JP6704144B2 - Electrode mounting structure and device using the same - Google Patents

Description

TECHNICAL FIELD The present invention relates to an electrode mounting structure for mounting one electrode of a first electrode or a second electrode sandwiching the first electrode by a pair of plate-shaped contact portions to a fixed portion, and a device using the same. Is.

It is known that one electrode has a pair of plate-shaped contact portions, and the other electrode is inserted into and sandwiched between the electrodes so that the electrodes are electrically connected to each other.

For example, in the heating device and the image forming apparatus described in Patent Document 1, an intermediate contact member having conductivity is held by a heater holder or a heater at a position corresponding to a heater electrode on the back surface of the heater, and the first spring contact portion and The heater connector formed from the two spring contact parts sandwiches both the heater and the heater holder in the crimping direction, and the heater connector and the heater electrode are in contact and electrically connected via the intermediate contact member. is there.

JP, 2000-58229, A

However, in the conventional electrode mounting structure described in Patent Document 1, for example, at the time of manufacturing or maintenance, the heater holder is mounted in an inclined state from the normal direction, and when this heater holder is inserted into the heater connector, the intermediate There is a deviation between the contact pressure of the heater connector with which the contact member comes into contact with the first spring contact portion and the contact pressure with the second spring contact portion.

Further, when the heater holder is inserted into the first spring contact part and the second spring contact part, if the position where the heater holder is inserted is offset to either the first spring contact part or the second spring contact part, The spring contact portion opens more than usual, and an extra force is required over the normal insertion force.

It is sufficient that the electrodes are connected to each other only once during manufacturing, but in the case where the electrodes are inserted and removed during maintenance, the insertion and removal are troublesome.

Therefore, it is an object of the present invention to provide an electrode mounting structure that can evenly contact a pair of plate-shaped contact portions that sandwich an electrode and prevent an increase in insertion/removal force, and an apparatus using the same.

In the electrode mounting structure of the present invention, a first electrode, a second electrode sandwiching the first electrode between a pair of plate-shaped contact portions, and one of the first electrode and the second electrode are mounted. And a movable portion mounting portion for mounting the movable portion to a fixed portion, wherein the movable portion mounting portion includes a male screw member penetrating the movable portion and the fixed portion, and a male screw member. An internal thread member that is screwed into the movable portion and the fixed portion while sandwiching the movable portion, and is thinner than a through hole formed in the movable portion by a moving range of the movable portion, and has a diameter larger than a through hole formed in the fixed portion. A spacer having a thickness higher than that of the movable portion and having a through hole through which the male screw member is inserted, the male screw member being disposed in the through hole of the movable portion. Through the through hole of the spacer and the through hole formed in the fixing portion, and screwed into the female screw member, the male screw member and the female screw member, the fixing portion and the spacer. The movable part is attached to the fixed part in a sandwiched state.

According to the present invention, even if the male screw member and the female screw member sandwich the fixed portion and the spacer and the spacer is fixed to the fixed portion, the spacer in the through hole of the movable portion is formed in the movable portion. The movable part has a smaller moving range than the through hole, a diameter larger than the through hole formed in the fixed part, and a height higher than the thickness of the movable part. You can move inside. Therefore, even if the other electrode tilts or moves from the normal direction, the one electrode supported by the movable portion can be interlocked in accordance with the tilted or moved state of the other electrode.

The one electrode includes a terminal portion that contacts the other electrode, and a terminal portion mounting portion that fixes the terminal portion to the fixing portion, and the terminal portion mounting portion is a penetrating hole formed in the fixing portion. A male screw member through which a hole is inserted and a through hole through which the male screw member is inserted are formed, and a pair of insulating members disposed on both sides of the fixing portion are sandwiched between the pair of insulating members and the fixing portion. It may be provided with a pair of female screw members screwed to the male screw member in the state.
A male screw member that supports the terminal portion that contacts the other electrode is screwed and fixed to the female screw member with the insulating member inserted on both sides of the fixing portion. Therefore, one of the electrodes can be attached to the fixed portion while being insulated from the fixed portion.

The movable portion is formed of an insulating member, the one electrode includes a terminal portion that contacts the other electrode, and a terminal portion mounting portion that fixes the terminal portion to the fixed portion, and the terminal portion mounting portion. Can be provided with a male screw member that is inserted through a through hole formed in the fixing portion, and a pair of female screw members that are screwed into the male screw member from both sides of the insulating member and the fixing portion.
A male screw member that supports the terminal portion that contacts the other electrode is fixed to the female screw member on both sides of the fixed portion together with the movable portion formed of an insulating member. Therefore, one of the electrodes can be attached to the fixed portion while being insulated from the fixed portion.

A plurality of the first electrodes may be arranged flush with each other, and the second electrodes may be arranged so as to face the first electrodes. Even if a plurality of first electrodes are arranged flush with each other, either the first electrode or the second electrode moves together with the movable portion, so that the second electrode is slightly displaced even if the arrangement of the first electrodes is slightly shifted. Can be inserted into and contacted with.

The device using the electrode mounting structure of the present invention includes a unit in which one of the first electrode and the second electrode of the electrode mounting structure of the electrode mounting structure of the present invention is mounted facing downward, and the other. The electrode is attached upward, and when the unit is mounted from above, the one electrode of the unit comes into contact with the other electrode of the apparatus main body.

In the device using the electrode mounting structure of the present invention, one electrode is mounted on the unit side facing downward. The other electrode is attached to the main body of the apparatus facing upward. Therefore, the unit can be attached to the apparatus body only by covering the apparatus body from above.

The apparatus body is an insertion section located between the apparatus body and the unit, and an operation section extending from an end section of the insertion section and raising a tip section of the insertion section with a base section of the insertion section as a fulcrum. And a removal member having a.
Since the main body of the device is provided with the detachable member, if the operating part is operated to raise the tip of the insertion part, the space between the main body of the device and the unit is expanded, and the other electrode is pulled out from one electrode, The unit can be easily separated from the main body of the device.

According to the present invention, even if the other electrode tilts or moves from the normal direction, one electrode supported by the movable portion is interlocked according to the tilted or moved state of the other electrode. Therefore, it is possible to evenly contact the pair of plate-shaped contact portions that sandwich the electrode, and it is possible to prevent an increase in the insertion/extraction force.

It is a figure which shows the griller which is an example of the apparatus using the electrode attachment structure which concerns on embodiment of this invention, (A) is a front view, (B) is a left side view, (C) is a top view. It is a figure of the heater part which removed the cover from the unit in the griller shown in Drawing 1, (A) is a top view, (B) is a front view, and (C) is a left side view. It is a figure for demonstrating the structure of the 1st electrode of the unit shown in FIG. It is a figure for demonstrating the power supply part of the griller shown in FIG. 1, (A) is the figure which looked at the griller from the side, (B) is a figure in the state which the 1st electrode and the 2nd electrode were connected. is there. It is a figure for demonstrating the state which the 2nd electrode shown in FIG. 4 was fixed to the movable part, and was attached to the mounting base, (A) is the figure seen from the side, (B) is seen from the front side. It is a figure. It is a figure for demonstrating movement of the movable part shown in FIG. 5, (A) is a horizontal sectional view, (B) is a vertical sectional view. FIG. 2 is a partially enlarged view of a state in which a cover is removed from a unit of the griller shown in FIG. 1 and a removal member is exposed. FIG. 8 is a partially enlarged view for explaining a state where the removal member shown in FIG. 7 is operated. It is a figure for demonstrating the modification of the electrode attachment structure shown in FIG.

An electrode mounting structure according to an embodiment of the present invention and a device using the same will be described with reference to the drawings, taking a griller (heating cooking device) as an example.
The griller 10 shown in FIG. 1 has a unit 20 to which a first electrode (another electrode) formed by a plate-shaped electrode is attached, and a second electrode (one electrode) having a pair of plate-shaped contact portions is attached. The device main body 30 is provided.

(Description of the unit)
As shown in FIG. 1 and FIGS. 2A to 2C, the unit 20 includes a heater portion 21 covered by a rectangular cover 22 having an opening 21a. The heater unit 21 includes a housing 23 that is a fixed portion of the unit 20, and a rod-shaped resistance heating element H whose both ends are held by the housing 23.
The casing 23 is provided with a partition wall 23b for supporting the resistance heating element H on a rectangular frame body 23a.
The heater section 21 of the present embodiment includes four resistance heating elements H1 to H4. At one end of each of the four resistance heating elements H1 to H4, the inner two (resistance heating elements H2 and H3) are connected by a metal fitting 24a and the outer two (resistance heating elements H1 and H4). 2) are connected by a metal fitting 24b for connection.
Further, at the other end of the four resistance heating elements H1 to H4, two pieces on the back side (resistance heating elements H1 and H2) are connected by a metal fitting 24c, and two pieces on the front side (resistance heating element). H3 and H4) are connected by a connecting fitting 24d.

The connecting fittings 24 c and 24 d are connected to the first electrode 25 and the fixing screw portion 26 for fixing to the housing 23.

As shown in FIG. 3, the first electrode 25 includes an inverted L-shaped terminal portion 251 formed by bending a plate-shaped metal plate, the terminal portion 251 fixed to the housing 23, and connection metal fittings 24c and 24d. The terminal portion mounting portion 252 for connection is provided.
The terminal portion 251 is formed with a contact portion so as to be bent and extend downward on the apparatus main body 30 side. As shown in FIG. 2, the first electrodes 25 are arranged along the width direction of the housing 23 (the griller 10 (see FIG. 1 )) with the terminal portions 251 being flush with each other.

The terminal portion mounting portion 252 shown in FIG. 3 includes a male screw member 252a, female screw members 252b to 252e, and a pair of insulating members 252f.
The male screw member 252a is a bolt whose head has an enlarged diameter.
The female screw member 252b is a nut that is screwed into the male screw member 252a to sandwich and fix the terminal portion 251 via the washer 252g together with the head 252h of the male screw member 252a.
The female screw member 252c and the female screw member 252d are nuts that are screwed onto the male screw member 252a to sandwich and fix the pair of insulating members 252f with the bottom plate 23c of the housing 23 therebetween from both sides via washers 252g. is there.
The female screw member 252e is a nut that sandwiches and fixes the metal fittings 24c and 24d for connection with the female screw member 252d via the washer 252g.

A through hole having a diameter larger than that of the male screw member 252a is formed in the bottom plate 23c of the housing 23. The insulating member 252f is a ring-shaped insulator having a diameter larger than that of the through hole of the housing 23.
As a result, the male screw member 252a that is conductively connected to the terminal portion 251 is fixed to the housing 23 in a non-contact state with the housing 23.

(Description of the device body)
As shown in FIG. 1, FIG. 4A and FIG. 4B, the apparatus main body 30 is arranged in a box-shaped casing 31 and a space S formed at one end of the casing 31. And a power supply unit 40.
A power switch 31a and a power lamp 31b are provided on the front surface of the housing 31. At the center of the casing 31, below the resistance heating elements H1 to H4, there is provided a drawer-type water basin 31c for storing oil and the like dropped from the food baked in the unit 20.

The power supply unit 40 is provided with a circuit breaker (not shown) that detects and shuts off an overcurrent and a mounting base 42 that is a fixing unit for mounting the second electrode 41.
The mounting base 42 is formed by bending a metal plate in a U shape, and is mounted on the back wall 32 of the space S (see FIG. 4B) when the housing 31 is viewed from the side.
The second electrode 41 is attached to the top surface 42a of the attachment base 42 via the movable portion 43 in a state of facing the first electrode 25 (see FIG. 2). The movable portion 43 is attached to the top surface 42 a of the attachment base 42 by the movable portion attachment portion 44.

Here, the attachment structure in which the second electrode 41 is attached to the attachment base 42, which is a fixed portion, via the movable portion 43 will be described in detail with reference to the drawings.

(Explanation of the second electrode)
As shown in FIGS. 5A and 5B, the second electrode 41 includes a terminal portion 411 that contacts the first electrode 25 and a terminal portion mounting portion 420 that fixes the terminal portion 411 to the movable portion 43. Is equipped with.

The terminal portion 411 includes a pressure contact piece 4111 that is in contact with the terminal portion 251 of the first electrode 25 and is formed of a leaf spring, and a reinforcement portion 4112 that prevents the pressure contact piece 4111 from opening.
The pressure contact piece 4111 includes a connection portion 4111a formed by bending a metal plate material into a U shape, and a contact portion 4111b connected from both end portions of the connection portion 4111a.
The reinforcing portion 4112 contacts the bottom portion of the connecting portion 4111a and the pair of side portions to prevent excessive opening of the connecting portion 4111a.

The terminal attachment portion 420 includes a male screw member 421, a pair of insulating members 422, and a pair of female screw members 423.
The insulating member 422 is formed of an insulator such as a ring-shaped mica that insulates the second electrode 41 and the mounting base 42 from each other. The diameter (outer diameter) of the insulating member 422 is smaller than the diameter of the through hole 42h formed in the top surface 42a of the mounting base 42.
Therefore, when the insulating members 422 are arranged on both sides with the movable portion 43 sandwiched therebetween, the lower insulating member 422 is located in the through hole 42h of the mounting base 42, and the pair of insulating members 422 are disposed in the movable portion 43. It is arranged so as to sandwich both sides of the front surface and the back surface.

The male screw member 421 supports the terminal portion 411 at one end (upper end). The male screw member 421 penetrates the pair of insulating members 422 and the pair of washers 424 that sandwich the movable portion 43, and is screwed with the pair of female screw members 423.
By doing so, the pair of female screw members 423 presses the pair of insulating members 422 to the movable portion 43, so that the second electrode 41 is movable with respect to the mounting base 42 but is fixed to the movable portion 43. Become.
Further, a pair of female screw members 425, which sandwich the terminal plate 426 to which the wiring from the power supply line is connected, are screwed to the lower end portion of the male screw member 421.

Next, a mounting structure in which the movable portion 43 is mounted on the top surface 42a of the mounting base 42 by the movable portion mounting portion 44 will be described in detail with reference to the drawings.

As shown in FIGS. 6A and 6B, the movable portion mounting portion 44 includes a male screw member 441 and a female screw member 442, and a spacer 443.
The male screw member 441 and the female screw member 442 are for attaching the movable portion 43 and the top surface 42a of the mounting base 42 by screwing.

The spacer 443 is formed such that its diameter φ1 is smaller than the diameter φ2 of the through hole 43h formed in the movable portion 43 by the moving range M of the movable portion 43 and larger than the through hole formed in the mounting base 42. .. Further, the height T1 of the spacer 443 is formed higher than the thickness (height T2) of the movable portion 43. The space 443 has a through hole through which the male screw member 441 is inserted. The head portion of the male screw member 441 is formed to be larger than the diameter φ2 of the through hole of the movable portion 43. A washer may be inserted when the head portion of the male screw member 441 is smaller than the diameter φ2 of the through hole of the movable portion 43.
Further, the diameter φ2 of the through hole of the movable portion 43 is formed larger than that of the mounting base 42.

With the movable portion mounting portion 44 thus configured, the male screw member 441 is inserted into the through hole of the spacer 443 arranged in the through hole of the movable portion 43 and the through hole of the mounting base 42. The movable portion 43 is attached to the mounting base 42 with the male screw member 441 and the female screw member 442 sandwiching the mounting base 42 and the spacer 443.

As shown in FIG. 7, a removal member 50 is provided on the top surface 30a of the apparatus body 30.
The removing member 50 extends from the end of the insertion portion 51 and the insertion portion 51 that is inserted between the device body 30 and the unit 20. The operating portion 52 for raising the operating portion 52 and the spring hinge 53 for urging the operating portion 52 in the direction of pressing the insertion portion 51 against the top surface 30a of the apparatus body 30 are provided.

A usage state of the griller 10 according to the embodiment of the present invention configured as described above will be described with reference to the drawings.

As shown in FIGS. 2A to 2C, the pair of first electrodes 25 are arranged flush with each other along the width direction of the unit 20. However, one of the first electrodes 25 may be attached to the housing 23 in a state in which the first electrode 25 is axially rotated, horizontally displaced, or tilted.

When the first electrode 25 is inserted into the terminal portion 411 of the second electrode 41 in a state in which the first electrode 25 is horizontally displaced or tilted, the first electrode 25 comes into contact with one of the pair of contact portions 4111b of the press contact piece 4111 while being biased. To do.
Further, when the first electrode 25 rotates about its axis, a gap may be formed between the terminal portion 251 of the first electrode 25 and the terminal portion 411 of the second electrode 41.

However, although the second electrode 41 according to the present embodiment shown in FIGS. 5A and 5B is fixed to the movable portion 43 by the terminal portion mounting portion 420, it does not move with the mounting base 42. It is possible.
Further, as shown in FIG. 6A, a gap of the movement range M is secured between the spacer 443 and the through hole 43h of the movable portion 43.
Therefore, the movable portion 43 can horizontally move in all directions around the spacer 443 along the top surface 42a of the mounting base 42.
Further, as shown in FIG. 6B, since the height T1 of the spacer 443 is higher than the thickness (height T2) of the movable portion 43, the movable portion 43 has the head of the male screw member 441 as a stopper. The male screw member 441 can be moved vertically to the bottom surface of the head and can be inclined with respect to the horizontal direction.

Therefore, even if the first electrode 25 is tilted from the normal direction or is displaced with respect to the mounting base 42 along the top surface 42a, the second electrode 41 supported by the movable portion 43 is As the insertion of the first electrode 25 progresses, the first electrode 25 can be tilted or moved according to the tilted or moved state of the first electrode 25.

When the heater section 21 shown in FIG. 2 is attached to the apparatus main body 30, one end side S1 of the heater section 21 opposite to the side where the first electrode 25 is arranged is brought into contact with the apparatus main body 30 shown in FIG. Then, the first electrode 25 is fitted and connected to the second electrode 41 by lowering the other end side S2 on which the first electrode 25 is arranged with the one end side S1 as the center.

Therefore, since the first electrode 25 is connected to the second electrode 41 while moving in a circular arc, even if the first electrode 25 is attached in a normal posture, the first electrode 25 is in an inclined state. It is inserted into the terminal portion 411 of the second electrode 41.
However, as described above, the second electrode 41 can be tilted or moved in association with the tilted or moved state of the first electrode 25, so that the first electrode 25 can be received without difficulty.

Therefore, the contact portion 4111b of the second electrode 41 can be uniformly contacted with the first electrode 25.
Therefore, the griller 10 can be brought into uniform contact with the pair of plate-shaped contact portions that sandwich the electrodes, and an increase in the insertion/extraction force can be prevented. Further, since the contact portion 4111b of the terminal portion 411 evenly makes surface contact with the terminal portion 251 of the first electrode 25, the contact resistance value can be suppressed even if the terminal portion 411 does not sandwich the terminal portion 251 with a strong pressing force. it can.
Further, the second electrode 41 can maintain the surface contact with the first electrode 25 even if the contact is repeated, so that the contact resistance value can be stabilized.

When removing the unit 20 from the apparatus main body 30, first, the user removes the cover 22 of the unit 20 shown in FIG. When the cover 22 is removed, the operation portion 52 of the removing member 50 is exposed as shown in FIG. 7.
As shown in FIG. 8, the user pushes down the operation unit 52 toward the apparatus body 30 side. By doing so, the tip portion 51b of the insertion portion 51 is raised with the base portion 51a of the insertion portion 51 as a fulcrum.
When the insertion portion 51 is raised, the end of the housing 23 of the unit 20 is pushed upward with respect to the apparatus body 30, so that the first electrode 25 moves upward and is pulled out from the second electrode 41.

At this time, as in the case where the heater section 21 is attached to the apparatus main body 30, the heater section 21 has an arc with the other end side S2 centered on the one end side S1 opposite to the side on which the first electrode 25 is arranged. Can be pushed up to draw.
However, since the second electrode 41 inclines in accordance with the inclination of the first electrode 25, the first electrode 25 comes out of the second electrode 41 without being offset, and the load on the second electrode 41 is reduced. The first electrode 25 can be pulled out from the second electrode 41 without difficulty.
Therefore, the unit 20 can be easily separated from the device body 30.

The spring hinge 53 urges the operating portion 52 in a direction in which the insertion portion 51 is pressed against the top surface 30a of the apparatus body 30, so that the user releases the operating portion 52 to remove the removal member 50. It can be restored to its original state.

For example, if the resistance heating bodies H1 to H4 are directly connected to the terminal plates connected to the power supply wiring, it is necessary to manually specify a procedure for disassembling the griller and removing the terminal plates from the resistance heating bodies. .. Since there are many part-time jobs at restaurants and part-time jobs are replaced in a short period of time, the next part-time job operates the griller without taking over maintenance. Therefore, when the resistance heating element needs to be replaced, the method is not known and the manual is often lost, so that the griller may be handled by an incorrect operation.

In the griller 10 according to the present embodiment, when the first electrode 25 on the unit 20 side and the second electrode 41 on the device body 30 side are insertable/extractable types, when the resistance heating bodies H1 to H4 are maintained, Since the unit 20 only needs to be removed from the apparatus main body 30, no manual is required, and the operation is easy even for a part-time job.

(Modification of electrode mounting structure)
The second electrode 41 was provided with a pair of insulating members 422 in order to insulate it from the mounting base 42, which is a fixed portion. However, it suffices that the second electrode 41 and the mounting base 42 can be insulated, so that the movable portion can be an insulating member.
Here, a modified example of the electrode mounting structure when the movable portion is formed of an insulating member will be described with reference to FIG. Note that in FIG. 9, the same components as those in FIG.
As shown in FIG. 9, the movable portion 43x is formed of a glass epoxy resin substrate which is an example of an insulating member.
Since the movable portion 43x is an insulating member, the pair of insulating members 422 shown in FIG. 5 are omitted. Then, the second electrode 41x can be moved with respect to the mounting base 42 by directly sandwiching the movable portion 43x by the pair of female screw members 423 screwed onto the male screw member 421, but fixed to the movable portion 43x. It can be in a state in which it has been opened.

In the present embodiment, the number of the first electrodes 25 and the number of the second electrodes 41 are two, respectively, but the number may be three or more.
Further, the second electrode 41 is attached to the device body 30 as one electrode, and the first electrode 25 is attached to the unit 20 as the other electrode. On the contrary, the second electrode 41 is attached to the device body 30. 41 may be attached and the first electrode 25 may be attached to the unit 20.
Further, in the present embodiment, the first electrode 25 is located on the upper side and the second electrode 41 is located on the lower side, and the first electrode 25 is moved downward and fitted to the second electrode 41. The 1st electrode and the 2nd electrode are located in the left-right direction, and either one may be horizontally moved to the other, or both may be horizontally moved in a direction approaching each other so as to be fitted.

INDUSTRIAL APPLICABILITY The electrode mounting structure of the present invention is suitable for a device that connects or disconnects the first electrode and the second electrode, and is most suitable for a heating and cooking device in which a large current flows.

10 Griller 20 Unit 20a Opening 21 Heater 22 Cover 23 Housing 23a Frame 23b Partition wall 23c Bottom plate 24a, 24b, 24c, 24d Connecting metal fittings H, H1 to H4 Resistance heating element 25 First electrode 251 Terminal part 252 Terminal Mounting portion 252a Male screw member 252h Head portion 252b to 252e Female screw member 252f Insulating member 252g Washer 26 Fixing screw portion 30 Device body 30a Top surface 31 Housing 31a Power switch 31b Power lamp 32 Back wall 40 Power supply part 41, 41x No. 41 2 electrodes 411 terminal part 4111 pressure contact piece 4111a connection part 4111b contact part 4112 reinforcing part 42 mounting base 42a top surface 42h through hole 420 terminal part mounting part 421 male screw member 422 insulating member 423 female screw member 424 washer 425 female screw member 426 terminal plate 43 , 43x Movable part 43h Through hole 44 Movable part mounting part 441 Male screw member 442 Female screw member 443 Spacer 50 Removal member 51 Insertion part 51a Base part 51b Tip part 52 Operation part 53 Spring hinge S space S1 One end side S2 Other end side M movement Range φ1 to φ3 Diameter T1, T2 Height

Claims (6)

A first electrode,
A second electrode sandwiching the first electrode between a pair of plate-shaped contact portions;
A movable part to which one of the first electrode and the second electrode is attached,
A movable part attachment part for attaching the movable part to a fixed part,
The movable portion mounting portion,
A male screw member penetrating the movable portion and the fixed portion,
A female screw member that is screwed into the male screw member while sandwiching the movable portion and the fixed portion,
It is formed to be thinner than the through hole formed in the movable portion by the moving range of the movable portion, has a larger diameter than the through hole formed in the fixed portion, and is formed to have a height higher than the thickness of the movable portion. A spacer having a through hole through which the male screw member is inserted,
The male screw member is inserted into the through hole of the spacer arranged in the through hole of the movable portion and the through hole formed in the fixed portion and screwed into the female screw member, and the male screw member and the An electrode attachment structure in which the movable portion is attached to the fixed portion in a state where an internal thread member holds the fixed portion and the spacer. The one electrode includes a terminal portion that contacts the other electrode, and a terminal portion mounting portion that fixes the terminal portion to the fixing portion,
The terminal attachment portion is formed with a male screw member for inserting a through hole formed in the fixing portion and a through hole for inserting the male screw member, and a pair of insulating members arranged on both sides of the fixing portion. The electrode mounting structure according to claim 1, further comprising: a member; and a pair of female screw members that are screwed to the male screw member while sandwiching the pair of insulating members and the fixing portion. The movable portion is formed of an insulating member,
The one electrode includes a terminal portion that contacts the other electrode, and a terminal portion mounting portion that fixes the terminal portion to the fixing portion,
The terminal portion mounting portion includes a male screw member that is inserted through a through hole formed in the fixing portion, and a pair of female screw members that are screwed into the male screw member from both sides of the insulating member and the fixing portion. Item 1. The electrode mounting structure according to item 1. A plurality of the first electrodes are arranged flush with each other,
The electrode mounting structure according to claim 1, wherein the second electrode is arranged so as to face the first electrode. A unit in which one of the first electrode and the second electrode of the electrode mounting structure according to any one of claims 1 to 4 is mounted facing downward, and the other electrode is facing upward. A device using an electrode mounting structure, comprising: a device main body, which is attached to the device main body so that the one electrode of the unit contacts the other electrode when the unit is mounted from above. The apparatus body is an insertion section located between the apparatus body and the unit, and an operation section extending from an end section of the insertion section and raising a tip section of the insertion section with a base section of the insertion section as a fulcrum. An apparatus using the electrode mounting structure according to claim 5, further comprising a detaching member having:

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