TWI517193B - Heat-spot distant type push switch - Google Patents

Description

Hot spot away pressing switch structure

The invention relates to a switch structure applied to a push switch, in particular to a hot switch type push switch structure.

Switches are indispensable for electrical equipment and electronic products. Refrigerators, televisions, extension cords, computers, video game consoles, etc. must be turned on or off by switches. Among them, push-type switches are the most common. A type of switch.

Please refer to the first and second figures, which are perspective and side cross-sectional views of a conventional push switch. As shown in the first and second figures, the conventional push switch 1' mainly includes: a housing 11', a push switch member 12', a first terminal 13', a second terminal 14', And a switch spring 15'; wherein the push switch member 12', the first terminal 13', the second terminal 14', and the switch spring 15' are disposed within the housing 11', and the first terminal 13' One end of the second terminal 14' is further from the housing 11' Further, a contact point 141' is disposed over the other end of the second terminal 14' (located within the housing 11'). As shown, the push switch member 12' includes a pressing portion 121' and a rocking portion 122'. The rocking portion 122' is internally provided with a spring striker 123', and the spring striker 123' includes a spring 1231' therein. Further, the switch elastic piece 15' is connected to the first terminal 13', and one end thereof has a contact point 151' which is in contact with the contact point 141' of the second terminal 14'.

Please refer to the third A diagram and the third B diagram again, which is a usage diagram of a conventional push-type switch. As shown in FIG. 3A, when the user presses the pressing portion 121' of the push switch member 12' and causes the swing portion 122' to swing to the right, the elastic piece abutting rod 123' will abut against one side of the elastic piece 15'. The end of the elastic piece 15' having the contact point 151' is lifted. At this time, the raised contact point 151' cannot be in contact with the contact point 141' of the second terminal 14', so the second terminal 14' and the first terminal It is impossible to turn on through the shrapnel 15' between 13', so that both of them are in an open state. On the contrary, as shown in FIG. B, when the user presses the pressing portion 121' of the push switch member 12' and causes the swing portion 122' to swing to the left, the elastic piece abutting rod 123' will resist the other of the elastic piece 15'. One side, forcing the elastic piece 15' to have the end of the contact point 151' downward, at this time, the downward contact point 151' is in contact with the contact point 141' of the second terminal 14', so that the second terminal 14' is first The terminals 13' are electrically connected through the elastic piece 15', so that both of them exhibit a path state.

For the conventional push switch 1', in order to be able to use it in a larger The switching rating is (Switch rating), so the purpose is to match the structure of the spring 1231' with the elastic piece abutting rod 123'; in addition, in order to prevent the elastic piece abutting rod 123' from melting, metal is used as the elastic piece abutting rod 123' Material. However, even if the shackle 123' cooperates with the structure of the spring 1231', the conventional push switch 1' can be used on a larger switch rating. Such a structure is also a conventional push switch 1'. Bring other defects:

(1) As shown in FIG. B, when the user presses the push-type switch member 12' such that the second terminal 14' and the first terminal 13' are turned on by the elastic piece 15', the elastic piece abuts 123' The contact point of the second terminal 14' and the first terminal 13' is close to each other, and in the long-term use, even the metal elastic piece abutting rod 123' may be partially melted (the second terminal 14' and the first The contact point of the terminal 13' has a large current passing through the switch, so the contact point is also called a hot spot).

(2) The metal is used as the material of the shrapnel 123'. Although the conventional push switch 1' can be used on a large switch rating, it does make the conventional push switch 1' as a whole. Increased costs.

(3) According to the above point (2), and the structure of the spring-loading rod 123' with the spring 1231' also makes the interior of the conventional push-type switch 1' housing 11' require a larger accommodation space, which is sufficient for the capacity. The rocking portion 122' of the push switch member 12', the elastic piece abutting rod 123', the spring 1231', and the elastic piece 15' cause the overall volume of the conventional push switch 1' to be effectively reduced.

(4) In accordance with point (3) above, and more importantly, the structure of the spring-loading rod 123' with the spring 1231' can increase the contact force between the elastic piece 15' and the second terminal 14', but instead causes The user cannot easily dial the push switch member 12', so that the user gradually does not like the conventional push switch 1'.

In fact, in addition to the above three defects, the conventional push switch 1' has another drawback, that is, the need for instantaneous switching (switching) cannot be provided, and because of this, the push switch 1' is usually only It is applied to household appliances and electronic equipment, and cannot be applied to machine tools. In view of this, related manufacturers of switchgears have developed micro-switches suitable for machine tools. Please refer to the fourth figure, which is a perspective view of the conventional micro switch module, and please refer to the fifth figure at the same time, which is a perspective view of the switch mechanism group inside the micro switch module. The micro switch module 1" shown in the fourth figure is a switch device applicable to the machine tool, and, as shown in the fifth figure, the micro switch module 1" has a different internal pressure switch than the aforementioned switch. 1's a switch mechanism group 11".

The switch mechanism group 11" mainly includes: a first terminal 111", a second terminal 112", a third terminal 113", a first elastic piece 114", a second elastic piece 115", and a switch slider 116. ", and a return spring 117". As shown in the figure, a first contact 1121" and a second contact 1131" are respectively disposed on the second terminal 112" and the third terminal 113", and the first elastic piece 114" and the first The two elastic pieces 115" are disposed on the first terminal 111" and have a third contact 1141" and a fourth contact 1151", respectively, and the third contact 1141" and the fourth contact 1151" are The space corresponds to the first contact 1121" and the second contact 1131", respectively. In addition, the switch slider 116" has an extension rod 1161" and a slider 1162", the extension rod 1161" is sleeved with the return spring 117", and the bottom portion of the slider 1162" is formed with two convex portions 1163" (another The convex portion is shielded by the slider 1162" and is not shown in the drawing).

Please continue to refer to the sixth figure, which is the usage diagram of the switch mechanism group. As shown in the fourth and sixth figures, when the user presses the pressing member 12" of the micro switch module 1" and causes the switch slider 116" to slide inward, a convex portion 1163" of the slider 1162" will Resisting the first elastic piece 114", forcing the first elastic piece 114" to have the end of the third contact 1141" downward, and at this time, the downward third contact 1141" is the first connection with the second terminal 112" The point 1121" is contacted such that the first terminal 111" and the second terminal 112" are electrically connected to each other through the first elastic piece 114". Further, when the user applies more force to the pressing member 12", the sliding rod 116" will continue to slide inward, forcing the second elastic piece 115" to have the end of the fourth contact 1151" downward. The downward fourth contact 1151" is in contact with the second contact 1131" of the third terminal 113" such that the first terminal 111" and the third terminal 113" are electrically connected through the second elastic piece 115".

Through the above description of the components and the use of the switch mechanism group 11" inside the micro switch module 1", we can know that the switch mechanism group 11" mainly changes the first spring by the movement of the switch slider 116". The direction of the arm of the 114" and the second elastic piece 115" and the repulsive force of the elastic piece force the contact to be contacted for switching. Therefore, the biggest advantage of the switch mechanism group 11" is the small space occupancy and the fast switching. However, even if the switch mechanism group 11" solves two main drawbacks of the conventional push switch 1', the switch mechanism group 11" itself is not perfect, and the switch mechanism group 11" still has the following disadvantages and disadvantages. :

(A) As shown in the sixth figure, the switch mechanism group 11" mainly contacts the first elastic piece 114" by the convex portion 1163" of the slider 1162" of the switch slider 116" to maintain contact between the two contacts. Therefore, once the convex portion 1163" of the switch slider 116" is slightly away from the first elastic piece 114", it will affect the stable contact of the two contacts; for this reason, the user must keep pressing the micro switch module 1" The force of the piece 12" can cause the convex portion 1163" of the slider 1162" of the switch slider 116" to continue against the first elastic piece 114", thereby maintaining stable contact of the two contacts.

(B) After long-term use, the first elastic piece 114" and the second elastic piece 115" will gradually lose elasticity, so that the user must apply more force to stabilize the contact between the contacts; and, when performing fast switching, The first elastic piece 114" and the second elastic piece 115" are easily affected by temperature For the above reasons, the micro switch module 1" and its switching mechanism group 11" cannot be used on a larger switch rating.

Through the above detailed description, we can easily know that there are defects in the push switch and the micro switch module that are currently used; in view of this, the inventors of the present case tried to research and create a hot spot far away. Push switch structure.

A first object of the present invention is to provide a hot-spot remote push switch structure, which is to connect the compression spring, the switch spring and the switch member in a similarly stacked manner, thereby effectively saving the overall space occupied by the push switch structure. And, through the connection manner of the compression spring, the switch spring and the switch member, the switch member only needs to be upwardly pressed against the switch shrapnel in the initial state, so that the two contacts are in a disconnected state without In particular, other forces are applied, which is improving the durability of the switch.

A second object of the present invention is to provide a hot-spot remote push switch structure, which is designed by a special structure between a support terminal, an electrical terminal, a compression spring, a switch spring, and a switch slider group. When the point is in close contact, there is a distance between the switch member of the switch slider group and the contact point of the two contacts, the distance causing the switch member to be away from the hot spot formed by the contact point; thus, even if the push switch structure passes long-term use, The switch member also does not cause melting.

A third object of the present invention is to provide a hot-spot remote push switch structure in which a compression spring, a switch spring and a switch member are connected in a similarly stacked manner, so that when the two contacts are in close contact, the compression spring The released driving force will simultaneously generate a horizontal component and a vertical component; the horizontal component can maintain the contact force between the two contacts, and the vertical component forces the upper contact to press down Contact to prevent the upper contact from bounce off the contact below due to external force.

Therefore, in order to achieve the above object of the present invention, the inventor of the present invention proposes a hot-spot remote push switch structure, comprising: a support terminal; a compression spring, one end of which is connected to the support terminal; a switch spring, The system has a first contact end, a switch contact end and a support terminal connection end, wherein the first contact end has a spring connection connected to the other end of the compression spring, and the support terminal connection end Connected to the support terminal, so that the switch spring can be pivoted up and down with the support terminal as an axis; an electrical terminal has a soldering end, an extension section and a second contact end, wherein the extension section is simultaneously connected The soldering end and the second contact end, and the electrical terminal is opposite to the supporting terminal in the free space, so that when the switch spring is pivoted downward, the first contact end and the electrical terminal are Two-contact end contact; a switch slider set has a slide bar, a slider and a switch member, wherein the slide bar is disposed at a front end of the slider, and the switch member is disposed at a side end of the slider and is in an initial state Upwardly resisting the contact end of the switch member of the switch spring, so that the first contact end of the switch spring is away from the second contact end of the electrical terminal, and the compression spring is in a compressed state; and the switch slide group is in free space The middle of the switch is adjacent to the electrical terminal, and the switch member of the switch slide group is located above the extension of the electrical terminal and at the same time under the support terminal; wherein, when the switch slide group is pressed, the slider and the slider are When moving in the free space toward the negative X axis, the switch member is away from the switch end of the switch spring, and the compression spring is in a released state and releases a driving force at a specific angle in the free space, the driving force. Forcing the switch spring to pivot downward with the support terminal as the axis, so that the first contact end of the switch spring is in close contact with the second contact end of the electrical terminal. At this time, the support spring is transmitted through the switch spring. The electrical terminal is electrically connected, and there is a distance between the switching member and the contact point between the first contact end and the second contact end.

In order to more clearly describe the hot-spot-type push switch structure proposed by the present invention, an embodiment of the present invention will be described in detail below with reference to the drawings.

Please continue to refer to the seventh and eighth figures, which are the hotspots of the present invention. A perspective view and an exploded view of the push switch structure. As shown in the seventh and eighth figures, the hot-spot type push switch structure 1 of the present invention comprises: a support terminal 11, a compression spring 12, a switch spring 13, an electrical terminal 14, and a switch slider. The switch spring returning spring 16 and a return spring fixing base 17; wherein one end of the compression spring 12 is connected to the support terminal 11, and the support terminal 11 includes a switch elastic piece connecting end 111 and an exposed end 112, The switch spring connection end 111 has two support portions 1111 and two buckle portions 1112.

As shown, the switch pin 13 has a first contact end 131, a switch contact end 132 and a support terminal connection end 133; wherein the first contact end 131 has a connection to the other end of the compression spring 12 The spring connection portion 1311 has a first contact silver spot 1312 disposed on the first contact end 131. The support terminal connecting end 133 has two recessed portions 1331 and two convex portions 1332 for supporting the two supporting portions 1111 and the second fastening portions 1112 of the switch elastic piece connecting end 111, so that the supporting terminal connecting end 133 of the switch elastic piece 13 can be connected with the supporting terminal. The switch shrapnel connection ends 11 of 11 are connected to each other, and the switch shrapnel 13 can be pivoted up and down with the support terminal 11 as an axis.

The electrical terminal 14 has a soldering end 141, an extension 142 and a second contact end 143. The extension 142 is connected to the soldering end 141 and the second contact end 143 at the same time. Between the two, a second contact silver spot 1431 is disposed above the second contact end 143. In the hot-spot type push switch structure 1 of the present invention, the electrical terminal 14 is free. The first contact silver point 1312 of the first contact end 131 and the second contact end 143 of the electrical terminal 14 may be second with the support terminal 11 in the space so that the switch elastic piece 13 is pivoted downward. Contact silver spot 1431 contact.

Continuing to refer to the seventh and eighth figures, in the hot-spot type push switch structure 1, the switch slide group 15 has a slide bar 151, a slider 152 and a switch member 153, wherein the slide bar 151 The switch member 153 is disposed at the front end of the slider 152, and is disposed at a side end of the slider 152 and is pressed upwardly against the switch contact end 132 of the switch spring 13 in an initial state, so that the switch pin 13 is connected first. The point end 131 is away from the second contact end 143 of the electrical terminal 14 and causes the compression spring 12 to be in a compressed state; and the switch slider group 15 is adjacent to the electrical terminal 14 in the free space, and the switch is slippery. The switch member 153 of the rod set 15 is located above the extension 142 of the electrical terminal 14 and is located below the support terminal 11. In addition, one end of the slider return spring 16 is connected to the slider 152 of the switch slider group 15, the return spring mount 17 is connected to the other end of the slider return spring 16 to fix the slider return spring 16; Moreover, the dust collar 18 is sleeved on the sliding bar 151 of the switch slide bar group 15 and located in the receiving casing formed by the base 10a and the cover body 10b.

Thus, the above description clearly discloses a hot-spot remote push switch structure and its detailed components of the present invention; then, in order to more clearly illustrate the function and function of the hot-spot remote push switch structure, the following will be coordinated with the moving picture. Further description. Please refer to Figures 9A and IXB, Actuating the hot-spot type of the push switch structure; as shown in FIG. 9A, initially, the slider 152 of the switch slide group 15 is adjacent to the extension 142 of the electrical terminal 14 in free space. The second contact end 143, and the switch member 153 of the switch slider group 15 is pressed against the switch contact end 132 of the switch spring 13 so that the first contact end 131 of the switch spring 13 is away from the second connection of the electrical terminal 14. Point end 143 and causing compression spring 12 to be in a compressed state; and, as shown in FIG. BB, when pressing switch slider group 15 causes slider 151 and slider 152 to move toward the negative X axis in free space, The switch member 153 is away from the switch contact end 132 of the switch spring 13 when the compression spring 12 is in a released state and releases a driving force F at a specific angle in the free space. The driving force F forces the switch spring 13 to The support terminal 11 is axially pivoted downward, so that the first contact end 131 of the switch spring 13 is in close contact with the second contact end 143 of the electrical terminal 14. At this time, the switch spring 13 is passed through the support terminal. The 11 series is electrically connected to the electrical terminal 14 .

In particular, in the present invention, when the first contact end 131 of the switch spring 13 is in close contact with the second contact end 143 of the electrical terminal 14, as shown in FIG. There is a distance d between the switch member 153 and the contact point between the first contact end 131 and the second contact end 143. The distance d causes the switch member 153 to be away from the first contact end 131 and the second connection. The hot spot formed by the contact point of the dot end 143; under such a design, the switch member 153 of the present invention is used even after long-term use, and the switch member 153 There is also no burning phenomenon.

Furthermore, as shown in FIG. BB, when the compression spring 12 is in the released state, it releases its driving force F at a specific angle between 30° and 60°; and the driving force F has a level. a component FH and a vertical component FV, wherein the horizontal component FH is capable of maintaining a contact force between the first terminal contact portion 1121 and the support terminal connection end 133, and the vertical component force FV forces the first connection The point end 131 presses down the second contact end 143 to prevent the first contact end 131 from being bounced off the second contact end 143 due to the external force; this is also the hot spot of the present invention. One of the technical features.

In practical application of the present invention, a receiving housing 11 is generally used to cover the support terminal 11, the compression spring 12, the switch spring 13, the electrical terminal 14, and the switch slider assembly 15. Please refer to the tenth figure, which is a perspective view of the housing. As shown in FIG. 10, a receiving housing 10 for accommodating the hot-spot type push switch structure 1 of the present invention includes a base 10a and a cover 10b; wherein the electrical terminal of the switch structure 1 is pressed The soldering end 141 of the self-contained housing 10 is exposed and exposed outside the accommodating housing 10, and the sliding rod 151 of the switch slider group 15 is bent out from the end of the accommodating housing 10. . In addition, the exposed end 112 of the support terminal 11 is exposed outside the cover 10b, and the support terminal 11 has a terminal contact portion 1121, and the terminal contact portion 1121 can be coupled with a steering terminal to change the electrical terminal 14 The polarity of the electrically connected support terminals 11.

Thus, by the above description, the hot-spot type of push switch structure of the present invention has been completely and clearly disclosed, and, through the above, we can know that the present invention has the following advantages:

1. As shown in the seventh figure, the switch member 153 is disposed on the side end of the slider 152 of the switch slider group 15 and the switch spring 13 and the compression spring 12 are disposed on the support terminal 11 in a matched manner. The mechanism design system connects the compression spring 12, the switch elastic piece 13 and the switch member 153 in a stack-like manner, which effectively saves the occupation space of the push switch structure as a whole.

2. According to the above, and as shown in FIG. 9A, under such a mechanism design, the switch member 153 is only required to press the switch contact end 132 of the switch spring 13 upward in the initial state, so that two The contacts (ie, the first contact end 131 of the switch spring 13 and the second contact end 143 of the electrical terminal 14 are in a disconnected state, without the need to additionally apply other forces, and this way can improve the switch piece 153 durability.

3. Further, as shown in FIG. B, the most important is that when the first contact end 131 of the switch spring 13 is in close contact with the second contact end 143 of the electrical terminal 14, due to the special design on the mechanism There is a distance d between the switch member 153 and the contact point between the first contact end 131 and the second contact end 143. The distance d makes the switch member 153 away from the first contact end 131 and the second contact point. The hot spot formed by the contact point of the end 143; therefore, under such a design, the switch member 153 of the present invention does not cause a burnt phenomenon even after long-term use.

4. According to the above third point, and because the distance d makes the switch member 153 away from the hot spot, the material of the switch member 153 is more selective, and is not necessarily limited to a metal material.

5. According to the third point above, when the first contact end 131 of the switch spring 13 is in close contact with the second contact end 143 of the electrical terminal 14, the driving force F released by the compression spring 12 is simultaneously generated. a horizontal component force FH and a vertical component force FV; the horizontal component force FH is capable of maintaining a contact force between the terminal contact portion 1121 and the support terminal connection end 133, and the vertical component force FV forces the first contact end The second contact end 143 is pressed downward to prevent the first contact end 131 from being bounced off the second contact end 143 by the external force; this is also the hot spot remote control type of the push switch structure 1 of the present invention. One of the technical features.

6. According to the second point mentioned above, and when the hot-spot type push switch structure 1 of the present invention is used, the user can control the operation of the slider 152 and the switch member 153 by simply pressing the switch slider group 15 easily. Change the action that can complete the switch.

The detailed description of the present invention is intended to be illustrative of the preferred embodiments of the present invention, and is not intended to limit the scope of the invention. In the scope of patents.

1'‧‧‧Used push-button switch

11’‧‧‧Shell

12'‧‧‧Press switch

13’‧‧‧First terminal

14’‧‧‧second terminal

15’‧‧‧Switch Shrapnel

121’‧‧‧Depression

122’‧‧‧Swing Department

123’‧‧‧Shraps

1231'‧‧‧ Spring

141’‧‧‧Contact points

151’‧‧‧Contact points

1”‧‧‧Micro Switch Module

11”‧‧‧Switching mechanism group

12"‧‧‧Pressing parts

111”‧‧‧First terminal

112”‧‧‧second terminal

113”‧‧‧ Third terminal

114”‧‧‧First shrapnel

115”‧‧‧Second shrapnel

116”‧‧‧Switch slider

117"‧‧‧Return spring

1121"‧‧‧ first contact

1131”‧‧‧second contact

1141"‧‧‧ third joint

1151" ‧ ‧ fourth junction

1161"‧‧‧Extension rod

1162”‧‧‧ Slider

1163”‧‧‧ convex

1‧‧‧hot-spot type push switch structure

11‧‧‧Support terminals

12‧‧‧Compressed spring

13‧‧‧Switch shrapnel

14‧‧‧Electrical terminal

15‧‧‧Switch Slider Set

16‧‧‧Sliding rod return spring

17‧‧‧Return spring mount

18‧‧‧Dust collar

111‧‧‧Switch shrapnel connection

112‧‧‧Outside

1121‧‧‧Terminal contact

1111‧‧‧Support

1112‧‧‧Deduction

131‧‧‧First contact end

132‧‧‧switch contact end

133‧‧‧Support terminal connection

1311‧‧‧Spring connection

1312‧‧‧First contact silver point

1331‧‧‧ recess

1332‧‧‧ convex

141‧‧‧welding end

142‧‧‧Extension

143‧‧‧second junction end

1431‧‧‧Second Contact Silver Point

151‧‧‧ Slider

152‧‧‧ Slider

153‧‧‧Switches

F‧‧‧ driving force

D‧‧‧distance

FH‧‧‧ horizontal force

FV‧‧‧ vertical component

10‧‧‧ housing

10a‧‧‧Base

10b‧‧‧ cover

The first figure is a perspective view of a conventional push-type switch; the second figure is a side cross-sectional view of a conventional push-type switch; the third A and third B-pictures are used as a conventional push-type switch; A perspective view of a conventional micro switch module; the fifth diagram is a perspective view of a switch mechanism group inside the conventional micro switch module; the sixth diagram is a use diagram of the switch mechanism group; and the seventh figure is a hot spot away from the present invention. A perspective view of a push switch structure; an eighth view is an exploded view of a hot-spot remote push switch structure; ninth A and ninth B are actuating views of a hot-spot remote push switch structure; and a tenth view is used A perspective view of a receiving housing that accommodates the hot spot away from the push switch structure.

1‧‧‧hot-spot type push switch structure

11‧‧‧Support terminals

111‧‧‧Switch shrapnel connection

112‧‧‧Outside

1121‧‧‧Terminal contact

12‧‧‧Compressed spring

13‧‧‧Switch shrapnel

131‧‧‧First contact end

132‧‧‧switch contact end

133‧‧‧Support terminal connection

14‧‧‧Electrical terminal

141‧‧‧welding end

142‧‧‧Extension

143‧‧‧second junction end

15‧‧‧Switch Slider Set

151‧‧‧ Slider

152‧‧‧ Slider

153‧‧‧Switches

17‧‧‧Return spring mount

18‧‧‧Dust collar

Claims (8)

A hot-spot remote push switch structure includes: a support terminal; a compression spring, one end of which is connected to the support terminal; a switch spring piece that is not bendable and has a first contact end and a switch contact And a supporting terminal connecting end, wherein the first contact end has a spring connecting portion connected to the other end of the compression spring, and the supporting terminal connecting end is connected to the supporting terminal, so that the switch elastic piece can be supported by the supporting terminal The shaft is pivoted up and down; an electrical terminal has a soldering end, an extending section and a second contact end, wherein the extending section simultaneously connects the soldering end and the second contact end, and the The electrical terminal is opposite to the support terminal in the free space, so that when the switch spring is pivoted downward, the first contact end thereof can be in contact with the second contact end of the electrical terminal; and a switch slider group, The utility model has a slide bar, a slider and a switch member, wherein the slide bar is disposed at the front end of the slider, and the switch member is disposed at the side end of the slider and is upwardly pressed against the switch spring in the initial state. Switch piece The contact end is such that the first contact end of the switch spring is away from the second contact end of the electrical terminal, and the compression spring is in a compressed state; and the switch slide group is adjacent to the electrical terminal in the free space And the switch member of the switch slider group is located above the extension of the electrical terminal and at the same time under the support terminal; Wherein, when the switch slider group is pressed such that the slider and the slider move toward the negative X-axis in the free space, the switch member is away from the switch member contact end of the switch spring, and the compression spring is in a released state and free space. The driving force is released at a specific angle, and the driving force forces the switch spring to pivot downward with the supporting terminal as the axis, so that the first contact end of the switch spring is tightly close to the second contact end of the electrical terminal. In contact with the switch, the support terminal is electrically connected to the electrical terminal, and a distance exists between the switch member and the contact point between the first contact end and the second contact end. The hot-spot remote push switch structure according to the first aspect of the invention, further comprising a base and a cover, the base and the cover system forming a receiving housing for accommodating the support terminal, the compression spring, The switch spring piece, the electrical terminal, and the switch slide bar group, and the soldering end of the electrical terminal and the slide bar of the switch slide bar group are exposed outside the receiving case. The hot-spot remote push switch structure according to claim 2, wherein the support terminal connection end has two concave portions and two convex portions. The hot-spot-type push switch structure according to the third aspect of the invention, wherein the support terminal comprises: a switch spring connection end, comprising two support portions and two buckle portions for supporting the connection terminal connection end The two concave portions and the two convex portions enable the connection terminal end of the switch elastic piece to be connected with the switch elastic piece of the support terminal Interconnected; and an exposed end exposed outside the cover and having a terminal contact. The hot-spot remote push switch structure as described in claim 2, further comprising: a slider return spring, one end of which is connected to the slider of the switch slide group; a return spring mount is connected to The slider returns to the other end of the spring to fix the slider return spring; and a dust collar is sleeved on the slider of the switch slider group, and is located at the base and the cover body Inside the housing. The hot-spot remote push switch structure according to claim 1, wherein a first contact silver spot is disposed on the first contact end, and a second contact is disposed on the second contact end. Silver point. The hot-spot remote push switch structure as described in claim 1, wherein the specific angle is between 30° and 60°. The hot-spot remote push switch structure according to claim 7, wherein the driving force released by the specific angle of the compression spring has a horizontal component and a vertical component, and the horizontal component can be maintained. a contact force between the first contact end and the second contact end, the vertical component force forcing the first contact end to press down the second contact end to prevent the first contact end from being affected by an external force From the second junction end.