Rocker switch and sliding pressing part thereof
阅读说明:本技术 翘板开关及其滑动压抵件 (Rocker switch and sliding pressing part thereof ) 是由 易湘云 于 2018-12-21 设计创作,主要内容包括:本发明为一种翘板开关及其滑动压抵件,该滑动压抵件包括一导热壳件及一过热破坏件,并且将该滑动压抵件使用于翘板开关。该导热壳件有内凹的一容室,该过热破坏件置入该容室并结合在该导热壳件上,该过热破坏件在一破坏温度下可被破坏,该破坏温度介于100℃至250℃,该导热壳件压抵于该翘板开关的一翘板导电件,以控制该翘板导电件通电或断电,当该翘板导电件通电时,若该过热破坏件受热破坏,则会带动该翘板导电件断电,以达成过热保护的作用。其中,该过热破坏件紧密贴合该导热壳件,可以完整的吸收通路所产生的热能,因而具有感应灵敏度高的优点。(The invention relates to a rocker switch and a sliding pressing part thereof, wherein the sliding pressing part comprises a heat conduction shell part and an overheating damage part, and the sliding pressing part is used for the rocker switch. The heat conduction shell part is provided with an inwards concave containing chamber, the overheating damage part is placed into the containing chamber and combined on the heat conduction shell part, the overheating damage part can be damaged at a damage temperature, the damage temperature is 100-250 ℃, the heat conduction shell part is pressed against a rocker conductive piece of the rocker switch to control the power-on or power-off of the rocker conductive piece, and when the rocker conductive piece is powered on, if the overheating damage part is damaged by heat, the rocker conductive piece can be driven to be powered off, so that the overheating protection effect is achieved. The overheating destructive part is tightly attached to the heat conduction shell, and can completely absorb heat energy generated by the passage, so that the induction sensitivity is high.)
1. The utility model provides a piece is supported to slip pressure for rocker switch for control this rocker switch circular telegram or outage, and under the on-state, can be heated when the route is overheated and destroy and make this rocker switch form the outage state, its characterized in that, this piece is supported to slip pressure includes:
a heat-conducting shell member having an inwardly concave chamber;
an overheat breaker, which is placed in the chamber and bonded to the heat-conducting shell, and can be destroyed at a destruction temperature of 100-250 ℃.
2. The sliding pressure member according to claim 1, wherein said heat conducting casing member has an inner surface surrounding said chamber, and said overheat breaking member is closely attached to said inner surface.
3. The sliding press-against member for a rocker switch as in claim 1, wherein said heat conducting housing comprises an open end and an arcuate contact end opposite said open end, said open end communicating with said chamber.
4. The sliding pressure member according to claim 3, wherein said overheat breaker is disposed in said chamber at a height different from said opening end.
5. The sliding pressure member for a rocker switch as recited in claim 1, wherein said overheating destructive element is made of one of: plastic, low melting point metal, low melting point alloy.
6. The sliding pressure member for a rocker switch as in claim 5, wherein said low melting point alloy is an alloy of bismuth and any one or more of cadmium, indium, silver, tin, lead, antimony, and copper.
7. The sliding pressure piece for a rocker switch as in claim 5, wherein the low melting point alloy is a tin-bismuth alloy.
8. A rocker switch comprising a sliding press for a rocker switch as claimed in any one of claims 1 to 7, the rocker switch further comprising:
a base body having an accommodating space;
a first conductive member penetrating the base;
the second conductive piece penetrates through the seat body;
a warped plate conductive member disposed in the accommodating space, the warped plate conductive member straddling the first conductive member and selectively connecting the second conductive member in a warped plate manner;
an operating assembly assembled on the seat body, wherein the operating assembly comprises an operating part and a first elastic part, the operating part comprises the sliding pressing part and a limiting part, the sliding pressing part slides on the rocker conductive part to enable the rocker conductive part to contact or separate from the second conductive part in a rocker motion mode, and the first elastic part is limited between the overheating damage part and the limiting part in a compression mode to have a first elastic force;
the second elastic piece is provided with a second elastic force, the second elastic force acts on the operating piece, and the first elastic force is larger than the second elastic force in a normal state;
when the operating element is at a first position, the first elastic force forces the wane conducting piece to contact the second conducting piece to form a power-on state, in the power-on state, current passes through the first conducting piece, the wane conducting piece and the second conducting piece to generate heat energy, the overheating destruction piece absorbs the heat energy and is destroyed at the destruction temperature, so that the first elastic force is reduced or lost, at the moment, the second elastic force is greater than the first elastic force, the second elastic force forces the operating element to move to a second position, and the wane conducting piece is separated from the second conducting piece to form a power-off state.
9. The rocker switch according to claim 8, wherein the heat conducting casing comprises an open end and an arc-shaped contact end opposite to the open end, the open end is communicated with the chamber, such that the first resilient member extends into the chamber from the open end to abut against the overheating breaking member, and the contact end abuts against the rocker conductive member.
10. The rocker switch according to claim 8, wherein the first resilient member has a width substantially equal to a width of the open end of the thermally conductive shell member.
11. The rocker switch according to claim 8, wherein the limiting member has a concave receiving space, the receiving space has an opening, the first resilient member is disposed in the receiving space, and the heat conducting shell member extends into the receiving space from the opening, but the contact end protrudes out of the opening.
Technical Field
The invention relates to a rocker switch and a sliding pressing and abutting piece thereof, in particular to a sliding pressing and abutting piece combined with an overheating damage piece and an invention using the sliding pressing and abutting piece in the rocker switch.
Background
A conventional rocker switch controls a switch to pivot in a reciprocating manner within a certain angle range to control the on/off of the switch, for example, taiwan patent No. 560690, "spark shielding structure of a switch", wherein the switch is positioned at a first position or a second position by using a positioning feature to form the on/off when pivoting.
Taiwan patent No. 321352, "improvement of on-line switch structure", discloses a switch structure with a fuse, but the fuse is located in the path of the power line, and needs to rely on the passing of current for protection, especially the over-current can melt the fuse, since the fuse needs to pass the current during operation, but must be melted when the current is too large, so the low melting point lead-tin alloy and zinc are often used as the fuse, and the conductivity is much lower than that of copper. Taking an extension cord socket as an example, the extension cord socket mainly uses copper as a conductor, and if the extension cord socket is combined with the switch of taiwan patent No. 321352 to control the power supply, the conductivity of the fuse is poor, and the problem of energy consumption is easily caused.
Disclosure of Invention
Therefore, the invention is a protection switch which does not need current to pass through, and the sensitivity of the protection switch is improved as much as possible, thereby achieving good circuit protection effect.
In view of the above, the present invention provides a sliding pressing member for a rocker switch, for controlling the rocker switch to be powered on or powered off, and in a powered state, if a passage is overheated, the sliding pressing member can be damaged by heat to form a powered off state, the sliding pressing member comprising:
a heat-conducting shell member having an inwardly concave chamber; an overheat breaker, which is placed in the chamber and bonded to the heat-conducting shell, and can be destroyed at a destruction temperature of 100-250 ℃.
Further, the heat-conducting casing member has an inner surface surrounding the chamber, and the overheating damage member is closely attached to the inner surface.
Furthermore, the heat-conducting shell member includes an open end and an arc-shaped contact end opposite to the open end, and the open end is communicated with the accommodating chamber. When the overheat breaker is placed in the chamber, there is a height difference with the opening end.
Further, the material of the overheating destructive element is one of the following materials: plastic, low melting point metal, low melting point alloy. Wherein the low melting point alloy is an alloy composed of bismuth and any one or more of cadmium, indium, silver, tin, lead, antimony and copper.
The present invention is also a rocker switch comprising:
a base body having an accommodating space; a first conductive member penetrating the base; the second conductive piece penetrates through the seat body; a warped plate conductive member disposed in the accommodating space, the warped plate conductive member straddling the first conductive member and selectively connecting the second conductive member in a warped plate manner; an operating assembly assembled on the seat body, wherein the operating assembly comprises an operating part and a first elastic part, the operating part comprises a sliding pressing part and a limiting part, the sliding pressing part slides on the rocker conductive part to enable the rocker conductive part to be contacted with or separated from the second conductive part in a rocker motion mode, the sliding pressing part comprises a heat conduction shell part and an overheating destruction part, the heat conduction shell part is provided with an inwards concave containing chamber, the overheating destruction part is placed into the containing chamber and combined on the heat conduction shell part, the overheating destruction part can be destroyed at a destruction temperature, the destruction temperature is between 100 ℃ and 250 ℃, and the first elastic part is compressively limited between the overheating destruction part and the limiting part to have a first elastic force; the second elastic piece has a second elastic force, and the second elastic force acts on the operation piece.
When the operating element is at a first position, the first elastic force forces the wane conducting piece to contact the second conducting piece to form a power-on state, in the power-on state, current passes through the first conducting piece, the wane conducting piece and the second conducting piece to generate heat energy, the overheating destruction piece absorbs the heat energy and is destroyed at the destruction temperature, so that the first elastic force is reduced or lost, at the moment, the second elastic force is greater than the first elastic force, the second elastic force forces the operating element to move to a second position, and the wane conducting piece is separated from the second conducting piece to form a power-off state.
Furthermore, the heat-conducting shell member includes an opening end and an arc-shaped contact end opposite to the opening end, the opening end is communicated with the containing chamber, so that the first elastic member extends into the containing chamber from the opening end and abuts against the overheating destructive member, and the contact end abuts against the wane conducting member.
Further, the width of the first elastic member is substantially equal to the width of the opening end of the heat conducting casing member.
Furthermore, the limiting member is provided with an inward concave accommodating space, the accommodating space is provided with an opening, the first elastic member is arranged in the accommodating space, the heat conduction shell member extends into the accommodating space from the opening, and the contact end protrudes out of the opening.
According to the technical characteristics, the following effects can be achieved:
1. the overheat breaking part is pressed against the inner surface of the heat-conducting shell part, and can completely absorb the heat energy generated by the passage, thereby having the advantage of high induction sensitivity.
2. The overheating damage piece is not positioned on the current transmission path and is not responsible for transmitting current, so when the invention is used for electric products or extension cord sockets, the electrical performance of the electric appliances or the extension cord sockets cannot be directly influenced even if the electrical conductivity of the overheating damage piece is not copper.
3. The rocker switch has the advantages of simple integral structure, easy manufacture, no obvious increase of the volume of the switch, lower manufacturing cost and easy implementation in the known rocker switch.
Drawings
Fig. 1 is a perspective view of a slide abutting member of the present invention.
Fig. 2 is a schematic view of an embodiment of the rocker switch of the present invention, illustrating the rocker switch configuration and the rocker switch in the off position.
Fig. 3 is a schematic view of an embodiment of the rocker switch of the present invention, illustrating the rocker switch in an open position.
Fig. 4 is a schematic view of an embodiment of the rocker switch of the present invention, illustrating that when the overheating breaking element is damaged by overheating, the rocker conductive element is separated from the second conductive element, so that the rocker switch returns to the closed position from the open position, thereby achieving the overheating protection effect.
Description of reference numerals: 1L; a base body; 11L; an accommodating space; 2L; a first conductive member; 3L; a second conductive member; 4L; a rocker conductive member; 41L; silver contacts; 5L; an overheating destructive element; 6L; an operating component; 61L; an operating member; 611L; a pivot point; 612L; a limiting member; 6121L; an accommodating space; 6122L; an opening; 613L; a heat conductive casing; 6131L; an open end; 6132L; a contact end; 6133L; a housing chamber; 6134L; an inner face; 62L; a first elastic member; 7L; a second elastic member.
Detailed Description
In view of the above technical features, the main functions of the rocker switch and the sliding pressing member thereof according to the present invention will be apparent from the following embodiments, wherein the sliding pressing member is a part of the rocker switch and is used to control the power on or off of the rocker switch.
Referring to fig. 1 and 2, the rocker switch of the present embodiment includes:
a
The
The rocker switch of this embodiment further has a second
Referring to fig. 3, a user operates the
Referring to fig. 1 and 4, when the external conductive device connected to the first
The foregoing description is intended to be illustrative rather than limiting, and it will be appreciated by those skilled in the art that many modifications, variations or equivalents may be made without departing from the spirit and scope of the invention as defined in the appended claims.
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