S

Claims (5)

It consists of a box-shaped body, with an acoustic path on the side of the box, an upper plate on the top of the box, a mechanism for attaching to the mounting surface on the bottom of the box, and a power supply inside or on the side. A box-shaped main body equipped with a device,
A waterproof speaker fixed downward to the upper plate of the main unit,
a light-emitting board with a light-emitting body supported and fixed above the upper plate of the main body;
A glove with a sensing sensor attached to cover the top plate of the main body,
A notification device with a sensing sensor, comprising:
The light emitting substrate has a notch formed by cutting out a part of the substrate shape,
The glove has a holding frame that is partially recessed and holds the sensing sensor,
A notch formed in a part of the light emitting board is fitted with a holding frame formed in a part of the globe,
A notification device with a sensing sensor, characterized in that a sensing part of the sensing sensor is embedded and fixed in a part of a glove. The light emitting substrate has a radial substrate shape, in which a plurality of overhanging pieces are integrally molded with a circular or polygonal central piece and a plurality of overhanging pieces radially overhang from the center, and
It has a notch formed by cutting out the tips of any one group of overhangs among the plurality of overhangs, and the holding frame of the glove is attached to the tip of each group of overhangs. are combined and fitted from above or from the side, and
2. The sensor-equipped notification device according to claim 1, wherein the lower portions of the plurality of overhang pieces except for the group of overhang pieces are supported by support columns that stand up from the main body. The light emitting substrate further includes a plurality of light emitting bodies fixed at each fixed position around the substrate shape at equal intervals with the irradiation direction being a side direction radially extending from the center part of the central piece,
3. The sensor-equipped notification device according to claim 2, wherein each of the fixed positions is an intermediate position between two adjacent protruding positions of the plurality of protruding pieces. The top plate at the top of the main unit has a central hole in the center in plan view for fixing the waterproof speaker.
The main body includes an acoustic path that communicates with the central hole and opens laterally,
The waterproof speaker is fixed by fitting and fixing the frame edge of the speaker through a gasket attached to the frame with the speaker cap facing downward.
Further, the glove is covered and fixed above the main body via a gasket circumferentially attached to the upper part of the main body,
4. The sensor-equipped notification device according to claim 1, wherein a water-sealed space is formed within the glove by the main body, the waterproof speaker, and the glove. The main body is made of a polygonal or cylindrical box, the upper part of which is covered with an upper plate having a central hole, and the inside of the main body has a substantially radial shape in plan view that communicates with the outside from the central hole. It is equipped with a plurality of acoustic paths that spread out, and the acoustic ports at the ends of the acoustic paths are formed by opening a plurality of holes on the side of the box of the main body.
Claims 1, 2, 3, and 4, wherein each acoustic path has a bent or curved acoustic path lower surface and/or acoustic path inner surface, and is formed so that the cross section expands from the central hole toward the acoustic port. An alarm device with a sensing sensor according to any one of the above.

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