JP7010484B2 - Swingable electronic components - Google Patents

Description

The present invention relates to a swing type electronic component that changes an output signal by swinging an operation knob.

Conventionally, as shown in Patent Document 1, for example, a sliding type fixed to the knob (90) and the knob (90) by pressing the portion near one end of the upper surface of the knob (90) downward. An electrical functional unit (sliding object (10) and slider (30)) housed in a case (composed of a case body (61) and a case cover (80)) by swinging an object (10). And a flexible substrate (50)), there is a swing-type electronic component (1) having a configuration for changing an output signal. The knob (90) is automatically returned to the neutral position by the elastic force of the coil spring (40) housed in the case.

Jikkenhei 06-026130 Gazette

However, the swing-type electronic component (1) having the above configuration does not have a drip-proof structure, and therefore, liquids and dust easily enter the case, whereby the electrical functional unit housed in the case is stored. There was a risk of causing a connection failure.

In particular, in the case of the swing-type electronic component (1) having the above configuration, the sliding type object (10) stored in the case is pressed by the knob (90) installed above the sliding type object (10) to swing the case. It was necessary to provide an opening in the upper part, which made it difficult to make the inside of the case a drip-proof structure.

The present invention has been made in view of the above points, and an object of the present invention is to provide a swing type electronic component which can be easily made into a drip-proof structure.

The oscillating electronic component according to the present invention houses a oscillating body that is pivotally supported so as to be oscillating, an elastic member that returns the oscillating body to a predetermined position, and the oscillating body and the elastic member. Further, a case having one surface as a partition wall and a detection means installed on the opposite side side of the partition wall containing the rocking body are provided, and the rocking body and the rocking body are provided through an insertion hole provided in the partition wall. By connecting the detection means, the detection means is operated , and the detection means further includes an electrically functional unit including a moving body connected to the rocking body and a slider attached to the moving body. Among these moving bodies and sliders, the moving body is characterized in that it is arranged on the partition wall side .
According to the present invention, since the detection means is installed on the outside (outer wall surface side) of the partition wall of the case, it is possible to easily prevent the liquid or dust that has entered the case from entering the detection means. .. Further, the detection means can be easily made into a drip-proof structure by using the partition wall of the case, for example, by simply attaching a cover covering the detection means on the outer wall surface of the partition wall.

Further, according to the present invention, since the moving body is arranged on the partition wall side among the moving body and the slider constituting the detection means, the moving body is pressed against the partition wall side of the case by the elastic force of the slider. Can be brought into close contact with each other. Therefore, the space inside the cover communicating with the insertion hole provided in the partition wall can be easily sealed by the close contact of the moving body, thereby preventing the electric parts such as the slider from dripping. Can be done.

Further, in addition to the above-mentioned features, the swing-type electronic component according to the present invention is characterized in that the detection means is covered with a cover and a drip-proof member is sandwiched between the cover and the partition wall.
As a result, it is possible to reliably prevent liquid or the like from entering the inside of the cover from the portion where the outer wall surface of the partition wall and the cover come into contact with each other, and it is possible to further improve the drip-proof effect of the detection means by the cover. As described above, when the moving body is arranged on the partition wall side among the moving body and the slider constituting the detection means, if the moving body is brought into contact with the drip-proof member, the moving body is provided on the partition wall. The space inside the cover communicating with the insertion hole can be more reliably sealed, which is more preferable.
Further, the oscillating electronic component according to the present invention houses an oscillating body that is pivotally supported so as to be oscillating, an elastic member that returns the oscillating body to a predetermined position, and the oscillating body and the elastic member. A case having one surface as a partition wall and a detection means installed on the opposite side side of the partition wall containing the rocking body are provided, and the rocking body is provided through an insertion hole provided in the partition wall. By connecting the detection means and the detection means, the detection means is operated, and the detection means is covered with a cover, and a drip-proof member is sandwiched between the cover and the partition wall.

According to the present invention, the detection means of the swing type electronic component can be easily made into a drip-proof structure.

It is a perspective view of the swing type electronic component 1. It is a perspective view of the swing type electronic component 1. It is sectional drawing of the swing type electronic component 1 (A cross-sectional view taken along the line AA of FIG. 1). It is an exploded perspective view of the swing type electronic component 1. It is an exploded perspective view of the swing type electronic component 1.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is a perspective view of a swing-type electronic component 1 according to an embodiment of the present invention, FIG. 2 is a perspective view of the swing-type electronic component 1 viewed from another angle, and FIG. 3 is a perspective view of the swing-type electronic component 1. A cross-sectional view (A-A cross-sectional view of FIG. 1), FIG. 4 is an exploded perspective view of the swing-type electronic component 1 shown in FIG. 1, and FIG. 5 is an exploded perspective view of the swing-type electronic component 1 shown in FIG. Is. As shown in these figures, the swing-type electronic component 1 houses the swing body 60 and the elastic member 90 in the case 10 formed by the case body 20 and the partition wall 40, while the partition wall 40. On the opposite surface side (the outer wall surface side of the partition wall 40) in which the rocking body 60 is housed, a drip-proof member (hereinafter referred to as "drip-proof sheet") 100, a moving body 110, a slider 130, and a circuit board (hereinafter referred to as "flexible circuit"). A board (referred to as "board") 150 and a cover 170 are attached, and an operation knob 190 is further installed on the upper part of the case 10. In the following description, "upper" means the direction in which the operation knob 190 is viewed from the rocking body 60, and "lower" means the opposite direction.

The case body 20 is formed by molding synthetic resin into a substantially rectangular shape so as to form a substantially semicircular concave rocker storage portion 21 on the side for storing the rocker 60 described below. A shaft support hole 23 composed of a circular through hole is formed in the upper center of the rocking body storage portion 21, and a plate-like protrusion is formed diagonally downward on both left and right sides of the shaft support hole 23 in the rocking body storage portion 21. A pair of spring locking portions 25, 27 are provided. The lower end sides of the spring locking portions 25 and 27 are spring contact portions 25a and 27a, respectively. Further, small protrusion-shaped mounting portions 29 are formed at three upper and lower positions in the vicinity of both the left and right sides of the case body 20 facing the rocking body 60 side.

The partition wall 40 is formed by molding synthetic resin into a substantially rectangular plate shape and forming a shape that closes the rocking body accommodating portion 21 of the case body 20. A shaft support hole 41 made of a circular through hole is formed at a position facing the shaft support hole 23 of the case body 20 in the upper center of the partition wall 40, and an arc-shaped through hole is formed in the lower center thereof. The insertion hole 43 is formed. Further, attachment portions 45 made of small holes are formed at three upper and lower locations near both the left and right sides of the partition wall 40. Each mounted portion 45 is provided at a position facing each mounting portion 29 of the case body 20. Small protrusion-shaped mounting portions 47 are provided diagonally below the left and right sides of the shaft support hole 41 on the side opposite to the case body 20 side of the partition wall 40, and a flat plate shape is provided below the insertion hole 43. The slider mounting portion 49 is provided so as to be horizontally long and horizontally. A small protrusion-shaped locking portion 51 is provided at the center of the tip end side of the slider mounting portion 49. As described below, the slider mounting portion 49 is also a drip-proof portion that also has a drip-proof function.

The rocking body 60 is formed by molding synthetic resin into a substantially rectangular plate shape and forming an outer shape to be housed in the rocking body storage portion 21 of the case body 20. Approximately columnar shaft portions 61 and 63 project from the vicinity of the center of both sides of the rocking body 60. Both shaft portions 61 and 63 are formed on the same central shaft, and are formed to have dimensions that can be rotatably inserted into the shaft support hole 23 of the case body 20 and the shaft support hole 41 of the partition wall 40, respectively. On the tip surfaces of both shaft portions 61 and 63, engaging portions 65 and 67 protruding in a substantially rectangular shape to be engaged with the engaged portions 193 and 195 of the operation knob 190 described below are formed. A pair of spring locking portions 69, 71 are provided diagonally downward on both left and right sides of the shaft portion 61 on the surface of the rocking body 60 facing the case body 20 side. The lower end sides of the spring locking portions 69 and 71 are the spring contact portions 69a and 71a, respectively. These spring locking portions 69 and 71 are formed at positions that cover the outside of the spring locking portions 25 and 27 of the case body 20. Further, on the upper portion of the shaft portion 61, a small protrusion-shaped coil portion locking portion 73 that prevents the coil portion 91 of the elastic member 90 described below from moving toward the case body 20 side protrudes upward. Is formed in. Further, the connecting portion supporting portion 75 projects downward from the center of the lower end portion of the rocking body 60, and the connecting portion 77 composed of columnar protrusions from the surface facing the partition wall 40 near the lower end of the connecting portion supporting portion 75. Is protruding. Further, the upper portion of the rocking body 60 is formed in a horizontal plane shape (straight line shape), and the left and right portions thereof are knob pressing portions 79 and 81.

The elastic member 90 is configured by winding an elastic metal wire in a coil shape and linearly pulling out the locking portions 93 and 95 from both ends of the coil portion 91 outward in the radial direction.

The drip-proof sheet (water-repellent sheet) 100 is a fluororesin sheet formed in a substantially trapezoidal shape, and an insertion hole 101 composed of an arcuate through hole is provided in the center thereof, and a linear shape is provided below the insertion hole 101. An insertion hole 103 made up of through holes is provided, and mounting holes 105 made up of small holes are further provided at four locations near each corner. The insertion hole 101 is formed in a dimensional shape into which the connecting portion 77 of the rocking body 60 is swingably inserted. The insertion hole 103 is formed in a dimensional shape into which the slider mounting portion 49 of the partition wall 40 is inserted. The fluororesin sheet is a sheet having water repellency, low friction, and appropriate elasticity, but the drip-proof sheet 100 is not limited to this material, and the desired water repellency, low friction, and appropriate elasticity are not limited to this. As long as it is a sheet having the above, it may be composed of a sheet made of various other materials, and a sheet having water repellency is particularly preferable for drip-proofing.

The moving body 110 is formed by molding a synthetic resin into a substantially rectangular shape, and is provided with a long, linearly concave connecting portion locking portion 111 in the vertical direction at the center of a surface facing the partition wall 40. The opposite surface is the slider mounting surface 113. The slider mounting surface 113 is provided with a pair of slider mounting portions 115, 115 made of small protrusions.

The slider 130 is made of an elastic metal plate, and includes a flat plate-shaped base 131 and a pair of contact portions 133, 133 that protrude from one side of the base 131 and have its root portion folded back by about 180 °. It is configured. A pair of attached portions 135, 135 composed of small holes are formed in the base portion 131.

The flexible circuit board 150 is made of a synthetic resin film, and is formed in a shape in which a strip-shaped drawer portion 153 is pulled out from the center of the lower side of a horizontally long and substantially rectangular substrate main body portion 151. A sliding contact pattern 155 is formed on the surface of the substrate main body 151 on the side facing the partition wall 40. The sliding contact pattern 155 is a switch pattern in this example. Further, mounting portions 157 and 157 made of small holes are formed in the vicinity of the left and right ends of the substrate main body portion 151, and the partition wall 40 is locked at the root portion to which the drawer portion 153 of the substrate main body portion 151 is connected. A mounted portion 159 formed of a small hole through which the 51 is inserted is formed.

The cover 170 is formed by molding synthetic resin into a horizontally long substantially box shape, and opens the storage portion 171 toward the partition wall 40 side. Mounting portions 173,173 consisting of a pair of small protrusions inserted into the pair of mounted portions 157,157 of the flexible circuit board 150 are located on the left and right sides of the bottom surface of the storage portion 171 (only one of them is shown in FIG. 5). Is formed, and a locked portion 175 formed of a bottomed small hole through which the locking portion 51 of the partition wall 40 is inserted is formed in the lower center of the bottom surface of the storage portion 171. Flat plate-shaped mounting portions 177 and 177 project on both the left and right sides of the cover 170 toward the left and right outwards, and a mounted portion 179 composed of two small holes is formed in each mounting portion 177 and 177. ing. The surface around the storage portion 171 on the side of the cover 170 facing the partition wall 40 is the same surface except for the concave substrate insertion portion 181 provided in the center of the lower side, and all of the same surfaces are the drip-proof. It is configured to come into contact with the sheet 100.

The operation knob 190 is configured by molding synthetic resin into a substantially box shape with an opening at the bottom, the inside thereof is a storage portion 191 and the engaging portion 65 of the rocking body 60 is located at the lower center of both side surfaces thereof. , 67 is formed as an engaged portion 193, 195 composed of a substantially rectangular through hole for locking. In the storage portion 191 of the operation knob 190, a swinging body contact portion 197 (see FIG. 3) that abuts on the knob pressing portions 79 and 81 of the swinging body 60 is formed.

In order to assemble the swing type electronic component 1, first, the base 131 of the slider 130 is installed on the slider mounting surface 113 of the moving body 110 in advance, and at that time, the mounted portions 135 and 135 provided on the base 131 are used. , The slider mounting portions 115 and 115 provided on the moving body 110 are inserted and fixed to be integrated. Further, the substrate main body 151 of the flexible circuit board 150 is inserted into the storage portion 171 of the cover 170 and installed on the bottom surface of the storage portion 171. At that time, the covers 170 are attached to the attached portions 157 and 157 of the substrate main body 151. Each mounting portion 173, 173 is inserted, and the tip of each mounting portion 173, 173 is heat-caulked and fixed.

Next, the upper central portion of the coil portion 91 of the elastic member 90 is locked to the coil portion locking portion 73 of the rocking body 60, and at the same time, the elastic is repelled to both spring contact portions 69a and 71a of the rocking body 60. The locking portions 93 and 95 of the member 90 are locked. Next, the rocking body 60 to which the elastic member 90 is attached is housed in the rocking body storage portion 21 of the case body 20, and at that time, the shaft portion 61 of the rocking body 60 is rotated into the shaft support hole 23 of the case body 20. Insert it freely. At the same time, at this time, both the locking portions 93 and 95 of the elastic member 90 are locked to the spring contact portions 25a and 27a of the case body 20. That is, both the locking portions 93 and 95 of the elastic member 90 are simultaneously locked to the both spring contact portions 25a and 27a of the case body 20 and the both spring contact portions 69a and 71a of the rocking body 60, and the rocking body 60. Is repelled and held in a neutral position.

Next, a partition wall 40 is installed on the surface of the case body 20 to which the rocking body 60 and the elastic member 90 are attached on the rocking body storage portion 21 side so as to close the rocking body storage portion 21. At this time, the shaft portion 63 of the rocking body 60 is rotatably inserted into the shaft support hole 41 of the partition wall 40. At the same time, the connecting portion 77 provided in the rocking body 60 is inserted into the insertion hole 43 of the partition wall 40 and projects to the opposite surface side of the partition wall 40. At this time, each mounting portion 29 of the case body 20 is inserted into each mounted portion 45 of the partition wall 40 and protrudes to the opposite surface side of the partition wall 40. At this time, one case 10 is configured by the case body 20 and the partition wall 40. That is, the rocking body 60 and the elastic member 90 are housed in the case 10 (inside the rocking body storage portion 21).

Next, the drip-proof sheet 100 is installed on the opposite surface side (that is, the outer wall surface side) in which the rocking body 60 of the partition wall 40 is housed, and at that time, the partition wall 40 is provided in the four mounting holes 105 of the drip-proof sheet 100. The rocking body 60 that penetrates the partition wall 40 into the insertion hole 101 of the drip-proof sheet 100 by inserting the two mounting portions 47 and the two mounting portions 29 located at the bottom of the case body 20 that penetrates the partition wall 40. The connecting portion 77 is inserted, and the slider mounting portion 49 of the partition wall 40 is inserted into the insertion hole 103 of the drip-proof sheet 100. Then, the tips of the two mounting portions 29 located at the top of the case body 20 penetrating the partition wall 40 and the tips of the two mounting portions 47 of the partition wall 40 are heat-caulked and fixed, respectively.

Next, the moving body 110 to which the slider 130 is attached is inserted into the storage portion 171 of the cover 170 in which the substrate main body portion 151 of the flexible circuit board 150 is stored and installed, and the partition is placed on the drip-proof sheet 100. The tip of the connecting portion 77 of the rocking body 60 protruding from the insertion hole 43 of the partition wall 40 and the insertion hole 101 of the drip-proof sheet 100 is placed on the 40, and the connecting portion locking portion 111 of the moving body 110 is placed. Insert in. At the same time, the four lower mounting portions 29 of the case body 20 penetrating the partition wall 40 are inserted into the four mounted portions 179 provided on the cover 170. At the same time, the locking portion 51 provided on the partition wall 40 is inserted into the mounted portion 159 of the flexible circuit board 150 and the locked portion 175 of the cover 170. Then, the tips of the four lower mounting portions 29 of the case body 20 are heat caulked and fixed. At this time, the detection means (hereinafter referred to as “electrical”) in which the output signal is changed by the moving body 110, the slider 130, and the flexible circuit board 150 (board body portion 151) housed between the outer wall surface of the partition wall 40 and the cover 170. (Called "functional unit") S is configured. The pair of contact portions 133 and 133 of the slider 130 abut on the substrate main body portion 151 and abut on the sliding contact pattern 155.

Then, the operation knob 190 is put on the case 10 assembled as described above, and the engaging portions 65 and 67 of the rocking body 60 protruding from the left and right sides of the case 10 are snapped onto the engaged portions 193 and 195. Engage by in-method. At this time, the rocking body contact portion 197 of the operation knob 190 comes into contact with the knob pressing portions 79 and 81 of the rocking body 60. As a result, the operation knob 190 and the swinging body 60 are integrally swingable, and the swinging electronic component 1 is completed. The above assembly procedure is an example thereof, and it goes without saying that the assembly may be performed using various other different assembly procedures.

Next, the operation of the swing type electronic component 1 will be described. Assuming that the operation knob 190 is in the neutral state, pressing one end side of the upper surface of the operation knob 190, for example, as shown by an arrow B in FIG. 1, resists the elastic force of the elastic member 90. The operation knob 190 and the rocking body 60 swing in the pressed direction about the central axes of the shaft portions 61 and 63 of the rocking body 60. As a result, the connecting portion 77 of the rocking body 60 moves in the swinging direction, and the moving body 110 connected to the connecting portion 77 linearly moves in the storage portion 171 of the cover 170 in the left-right direction. As a result, the contact portions 133 and 133 of the slider 130 attached to the moving body 110 slide on the sliding contact pattern 155 of the flexible circuit board 150, and the output signal (electrical output) thereof changes accordingly. When the pressure on the operation knob 190 is released, the operation knob 190, the rocking body 60, the moving body 110 and the slider 130 return to their original neutral positions due to the elastic return force of the elastic member 90, and the flexible circuit board. The output signal of 150 also returns to the original state. When the other end side of the upper surface of the operation knob 190 is pressed, the connecting portion 77 of the rocking body 60 and the moving body 110 connected to the connecting portion 77 move in the opposite direction to the above, and the flexible circuit board 150 is accompanied by this. The output signal changes.

The swing-type electronic component 1 having the above configuration is electrically connected by connecting the swing body 60 and the electrical functional unit S such as the moving body 110 via an insertion hole 43 provided in the partition wall 40 of the case 10. Since the functional unit S is configured to operate, that is, the electrical functional unit S is installed on the outside (outer wall surface side) of the partition wall 40 of the case 10, the liquid and dust that enter the case 10 are electrically charged. It is possible to easily prevent the electric functional portion S from invading the functional portion S, and it is possible to easily form the electrical functional portion S with a drip-proof structure. Specifically, in the above embodiment, the partition wall 40 of the case 10 is used, and the cover 170 covering the electrical functional portion S is attached on the outer wall surface of the partition wall 40 to easily form a drip-proof structure. I was able to. Since the peripheral surface of the storage portion 171 on the side facing the partition wall 40 of the cover 170 is the same surface except for the substrate insertion portion 181, the infiltration of liquid or the like from the portion other than the substrate insertion portion 181 is surely prevented. can. Since the portion where the substrate insertion portion 181 is provided faces downward, it is difficult for liquid to enter, and as shown in FIG. 3, the slider mounting portion (drip-proof portion) of the partition wall 40 is directly above the substrate insertion portion 181. Since 49 is arranged, even if a liquid or the like infiltrates from the substrate insertion portion 181 it is possible to take a long distance (creeping distance) to reach the electrical functional portion S, which is an effective drip-proof effect. Can be obtained. The slider mounting portion 49 also has a function of pressing the base portion of the drawer portion 153 of the flexible circuit board 150 against the bottom surface of the storage portion 171 of the cover 170, whereby the substrate main body portion 151 is pressed against the bottom surface of the storage portion 171. It can be installed so that it is in close contact with the circuit board.

Further, in the above embodiment, since the drip-proof sheet 100 having water repellency and appropriate elasticity is sandwiched between the cover 170 and the partition wall 40, the inside of the cover 170 is from the portion where the outer wall surface of the partition wall 40 and the cover 170 abut. It is possible to more reliably prevent liquids and the like from infiltrating into the cover 170, and it is possible to further improve the drip-proof effect of the electrical functional portion S by the cover 170.

Further, the electrical functional unit S in this embodiment includes a mobile body 110, a slider 130, and a flexible circuit board 150 (sliding contact pattern 155 thereof), and is included in the mobile body 110 and the slider 130. Since the moving body 110 is arranged on the partition wall 40 side, the moving body 110 can be pressed against the partition wall 40 side of the case 10 by the elastic force of the slider 130 to be brought into close contact with the moving body 110. Therefore, by bringing the outer periphery (in the case of this embodiment, all four sides) facing the partition wall 40 side of the moving body 110 into close contact with the partition wall 40 (specifically, the drip-proof sheet 100), the insertion hole 43 of the partition wall 40 is formed. In the space inside the cover 170 that communicates (the space surrounded by the outer periphery facing the partition wall 40 side of the moving body 110), electrical parts such as the slider 130 and the sliding contact pattern 155 inside the cover 170 are installed. It can be sealed to the space where it is, and it is possible to prevent the electrical parts from dripping. In particular, as in the above embodiment, if the outer periphery of the moving body 60 facing the partition wall 40 side is brought into contact with the drip-proof sheet 100, the space inside the cover 170 communicating with the insertion hole 43 provided in the partition wall 40 can be created. , The space in which the electrical functional unit S is installed can be more reliably sealed, which is preferable.

Although the embodiments of the present invention have been described above, the present invention is not limited to the above embodiments, and various modifications may be made within the scope of claims and the technical ideas described in the specification and drawings. It is possible. It should be noted that any shape, structure or material not directly described in the specification or drawings is within the scope of the technical idea of the present invention as long as the action and effect of the present invention are exhibited. For example, in the above embodiment, the moving direction of the moving body is shown as a linear direction, but the moving direction of the moving body may be various directions other than the straight line direction such as an arc direction and other curved directions. In the above embodiment, a connecting portion protruding from the rocking body is provided and penetrates through the insertion hole of the partition wall to be connected to the moving body. Instead, a connecting portion protruding from the moving body is provided and penetrates through the insertion hole of the partition wall. It may be configured to be connected to the rocking body, and in short, any configuration may be used as long as the rocking body and the detecting means are connected to each other through an insertion hole provided in the partition wall. The operation knob is not always necessary, and the rocking body itself may be swung by a finger, another actuator, or the like. The elastic member is not limited to the torsion coil spring, and may be other various elastic members such as a leaf spring and a compression coil spring. The position where the elastic member automatically returns the rocking body is not limited to the central position (neutral position), and may be configured to automatically return the rocking body to a position where the rocking body swings to one side and stops. In the above embodiment, the case is configured by the case body and the partition wall, but the case may be configured by one component or the case may be configured by three or more components. The detection means is not limited to the electrical functional unit that changes the electrical output signal, and may be a detection means that changes a magnetic output signal, an optical output signal, or the like. Further, in the above embodiment, the drip-proof sheet is used as the drip-proof member, but a thick drip-proof plate or a drip-proof member having another shape may be used. In addition, the above description and the embodiments shown in each figure can be combined with each other as long as there is no contradiction in the purpose, configuration, and the like. Further, the above description and the description contents of each figure can be independent embodiments even if they are a part thereof, and the embodiment of the present invention is one embodiment in which the above description and each figure are combined. Not limited to.

1 Swing type electronic parts 10 Case 20 Case body (case)
40 partition wall (case)
43 Insertion hole 60 Swinging body 77 Connecting part 90 Repulsion member 100 Drip-proof sheet (drip-proof member)
110 Mobile body (electrical functional part, detection means)
130 Slider (electrical functional part, detection means)
150 Flexible circuit board (circuit board, electrical function part, detection means)
155 Sliding contact pattern 170 Cover 190 Operation knob S Electrical function unit (detection means)

Claims (3)

An oscillating body that is oscillatingly supported and
An elastic member that returns the rocking body to a predetermined position,
A case in which the rocking body and the elastic member are housed and one surface of which is a partition wall.
A detection means installed on the opposite surface side of the partition wall accommodating the rocking body, and
Equipped with
By connecting the rocking body and the detection means through the insertion hole provided in the partition wall, the detection means is operated .
Further, the detection means is an electrically functional unit including a moving body connected to the rocking body and a slider attached to the moving body, and the moving body among the moving body and the slider is used. A swing-type electronic component characterized by being arranged on the partition wall side . The swing-type electronic component according to claim 1 .
The detection means is covered with a cover
A swing-type electronic component characterized in that a drip-proof member is sandwiched between the cover and the partition wall. An oscillating body that is oscillatingly supported and
An elastic member that returns the rocking body to a predetermined position,
A case in which the rocking body and the elastic member are housed and one surface is a partition wall, and a case.
A detection means installed on the opposite surface side of the partition wall accommodating the rocking body, and
Equipped with
By connecting the rocking body and the detection means through the insertion hole provided in the partition wall, the detection means is operated.
Further, the detection means is covered with a cover, and the detection means is covered with a cover.
A swing-type electronic component characterized in that a drip-proof member is sandwiched between the cover and the partition wall.

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