CN103325589B - Mechatronic multifunctional switchgear - Google Patents

Abstract

The invention relates to an electromechanical integrated multifunctional switch device, which mainly comprises: the electronic switch device comprises a shell group, a containing body, a mechanical switch group, an electronic switch module, a plurality of function indicating elements and a light source. The electromechanical integrated multifunctional switch device provided by the invention integrates the mechanical switch and the electronic switch simultaneously, so that when the electromechanical integrated multifunctional switch device is applied, a user only needs to connect a first electrical connector and a second electrical connector to an external electronic device to be controlled and a power supply, and the installation can be easily finished. In addition, the electromechanical integrated multifunctional switch device is further provided with function indicating element groups with different colors and high brightness so as to emit function indicating light when the electromechanical integrated multifunctional switch executes specific electromechanical integrated function switching, so that a user can easily know what the electromechanical integrated function switching is executed at present.

Description

Mechatronic multifunctional switchgear

technical field

The invention relates to a switch device, in particular to an electromechanical integrated multifunctional switch device.

Background technique

The push-type brake switch is commonly used in various electrical equipments to control and switch the power supply of the electrical equipments. And, in order to make the push button switch can be applied in a multi-functional electrical equipment, the manufacturer of the push button switch has developed a push button switch bank (actuated push button switches bank) to be used in the Among the multifunctional electrical equipment.

Please refer to Fig. 1, which is a top view of a commonly used push-type brake switch group. As shown in Fig. 1, the push-type brake switch group 10' includes: a housing 12', a mounting plate 18' And a plurality of push buttons 16', wherein, the housing 12' has a plurality of holes 14' for accommodating the plurality of push buttons 16', and the housing 12' is covered by a thin plate 20', the thin plate 20 ' has a plurality of elastic parts 22' corresponding to the plurality of push buttons 16'.

Continue to refer to Fig. 1, and please refer to Fig. 2 at the same time, the side sectional view of the push brake switch group, as shown in Fig. 1 and Fig. 2, the push button 16' is supported by a push rod 30', and the push rod 30 A lever arm 28' is provided on one side, wherein the push button 16', the push rod 30' and the lever arm 28' are arranged on the mounting plate 18' to contact with an electrical connection part 32'. In the push brake switch group 10', when the user presses the push button 16', the lever arm 28' will be squeezed by the push button 16' and contact the electrical connection part 32', In this way, the electrical equipment (or circuit module) connected to the electrical connection part 32' can perform its function; at this time, the display part 24' corresponding to the push button 16' on the thin plate 20' will also display a special color, to indicate that the push button 16' has been pressed down.

Therefore, through the above, it can be known that the structure of the conventional push-type brake switch group 10' is quite simple, so it has been widely used in various multi-functional electrical equipment; however, the The conventional push-type brake switch group 10' still has the following disadvantages and deficiencies:

1. The electrical connection part 32' of the conventional push-type brake switch group 10' is exposed outside the housing 12': the electrical connection part 32' of the push-type brake switch group 10' usually passes through " "External connection" and electrically connected to the external electrical equipment (or circuit module); however, such a connection method often causes the electrical connection part 32' or the circuit module exposed outside the housing 12' to be easily corroded by water vapor and damaged.

2. The conventional push-type brake switch group 10' belongs to a mechanical switch. Therefore, when a manufacturer of multi-functional electrical equipment intends to apply the push-type brake switch group 10' to its multi-functional electrical appliances When in the equipment, the push-type brake switch group 10' must be additionally connected to a circuit module for cooperation, so that the function switching action of the electrical equipment can be performed by the push-type brake switch group 10' and the circuit module; and in this way However, it makes the manufacturing process of multifunctional electrical equipment complicated.

Therefore, through the above, it can be known that the conventional push-type brake switch group still has obvious shortcomings and deficiencies. Function switch device, and the inventor of the present invention expects to replace the conventional push-type brake switch group with the electromechanical integrated multi-function switch device.

Contents of the invention

The main purpose of the present invention is to provide an electromechanical integrated multifunctional switch device, which integrates mechanical switches and electronic switches at the same time. Therefore, when using the electromechanical integrated multifunctional switch device, the user only needs to put one The first electrical connector and the second electrical connector are connected to the external electronic device and power source to be controlled, and the installation can be easily completed.

Another object of the present invention is to provide an electromechanical integrated multifunctional switch device, which is equipped with different color and high brightness function indicator groups, so as to perform a specific electromechanical integrated function switch before the electromechanical integrated multifunctional switch. When the function is turned on, the function indicator light is emitted, so that the user can easily know what kind of electromechanical integrated function switching is currently being executed.

Therefore, in order to achieve the above-mentioned purpose of the present invention, the inventor of the present invention proposes an electromechanical integrated multifunctional switch device, comprising:

A housing set has an outer cover and a base, wherein the outer cover has a plurality of first openings and a plurality of second openings;

A containing body, accommodated and fixed in the base, and partitioned into a first containing area and a second containing area, wherein a chute is provided at the bottom of the second accommodating area, and inside the chute at least one slider is provided;

A mechanical switching group is composed of a plurality of mechanical switching units, and the plurality of mechanical switching units are placed in the second accommodating area, wherein, when any mechanical switching unit is pressed down, the chute The inner slider will be pushed and slid by the pressed mechanical switching unit, and the sliding slider will further squeeze the adjacent mechanical switching unit, so that the adjacent mechanical switching unit moves upward;

An electronic switching module, electrically connected to the mechanical switching group and at least one external electronic device, the electronic switching module has a circuit board and an electronic switching circuit implemented on the circuit board, wherein, pressing down any mechanical When switching the unit, the pressed mechanical switching unit can be electrically connected to the electronic switching circuit, so that the electronic switching circuit can switch to drive or stop the action of the external electronic device;

A plurality of function indicating elements are arranged on the circuit board to be electrically connected to the electronic switching circuit, wherein when the electronic switching circuit is switched to drive or stop the action of the electronic device, any function indicating element will emit a a function indicating signal; and

A light source is electrically connected to the electronic switching module and coupled to the mechanical switching group, wherein the light source is arranged outside the casing group, and the electronic switching module can be activated by pressing down on a specific mechanical switching unit controlling the light source to emit light to thereby provide a light source to the exterior of the housing set;

Wherein, when the outer cover and the base are combined to form the housing group, it accommodates and covers the housing body, the mechanical switching group, the electronic switching module, and the plurality of function indicating elements, and the mechanical The switching unit and the function indicating element are respectively exposed outside the outer cover through the first opening and the second opening of the outer cover.

Description of drawings

Fig. 1 is the upper view of a kind of conventional push-type brake switch group;

Fig. 2 is a side sectional view of the push-type brake switch group;

3A and 3B are perspective views of an electromechanical integrated multifunctional switch device of the present invention;

Fig. 4 is an exploded view of the electromechanical integrated multifunctional switch device;

5A and 5B are perspective views of an accommodating body of the electromechanically integrated multifunctional switch device;

6 is a perspective view of a mechanical switching group of the electromechanical integrated multifunctional switch device;

7A and 7B are perspective views of a first mechanical switching unit and a second mechanical switching unit of a mechanical switching group of the electromechanical integrated multifunctional switch device;

8A and 8B are perspective views of a third mechanical switching unit, a fourth mechanical switching unit, and a fifth mechanical switching unit of the mechanical switching group;

9A and 9B are perspective views of a sixth mechanical switching unit and a seventh mechanical switching unit of the mechanical switching group;

10A and 10B are combined perspective views of the accommodating body and the mechanical switching group; and

11 is a circuit structure diagram of an electronic switching circuit of an electronic switching module of the electromechanical integrated multifunctional switch device.

[Description of main component symbols]

Detailed ways

In order to describe an electromechanical integrated multifunctional switch device proposed by the present invention more clearly, the following will illustrate the embodiments of the present invention in detail with reference to figures.

Please refer to FIG. 3A and FIG. 3B , which are perspective views of an electromechanical integrated multifunctional switch device of the present invention, and please refer to FIG. 4 , which is an exploded view of the electromechanical integrated multifunctional switch device. As shown in FIG. 3A, FIG. 3B and FIG. 4 , the electromechanical integrated multifunctional switch device 1 of the present invention mainly includes: a housing group 11 , an accommodating body 12 , a mechanical switching group 13 , and an electronic switching module 14 , a plurality of function indicating elements (the symbol of the function indicating element is not marked in the figure), a light source 17, a plurality of indicating element protective covers 16, a first electrical connector 18, and a second electrical connector 19.

Continuing to refer to FIG. 3A, FIG. 3B and FIG. 4, the housing set 11 is composed of an outer cover 111 and a base 112, wherein the outer cover 111 has a plurality of first openings 1111 and a plurality of second openings 1112, and , when the outer cover 111 and the base 112 are combined into the housing group 11, it accommodates and covers the housing body 12, the mechanical switching group 13, the electronic switching module 14, and the plurality of function indicating elements, and , the mechanical switching unit and the function indicating element are respectively exposed outside the outer cover 111 through the first opening 1111 and the second opening 1112 of the outer cover 111 .

The containing body 12 is accommodated in the base 112, wherein, since the outer surface of the side wall of the containing body 12 is further provided with a plurality of fastening grooves 123, and the side wall of the base 112 is also provided with a plurality of fastening blocks. 1121 , in this way, when the containing body 12 is put into the base 112 , the plurality of fastening blocks 1121 are respectively fastened into the plurality of fastening grooves 123 to fix the containing body 12 in the base 112 . In addition, the accommodating body 12 is divided into a first accommodating area 121 and a second accommodating area 122, wherein the bottom of the second accommodating area 122 is provided with a chute 1221, and the chute 1221 is provided with four Slider 1222. The mechanical switching group 13 is composed of a plurality of mechanical switching units, and the plurality of mechanical switching units are placed in the second accommodating area 122, wherein, when any mechanical switching unit is pressed down, the sliding The sliding block 1222 in the slot 1221 is pushed by the depressed mechanical switching unit to slide, and the sliding sliding block 1222 further presses the adjacent mechanical switching unit, so that the adjacent mechanical switching unit moves upward.

Based on the above, the electronic switching module 14 is electrically connected to the mechanical switching group 13 and at least one external electronic device (the symbol of the electronic device is not marked in the figure), wherein the electronic switching module 14 has a circuit board 141 and is implemented in An electronic switching circuit 142 on the circuit board 141 . In the electromechanical integrated multifunctional switch device 1 of the present invention, when any mechanical switching unit is pressed down, the pressed mechanical switching unit can be electrically connected to the electronic switching circuit 142, so that the electronic switching circuit 142 performs switch to drive or stop the action of the external electronic device 2 . The plurality of function indicating elements are arranged on the circuit board 141 to be electrically connected to the electronic switching circuit 142, and the function indicating elements are protected by the plurality of indicating element protection covers 16 arranged in the plurality of second openings 1112. .

Please continue to refer to FIG. 3A, FIG. 3B and FIG. 4, the mechanical switching group 13 and the electronic switching module 14 are coupled to a plurality of wires 181, and the plurality of wires 181 are connected to a first electrical connector 18, the electrical The connector 18 is used to connect to the at least one external electronic device, so that the mechanical switching group 13 and the electronic switching module 14 can switch and control the external electronic device; and, when the electronic switching circuit 142 of the electronic switching module 14 switches to drive or stop When the electronic device 2 is in operation, any function indicating element will send out a function indicating signal to indicate that the electromechanical integrated multifunctional switch device drives a specific external electronic device to perform a specific function.

In addition, the light source 17 is arranged on the outside of the housing group 11 and is coupled to the electronic switching module 14 and the mechanical switching group 13 through a plurality of electric wires 191, wherein the electronic switching unit can be activated by pressing down on a specific mechanical switching unit. The switch module 14 controls the light source 17 to emit light, so as to provide the light source to the outside of the housing set 11 in this manner. In addition, it is particularly noted that the plurality of electric wires 191 are connected to a second electrical connector 19, and the second electrical connector 19 can be connected to a power source, so as to supply the power required for the light source 17 to emit light. .

Please continue to refer to FIG. 4 , and please also refer to FIG. 5A and FIG. 5B , which are perspective views of the accommodating body. As shown in FIG. 5A and FIG. 5B , the aforementioned accommodating body 12 includes: a plurality of first support columns 124 , a plurality of second support columns 125 , a plurality of first terminal slots 128 , and a plurality of second terminal slots 129 , a plurality of third support columns 126 , a plurality of support plates 127 , a plurality of pairs of pressing member support members 12A, and a power cord fixing member 12B. The plurality of first support pillars 124 are disposed in the second accommodation area 122 along a first side wall 1223 of the second accommodation area 122 , wherein each first support pillar 124 has a first terminal Accommodating groove 1241 . The plurality of second support columns 125 are arranged in the second accommodation area 122, and each second support column 125 has a second terminal accommodating groove 1251, in addition, the second support column 125 and the first The support columns 124 are separated by the sliding slots 1221 .

According to the above, the plurality of first terminal slots 128 are disposed in the second accommodating area 122 and between the first side wall 1223 and the slide groove 1221 . The plurality of second terminal slots 129 are disposed in the second accommodating area 122 and below a second side wall 1224 of the second accommodating area 122, wherein the plurality of second terminal slots 129 are separated by sliding The grooves 1221 respectively face the plurality of first terminal slots 128 , and the second sidewall 1224 is opposite to the first sidewall 1223 . The plurality of third support columns 126 are disposed in the second accommodating area 122 , and the plurality of third support columns 126 are respectively adjacent to the plurality of second terminal slots 129 , and each third support column 126 It has a terminal fixing slot 1261 .

Continuing to refer to FIG. 4 , FIG. 5A and FIG. 5B , the plurality of support plates 127 are disposed on the outer surface of the first side wall 1223 of the second accommodating area 122 and located within the second accommodating area 122 , wherein, The plurality of support plates 127 respectively face the plurality of third support columns 126 through the first side wall 1223 , and a slot 1271 is formed between each support plate 127 and the first side wall 1223 . The plurality of pairs of pressing member supports 12A are respectively arranged in the second accommodating area 122 and located below the second side wall 1224 of the second accommodating area 122, and each pair of pressing member supporting members 12A surrounds a the second terminal slot 129 . The power cord fixing member 12B is disposed on a side of the second accommodating area 122 for organizing and fixing a plurality of power cords 191 coupled to the light source 17 and the second electrical connector 19 .

After introducing the complete internal structure of the accommodating body 12 , the complete composition of the mechanical switching unit 13 is then continued to be described. Please continue to refer to FIG. 5A and FIG. 5B , and please also refer to FIG. 6 , a perspective view of the mechanical switching group. As shown in Figure 6, the mechanical switching group 13 is composed of the plurality of mechanical switching units, wherein the plurality of mechanical switching units include: a first mechanical switching unit 131, a second mechanical switching unit 132 . A third mechanical switching unit 133 , a fourth mechanical switching unit 134 , a fifth mechanical switching unit 135 , a sixth mechanical switching unit 136 , and a seventh mechanical switching unit 137 .

Please also refer to FIG. 7A and FIG. 7B , which are perspective views of the first mechanical switching unit and the second mechanical switching unit of the mechanical switching group. As shown in the figure, the first mechanical switching unit 131 is disposed in the second accommodating area 122, and has: a first metal pin 1311, a first pressing member 1312, a first metal connecting piece 1313, a The first metal dome 1314 , a second metal pin 1315 , a first circuit connection pin 1316 , and a first fixing piece 1317 . The first metal pin 1311 passes through one of the plurality of second terminal slots 129, and passes through the second terminal slot 129 to pass out of the housing body 12, thereby forming a first electrical Contact E1. The first pressing piece 1312 is disposed on one of the pair of pressing piece supports 12A, and the pair of pressing piece supports 12A on which the first pressing piece 1312 is disposed surrounds the first metal pin 1311 passing through. In the second terminal slot 129 , the first pressing member 1312 has a first pushing portion 13121 for pushing the sliding block 1222 disposed in the sliding groove 1221 .

Based on the above, the first metal connecting piece 1313 is connected to the first metal pin 1311 and extended on one of the plurality of third supporting columns 126, wherein the first metal connecting piece 1313 has a first The elastic element connecting portion 13131 and a first extending fixing portion 13132, the first elastic element connecting portion 13131 is connected with a first elastic element 13133, and the first extending fixing portion 13132 penetrates into the terminal fixing groove of the third support column 126 1261. The first metal dome 1314 is connected to the first metal pin 1311 and extends above one of the plurality of first terminal slots 128, wherein the aforementioned first terminal slots 128 face to the device through the slide groove 1221. The second terminal slot 129 has a first metal pin 1311 , and the first metal elastic piece 1314 has a first contact point 13141 and a first connection portion 13142 connected to the first elastic element 13133 .

The second metal pin 1315 passes through the first terminal slot 128 below the first metal dome 1314, and passes through the first terminal slot 128 to pass out of the housing body 12, thereby forming a first terminal slot 128. There are two electrical contacts E2, and the second metal plug 1315 further has a second contact point (not shown) that can be in contact with the first contact point 13141 . The first circuit connection plug 1316 is disposed inside the plurality of first support columns 124 and inserted into the first terminal receiving groove 1241, wherein the first support column 124 of the first circuit connection plug 1316 is provided. Adjacent to the first terminal slot 128 with the second metal plug 1315, and the first circuit connection plug 1316 has a first electrical connection portion 13161 and a second electrical connection portion 13162, the first electrical connection The connection portion 13161 is connected to the second metal plug 1315 , and the second electrical connection portion 13162 passes through the circuit board 141 to be electrically connected to the electronic switching circuit 142 . The first fixing part 1317 is disposed in one of the plurality of slots 1271, and the slot 1271 is opposite to the third supporting column 126, and the first fixing part 1317 is used to assist in fixing the first metal dome 1314. .

The second mechanical switching unit 132 is also arranged in the second accommodating area 122, and the second mechanical switching unit 132 is adjacent to the first mechanical switching unit 131, so that the first mechanical switching unit 131, sliding The block 1222 and the second mechanical switching unit 132 form a mutual interlocking relationship; for example, when the first mechanical switching unit 131 is pressed, the first pushing part 13121 will push the sliding block 1222 in the chute 1221 , so that the slider 1222 slides in the chute 1221 and pushes against the second mechanical switching unit 132, thereby achieving the function of "mechanical switching". In the electromechanical integrated multifunctional switch device 1 of the present invention, the second mechanical switching unit 132 includes: a third metal pin 1321, a second pressing member 1322, a second metal connecting piece 1323, a second The metal dome 1324 , a fourth metal pin 1325 , a second circuit connection pin 1326 , a second fixing piece 1327 , and a third circuit connection pin 1328 .

Based on the above, the third metal pin 1321 of the second mechanical switching unit 132 is disposed in one of the plurality of second terminal slots 129, and passes through the second terminal slot 129 to pass out of the accommodating body 12 , thereby forming a third electrical contact E3, wherein the aforementioned second terminal slot 129 provided with the third metal pin 1321 is adjacent to the second terminal slot 129 provided with the first metal pin 1311 . The second pressing piece 1322 is disposed on one of the pair of pressing piece supports 12A, and the pair of pressing piece supporting pieces 12A on which the second pressing piece 1322 is disposed surrounds the part through which the third metal pin 1321 penetrates. The second terminal slot 129 , wherein the second pressing member 1322 has a second pushing portion 13221 for pushing the sliding block 1222 in the sliding groove 1221 . The second metal connecting piece 1323 is connected to the third metal pin 1321, and is extendedly disposed on one of the plurality of third support columns 126, wherein the second metal connecting piece 1323 has a second elastic element The connecting portion 13231 is connected to a second extending fixing portion 13232 . The connecting portion 13231 of the second elastic element is connected to a second elastic element 13233 .

The second metal dome 1324 is connected to the third metal pin 1321, and extends to one of the plurality of first terminal slots 128, wherein the aforementioned first terminal slots 128 face to the device via the slide groove 1221. The second terminal slot 129 has a third metal pin 1321 , and the second metal elastic piece 1324 has a second connection portion 13242 connected to the second elastic element 13233 . The fourth metal pin 1325 passes through the first terminal slot 128 below the second metal elastic piece 1324, and passes through the first terminal slot 128 out of the accommodating body 12, thereby forming a The fourth electrical contact E4.

The second circuit connection plug 1326 is disposed inside the plurality of first support columns 124 and inserted into the first terminal receiving groove 1241, wherein the first support column 124 of the second circuit connection plug 1326 is provided. Adjacent to the first terminal slot 128 with the fourth metal plug 1325, and the second circuit connection plug 1326 has a third electrical connection portion 13261 and a fourth electrical connection portion 13262, the third electrical connection The connecting portion 13261 is connected to the fourth metal pin 1325 , and the fourth electrical connecting portion 13262 passes through the circuit board 141 to be electrically connected to the electronic switching circuit 142 . The second fixing part 1327 is disposed in one of the plurality of slots 1271, and the slot 1271 is opposite to the third support column 126, here, the second fixing part 1327 is used to assist in fixing the second metal dome 1324.

The third circuit connection pin 1328 is disposed on one of the plurality of second support columns 125 and inserted into the second terminal receiving groove, wherein the third circuit connection pin 1328 has a fifth electrical connection part 13281 and a sixth electrical connection part 13282, the fifth electrical connection part 13281 is connected to the second metal connection piece 1323, and the sixth electrical connection part 13282 penetrates to the circuit board 141 for electrical connection to the electronic switching circuit 142 . Here, it must be particularly noted that, in order to enable the first mechanical switching unit 131 and the second mechanical switching unit 132 electrically connected to the electronic switching module 14 to play a specific switching function, the electromechanical integration multi-functional In the function switch device 1, especially the first electrical contact E1 and the third electrical contact E3 are embedded in a first metal sheet M1, so that the first electrical contact E1 is permanently coupled to the third electrical contact E3 .

The structure of the first mechanical switching unit 131 and the second mechanical switching unit 132 has been fully introduced above, and then the third mechanical switching unit 133 , the fourth mechanical switching unit 134 and the fifth mechanical switching unit 135 will be described detailed structure. Please continue to refer to FIG. 5A , FIG. 5B and FIG. 6 , and please also refer to FIG. 8A and FIG. 8B , which are perspective views of the third mechanical switching unit, the fourth mechanical switching unit, and the fifth mechanical switching unit of the mechanical switching group. As shown in the figure, the third mechanical switching unit 133 is disposed in the second accommodating area 122 and adjacent to the second mechanical switching unit 132. The third mechanical switching unit 133 includes: a fifth metal The pin 1331 , a third pressing member 1332 , a third metal connection piece 1333 , a third metal elastic piece 1334 , a sixth metal pin 1335 , and a fourth circuit connection pin 1336 .

As shown in the figure, the fifth metal pin 1331 of the third mechanical switching unit 133 passes through one of the plurality of second terminal slots 129, and passes through the second terminal slot 129 out of the accommodation. body 12, thereby forming a fifth electrical contact E5, and the second terminal slot 129 through which the fifth metal pin 1331 is pierced is adjacent to the second terminal through which the third metal pin 1321 is pierced. Slot 129. The third pressing piece 1332 is disposed on one of the pressing piece supporting piece 12A, and the pressing piece supporting piece 12A on which the third pressing piece 1332 is set surrounds the fifth metal pin 1331 passing through. In the second terminal slot 129 , the third pressing member 1332 has a third pushing portion 13321 for pushing the sliding block 1222 disposed in the sliding groove 1221 . The third metal connecting piece 1333 is connected to the fifth metal pin 1331 and is extendedly disposed on one of the plurality of third support columns 126, wherein the third metal connecting piece 1333 has a third elastic element The connection part 13331 is connected with a third extending and fixing part (not shown in the figure), the third elastic element connecting part 13331 is connected with a third elastic element 13333, and the third extending and fixing part (not shown in the figure) penetrates into the third The terminal fixing groove 1261 of the support column 126 .

Based on the above, the third metal elastic piece 1334 of the third mechanical switching unit 133 is connected to the fifth metal pin 1331 and extends to the top of one of the plurality of first terminal slots 128, wherein the aforementioned first terminal slot 128 faces the second terminal slot 129 with the fifth metal pin 1331 across the sliding groove 1221, and the third metal dome 1334 has a third contact point 13341, relative to the third contact point 13341 A fourth contact point (not shown) is connected to a third connection portion 13342 of the third elastic element 13333 . The sixth metal pin 1335 passes through the first terminal slot 128 below the third metal elastic piece 1334, and passes through the first terminal slot 128 to pass out of the accommodating body 12, thereby forming a A sixth electrical contact E6, and the sixth metal plug 1335 further has a fifth contact point 13351 that can be in contact with the fourth contact point (not shown). The fourth circuit connection plug 1336 is disposed inside the plurality of first support columns 124 and inserted into the first terminal receiving groove 1241, wherein the first support column of the fourth circuit connection plug 1336 is provided 124 is adjacent to the first terminal socket 128 with the sixth metal plug 1335, and the fourth circuit connection plug 1336 has a seventh electrical connection part 13361 and an eighth electrical connection part 13362, the seventh electrical connection The electrical connection portion 13361 is connected to the sixth metal pin 1335 , and the eighth electrical connection portion 13362 passes through the circuit board 141 to be electrically connected to the electronic switching circuit 142 .

The fifth circuit connection plug 1337 is disposed on one of the plurality of second support columns 125 and inserted into the second terminal receiving groove, wherein the fifth circuit connection plug 1337 has a ninth electrical connection portion 13371 and a tenth electrical connection part 13372, the ninth electrical connection part 13371 is connected to the third metal connection piece 1333, and the tenth electrical connection part 13372 penetrates through the circuit board 141 to be electrically connected to The electronic switching circuit 142 . The seventh metal pin 1338 is disposed in one of the plurality of slots 1271, and the slot 1271 is opposite to the third support column 126, wherein one end of the seventh metal pin 1338 is connected by the slot 1271 Going out of the accommodating body 12, thereby forming a seventh electrical contact point E7, in addition, the other end of the seventh metal plug 1338 forms an eleventh electrical connection portion 13381 and a sixth conductive point 13382, The eleventh electrical connection portion 13381 is used to pass through the circuit board 141 to be electrically connected to the electronic switching circuit 142 , and the sixth contact point 13382 is used to contact the third contact point 13341 to form an electrical connection.

Moreover, as shown in FIG. 6, FIG. 8A and FIG. 8B, the fourth mechanical switching unit 134 is disposed in the second accommodating area 122 and adjacent to the third mechanical switching unit 133. Here, the fourth mechanical switching unit 134 The type switching unit 134 includes: an eighth metal pin 1341 , a fourth pressing member 1342 , a fourth metal connecting piece 1343 , a fourth metal elastic piece 1344 , and a ninth metal pin 1345 . Wherein, the eighth metal pin 1341 is set to pass through one of the plurality of second terminal slots 129, and passes through the second terminal slot 129 out of the accommodating body 12, thereby forming a first Eight electrical contacts E8 , wherein the aforementioned second terminal slot 129 with the eighth metal pin 1341 is adjacent to the second terminal slot 129 with the fifth metal pin 1331 . The fourth pressing piece 1342 is arranged on one of the pair of pressing piece supports 12A, and the pair of pressing piece supporting pieces 12A on which the fourth pressing piece 1342 is set surrounds the part where the eighth metal pin 1341 penetrates. In the second terminal slot 129 , the fourth pressing member 1342 has a fourth pushing portion 13421 for pushing the sliding block 1222 disposed in the sliding groove 1221 .

Based on the above, the fourth metal connecting piece 1343 of the fourth mechanical switching unit 134 is connected to the eighth metal pin 1341 and is extended on one of the plurality of third support columns 126, wherein the fourth metal The connecting piece 1343 has a fourth elastic element connecting portion 13431 and a fourth extending fixing portion (not shown in the figure), the fourth elastic element connecting portion 13431 is connected with a fourth elastic element 13433, the fourth extending fixing portion (shown (not shown in the figure) penetrates into the terminal fixing groove 1261 of the third support column 126 . The fourth metal dome 1344 is connected to the eighth metal pin 1341, and extends to above one of the plurality of first terminal slots 128, wherein the aforementioned first terminal slots 128 face to the device via the slide groove 1221. The second terminal slot 129 has an eighth metal pin 1341 , and the fourth metal elastic piece 1334 has a fourth connection portion 13442 connected to the fourth elastic element 13433 . The ninth metal pin 1345 is disposed in one of the plurality of slots 1271, and the slot 1271 is opposite to the third support column 126, wherein one end of the ninth metal pin 1345 is connected by the slot 1271. Going out of the accommodating body 12, thereby forming a ninth electrical contact E9, in addition, the other end of the ninth metal pin 1345 is a twelfth electrical connection part 133451, which is used to pass through the circuit The board 141 is electrically connected to the electronic switching circuit 142 .

Moreover, similarly, as shown in FIG. 6 , FIG. 8A and FIG. 8B , the fifth mechanical switching unit 135 is disposed in the second accommodating area 122 , and the fifth mechanical switching unit 135 is adjacent to the fourth mechanical switching unit 135 . Type switching unit 134, so that the third mechanical switching unit 133, the slider 1222, the fourth mechanical switching unit 134, the slider 1222, and the fifth mechanical switching unit 135 form a mutual interlocking relationship; for example , when the third mechanical switching unit 133 is pressed, the third pushing part 13321 will push the slider 1222 in the chute 1221, so that the slider 1222 slides in the chute 1221 and pushes the fourth mechanical switching unit 134 Further, the fourth pushing part 13421 of the fourth mechanical switching unit 134 will push the slider 1222 in the chute 1221, so that the slider 1222 pushes the fifth mechanical switching unit 135, thereby achieving "mechanical Toggle" function. In the electromechanical integrated multifunctional switch device 1 of the present invention, the fifth mechanical switching unit 135 includes: a tenth metal pin 1351, a fifth pressing member 1352, a fifth metal connecting piece 1353, a fifth Metal shrapnel 1354 , an eleventh metal pin 1355 , a sixth circuit connection pin 1356 , and a twelfth metal pin 1357 .

The tenth metal pin 1351 of the fifth mechanical switching unit 135 passes through one of the plurality of second terminal slots 129 , and passes through the second terminal slot 129 out of the accommodating body 12 , Thereby, a tenth electrical contact E10 is formed, wherein the aforementioned second terminal slot 129 through which the tenth metal plug 1351 passes is adjacent to the second terminal slot 129 through which the eighth metal plug 1341 passes. The fifth pressing member 1352 is disposed on one of the pair of pressing member supports 12A, and the pair of pressing member supports 12A on which the fifth pressing member 1352 is disposed surrounds the ninth metal pin 1351 passing through. In the second terminal slot 129 , the fifth pressing member 1352 has a fifth pushing portion 13521 for pushing the sliding block 1222 disposed in the sliding groove 1221 . The fifth metal connecting piece 1353 is connected to the tenth metal pin 1351, and is extendedly disposed on one of the plurality of third supporting columns 126, wherein the fifth metal connecting piece 1353 has a fifth elastic element The connecting part 13531 and a fifth extending fixing part (not shown in the figure), the connecting part 13531 of the fifth elastic element is connected with a fifth elastic element 13533, and the fifth extending fixing part (not shown in the figure) penetrates into the third The terminal fixing groove 1261 of the support column 126 .

Based on the above, the fifth metal dome 1354 of the fifth mechanical switching unit 135 is connected to the tenth metal pin 1351 and extends above one of the plurality of first terminal slots 128, wherein the aforementioned first terminal slot The groove 128 faces the second terminal slot 129 provided with the tenth metal pin 1351 across the slide groove 1221, and the fifth metal elastic piece 1354 has a seventh contact point 13541, opposite to the seventh contact point 13541. An eighth connection point (not shown) and a fifth connection portion 13542 connected to the fifth elastic element 13533 . The eleventh metal pin 1355 passes through the first terminal slot 128 below the fifth metal elastic piece 1354, and passes through the first terminal slot 128 out of the accommodating body 12, thereby forming a An eleventh electrical contact E11, and the eleventh metal plug 1355 further has a ninth conductive point 13551 that can be in contact with the eighth conductive point (not shown).

The sixth circuit connection plug 1356 is disposed inside the plurality of first support columns 124 and inserted into the first terminal accommodating groove 1241, wherein the first support column of the sixth circuit connection plug 1356 is provided. 124 is adjacent to the first terminal slot 128 provided with the eleventh metal plug 1355, and the sixth circuit connection plug 1356 has a thirteenth electrical connection part 13561 and a fourteenth electrical connection part 13562, the The thirteenth electrical connection part 13561 is connected to the eleventh metal plug 1355 , and the fourteenth electrical connection part 13562 passes through the circuit board 141 to be electrically connected to the electronic switching circuit 142 .

The twelfth metal pin 1357 of the fifth mechanical switching unit 135 is disposed in one of the plurality of slots 1271, and the slot 1271 is opposite to the third support column 126, wherein the twelfth metal pin 1357 One end of the twelfth metal plug 1357 passes through the housing body 12 through the slot 1271, thereby forming a twelfth electrical contact E12. In addition, the other end of the twelfth metal pin 1357 has a tenth conductive point 13571, It is used to contact the seventh conducting point 13541 to form an electrical connection. Here, it must be particularly noted that in order to enable the third mechanical switching unit 133 , the fourth mechanical switching unit 134 and the fifth mechanical switching unit 135 electrically connected to the electronic switching module 14 to exert specific switching functions, In the electromechanical integrated multifunctional switch device 1 of the present invention, especially the eighth electrical contact E8 and the tenth electrical contact E10 are embedded in a second metal sheet M2, so that the eighth electrical contact E8 is permanently Coupled to the tenth electrical contact E10.

The composition and structure of the third mechanical switching unit 133, the fourth mechanical switching unit 134 and the fifth mechanical switching unit 135 have been completely introduced above, and then continue to explain the sixth mechanical switching unit 136 and the seventh mechanical switching unit 137 detailed structure. Please continue to refer to FIG. 5A , FIG. 5B and FIG. 6 , and please also refer to FIG. 9A and FIG. 9B , which are perspective views of the sixth mechanical switching unit and the seventh mechanical switching unit of the mechanical switching group. As shown in the figure, the sixth mechanical switching unit 136 is disposed in the second accommodating area 122 and adjacent to the fifth mechanical switching unit 135, wherein the sixth mechanical switching unit 136 includes: a tenth Three metal pins 1361, one sixth pressing piece 1362, one sixth metal connecting piece 1363, one sixth metal elastic piece 1364, one fourteenth metal pin 1365, one seventh circuit connecting pin 1366, and one third fixing piece 1367 .

The thirteenth metal pin 1361 of the sixth mechanical switching unit 136 passes through one of the plurality of second terminal slots 129 , and passes through the second terminal slot 129 to go out of the accommodating body 12 , thereby forming a thirteenth electrical contact E13, wherein the second terminal slot 129 through which the thirteenth metal pin 1361 is pierced is adjacent to the second terminal slot through which the tenth metal pin 1351 is pierced 129. The sixth pressing piece 1362 is disposed on one of the pair of pressing piece supports 12A, and the pair of pressing piece supporting pieces 12A on which the sixth pressing piece 1362 is disposed surrounds the passage through which the thirteenth metal pin 1361 penetrates. The second terminal slot 129 , wherein the sixth pressing member 1362 has a sixth pushing portion 13621 for pushing the sliding block 1222 disposed in the sliding groove 1221 .

The sixth metal connecting piece 1363 is connected to the thirteenth metal pin 1361 and is extendedly disposed on one of the plurality of third supporting columns 126, wherein the sixth metal connecting piece 1363 has a sixth elastic element The connecting portion 13631 is connected to a sixth extending and fixing portion 13632 . The sixth elastic element connecting portion 13631 is connected to a sixth elastic element 13633 . The sixth metal dome 1364 is connected to the thirteenth metal pin 1361, and extends to one of the plurality of first terminal slots 128, wherein the aforementioned first terminal slots 128 face to each other across the sliding groove 1221. The second terminal socket 129 is provided with a thirteenth metal pin 1361 , and the sixth metal elastic piece 1364 has a sixth connection portion 13642 connected to the sixth elastic element 13633 . The fourteenth metal pin 1365 passes through the first terminal slot 128 below the sixth metal elastic piece 1364, and passes through the first terminal slot 128 to pass out of the accommodating body 12, thereby A fourteenth electrical contact E14 is formed.

Based on the above, the seventh circuit connection plug 1366 of the sixth mechanical switching unit 136 is disposed inside the plurality of first support columns 124 and inserted into the first terminal receiving groove 1241, wherein the second The first support column 124 of the seven circuit connection plug 1366 is adjacent to the first terminal slot 128 provided with the fourteenth metal plug 1365, and the seventh circuit connection plug 1366 has a fifteenth electrical connection portion 13661 and a The sixteenth electrical connection part 13662, the fifteenth electrical connection part 13661 is connected to the fourteenth metal pin 1365, and the sixteenth electrical connection part 13662 passes through the circuit board 141 to be electrically connected to The electronic switching circuit 142 . The third fixing member 1367 of the sixth mechanical switching unit 136 is disposed in one of the plurality of slots 1271 , and the slot 1271 is opposite to the third support column 126 , the third fixing member 1367 It is used to help fix the sixth metal dome 1364 .

Moreover, as shown in FIG. 6 , FIG. 9A and FIG. 9B , the seventh mechanical switching unit 137 is disposed in the second accommodating area 122 , and the seventh mechanical switching unit 137 is adjacent to the sixth mechanical switching unit 136 In this way, the sixth mechanical switching unit 136, the slider 1222 and the seventh mechanical switching unit 137 form a mutual interlocking relationship; for example, when the sixth mechanical switching unit 136 is pressed, the sixth push part 13621 will push the slider 1222 in the chute 1221, so that the slider 1222 slides in the chute 1221 and pushes the seventh mechanical switching unit 137, thereby achieving the function of "mechanical switching". In the electromechanical integrated multifunctional switch device 1 of the present invention, the seventh mechanical switching unit 137 includes: a fifteenth metal pin 1371, a seventh pressing member 1372, a seventh metal connecting piece 1373, a first Seven metal shrapnels 1374, one sixteenth metal pin 1375, one eighth circuit connection pin 1376, one fourth fixing piece 1377.

As shown in the figure, the fifteenth metal pin 1371 of the seventh mechanical switching unit 137 passes through one of the plurality of second terminal slots 129, and passes through the second terminal slot 129 out of the accommodation. Body 12, thereby forming a fifteenth electrical contact E15, wherein the aforementioned second terminal socket 129 through which the fifteenth metal pin 1371 is pierced is adjacent to the hole through which the thirteenth metal pin 1361 is pierced. the second terminal slot 129 . The seventh pressing piece 1372 is arranged on one of the pair of pressing piece supports 12A, and the pair of pressing piece supporting pieces 12A on which the seventh pressing piece 1372 is set surrounds the passage through which the fourteenth metal pin 1371 passes. The second terminal slot 129 , wherein the seventh pressing member 1372 has a seventh pushing portion 13721 for pushing the sliding block 1222 disposed in the sliding groove 1221 .

The seventh metal connection piece 1373 of the seventh mechanical switching unit 137 is connected to the fifteenth metal pin 1371 and extended on one of the plurality of third support columns 126, wherein the seventh metal connection The sheet 1373 has a seventh elastic element connecting portion 13731 and a seventh extending and fixing portion 13732, the seventh elastic element connecting portion 13731 is connected with a seventh elastic element 13733, and the seventh extending and fixing portion 13732 penetrates into the third support column The terminal fixing groove 1261 of 126. The seventh metal dome 1374 is connected to the fifteenth metal pin 1371 and extends to one of the plurality of first terminal slots 128 , wherein the aforementioned first terminal slots 128 face to each other across the sliding groove 1221 . The second terminal slot 129 is provided with a fifteenth metal pin 1371, and the seventh metal elastic piece 1374 has a tenth contact point 13741, an eleventh contact point 13742 and the seventh elastic element 13733. A seventh connection part 13743 . The sixteenth metal pin 1375 passes through the first terminal slot 128 below the seventh metal elastic piece 1374, and passes through the first terminal slot 128 to pass out of the accommodating body 12, thereby A sixteenth electrical contact E16 is formed, wherein the sixteenth metal pin 1375 further has a twelfth contact point 13751 which can be in contact with the eleventh contact point 13742 .

Based on the above, the eighth circuit connection plug 1376 of the seventh mechanical switching unit 137 is disposed inside the plurality of first support columns 124 and inserted into the first terminal receiving groove 1241, wherein the first The first support column 124 of the eighth circuit connection plug 1376 is adjacent to the first terminal slot 128 provided with the sixteenth metal plug 1375, and the eighth circuit connection plug 1376 has a seventeenth electrical connection portion 13761 and a The eighteenth electrical connection part 13762, the seventeenth electrical connection part 13761 is connected to the sixteenth metal plug 1375, and the eighteenth electrical connection part 13762 penetrates through the circuit board 141 to be electrically connected to The electronic switching circuit 142 . The fourth fixing part 1377 of the seventh mechanical switching unit 137 is disposed in one of the plurality of slots 1271, and the slot 1271 is opposite to the third supporting column 126, and the third fixing part 1367 is used for To help fix the sixth metal shrapnel 1364. Here, it must be particularly noted that, in order to enable the sixth mechanical switching unit 136 and the seventh mechanical switching unit 137 electrically connected to the electronic switching module 14 to play a specific switching function, the electromechanical integration of the present invention has multiple In the function switch device 1, especially the thirteenth electrical contact E13 and the fifteenth electrical contact E15 are embedded in a third metal sheet M3, so that the thirteenth electrical contact E13 is permanently coupled to the fifteenth electrical contact E13. Electrical contact E15.

Please continue to refer to Figure 5A, Figure 5B, Figure 6, Figure 7A, Figure 7B, Figure 8A, Figure 8B, Figure 9A, and Figure 9B; in addition, please refer to Figure 10A and Figure 10B at the same time, the container and the mechanical switch Set of composite perspective illustrations. As shown in the figure, after the mechanical switching unit 13 is set and fixed in the housing body 12, as described above, the first metal pin 1311 and the second metal pin 1315 of the first mechanical switching unit 131 pass through the housing. placed outside the body 12 and respectively form the first electrical contact E1 and the second electrical contact E2; similarly, the third metal pin 1321 and the fourth metal pin 1325 of the second mechanical switching unit 132 pass through the containing body 12 and respectively form the third electrical contact E3 and the fourth electrical contact E4; in addition, the fifth metal pin 1331, the sixth metal pin 1335 and the seventh metal pin 1338 of the third mechanical switching unit 133 pass through the The fifth electrical contact E6 , the sixth electrical contact E6 and the seventh electrical contact E7 are respectively formed outside the accommodating body 12 .

Based on the above, the eighth metal pin 1341 and the ninth metal pin 1345 of the fourth mechanical switching unit 134 pass through the housing body 12 and form the eighth electrical contact E8 and the ninth electrical contact E9 respectively; and, The tenth metal pin 1351 , the eleventh metal pin 1355 , and the twelfth metal pin 1357 of the fifth mechanical switching unit 135 pass through the housing 12 and form the tenth electrical contact E10 and the eleventh electrical contact E10 respectively. The electrical contact E11 and the twelfth electrical contact E12. In addition, the thirteenth metal pin 1361 and the fourteenth metal pin 1365 of the sixth mechanical switching unit 136 also pass through the housing 12 and form the thirteenth electrical contact E13 and the fourteenth electrical contact respectively. E14; Finally, the fifteenth metal pin 1371 and the sixteenth metal pin 1375 of the seventh mechanical switching unit 137 also pass through the housing 12 and form the fifteenth electrical contact E15 and the sixteenth electrical contact E15 respectively. sex contact E16.

As shown in FIG. 10A and FIG. 10B , the third electrical contact point E3 is coupled to the tenth electrical contact point E10 through an electric wire 181, and the tenth electrical contact point E10 is connected to the first electrical contact point E10 through an electric wire 181. Electrical connector 18. In addition, the seventh electrical contact E7 is also connected to the first electrical connector 18 through an electric wire 181 . Moreover, the eighth electrical contact E8 is coupled to the twelfth electrical contact E12 via a wire 181 , and the twelfth electrical contact E12 is connected to the first electrical connector 18 via a wire 181 . In addition, the eleventh electrical contact point E11 and the fifteenth electrical contact point E15 are respectively connected to the first electrical connector 18 through an electric wire 181; Connector 18 connects to one, two, or three external electronic devices.

In this way, the components and structural features of the accommodating body 12 and the mechanical switching group 13 have been clearly described above; then, the detailed structure of the electronic switching module 14 will be described further. Please continue to refer to Figure 5A, Figure 5B, Figure 6, Figure 7A, Figure 7B, Figure 8A, Figure 8B, Figure 9A, and Figure 9B; in addition, please also refer to Figure 11, the circuit structure diagram of the electronic switching circuit of the electronic switching module . As shown in Figure 11, the electronic switching circuit 142 of the electronic switching module 14 includes: a first switch SW1, a second switch SW2, a third switch SW3, a fourth switch SW4, a fifth switch Switch SW5, a sixth switch SW6, a seventh switch SW7, and an eighth switch SW8.

In the electronic switching circuit 142, the first switch SW1 is electrically connected to the first electrical contact E1 and the second electrical contact E2 respectively, and one end of the first switch SW1 is coupled to the plurality of functions A first function indicating element 151 of the indicating element 15 and a first indicating element resistor R1. The second switch SW2 is electrically connected to the third electrical contact E3 and the fourth electrical contact E4 respectively, wherein one end of the second switch SW2 is coupled to the first switch SW1, and the second switch SW2 The other end of the switch SW2 is coupled to a second function indicating element 152 of the plurality of function indicating elements 15 and a second indicating element resistor R2. With the above-mentioned design of the first switch SW1 and the second switch SW2, when the first mechanical switching unit 131 is pressed down, the first pushing part 13121 will push the slider 1222 in the chute 1221, so that the slider 1222 is in the Slide and push the second mechanical switching unit 132 in the chute 1221, so that the second pressing part 1322 of the second mechanical switching unit 132 bounces upward, so that the third electrical contact E3 and the fourth electrical contact E3 can be forced to The electrical contacts E4 cannot be coupled to each other via the second metal dome 1324; at the same time, since the third pressing member 1332 of the third mechanical switching unit 133 is in a depressed state, the fourth lead of the third metal dome 1334 The contact point (not shown) will contact the fifth contact point 13351 of the sixth metal pin 1335, thereby coupling the first electrical contact point E1 and the second electrical contact point E2 to complete the first type of electromechanical integrated function switching, that is, , open the external power input to the fifth switch SW5 , the seventh switch SW5 and the eighth switch SW8 .

Based on the above, for the electronic switching circuit 142, after the first mechanical switching unit 131 is pressed down, the first switch SW1 and the second switch SW2 will perform switching, so that the first electrical contact E1 and the second electrical contact E2 forms an on-circuit state on the circuit, and makes the third electrical contact E3 and the fourth electrical contact E4 form an off-circuit state on the circuit, then the first function indicating element 151 thus obtains power and emits light; at the same time, by means of the first The electrical contact E1 and the second electrical contact E2 form a connected state on the circuit, which can make the fifth switch SW5 and the seventh switch SW5 coupled to the first indicator element resistor R1 and the second indicator element resistor R2 The eighth switch SW8 can obtain the input of the external power supply. Conversely, after the second mechanical switching unit 132 is pressed down, the second pressing member 1322 of the second mechanical switching unit 132 will be in a depressed state, and the first pressing member 1312 of the first mechanical switching unit 131 will bounce upward; At the same time, the second switch SW2 and the first switch SW1 will switch, so that the third electrical contact E3 and the fourth electrical contact E4 form a connected state on the circuit, and make the first electrical contact E1 and the second electrical contact If the neutral contact E2 forms an open circuit state on the circuit, the second function indicating element 152 thus obtains power and emits light; at the same time, the fifth switch SW5, the seventh switch SW5 and the eighth switch SW8 cannot obtain the input of an external power supply .

Please refer to FIG. 5A , FIG. 5B , FIG. 6 , FIG. 7A , FIG. 7B , FIG. 8A , FIG. 8B , FIG. 9A , FIG. 9B and FIG. 11 . In the electronic switching circuit 142, the third switch SW3 is electrically connected to the fifth electrical contact E5, the sixth electrical contact E6, and the seventh electrical contact E7; and, the third switch One terminal of the switch SW3 is coupled to the second indicating element resistor R2. One end of the fourth switch SW4 is coupled to the other end of the third switch SW3, and the other end of the fourth switch SW4 is coupled to a third function indicating element 153 and a first function indicating element 15 of the plurality of function indicating elements 15. Three indicating element resistor R3. The fifth switch SW5 is electrically connected to the eighth electrical contact E8 and the ninth electrical contact E9 respectively, wherein one end of the fifth switch SW5 is coupled to the third switch SW3 and the seventh electrical contact E7 , the other end of the fifth switch SW5 is coupled to a fourth indicator element resistor R4 and connected in parallel to a fourth function indicator element 154 of the plurality of function indicator elements 15 . The sixth switch SW6 is electrically connected to the tenth electrical contact E10, the eleventh electrical contact E11, and the twelfth electrical contact E12; in addition, the sixth switch SW6 passes through the tenth electrical contact E10 is coupled to the fifth switch SW5 and the eighth electrical contact E8, and the sixth switch SW6 is coupled to the external electronic device 2 through the eleventh electrical contact E10, and the sixth switch SW6 is connected to the external electronic device 2 through the eleventh electrical contact E10. The twelfth electrical contact E12 is coupled to a fifth function indicating element 155 of the plurality of function indicating elements 15 and a fifth indicating element resistor R5 .

With the design of the third switch SW3, the fourth switch SW4, the fifth switch SW5, and the sixth switch SW6, when the third mechanical switching unit 133 is pressed, the third push part 13321 will push and slide The slider 1222 in the groove 1221, so that the slider 1222 slides in the chute 1221 and pushes the fourth mechanical switching unit 134, further, the fourth pushing part 13421 of the fourth mechanical switching unit 134 will push the chute The slider 1222 inside 1221 makes the slider 1222 push the fifth mechanical switching unit 135 . Since the third pressing piece 1332 is in a depressed state, and the fourth pressing piece 1342 and the fifth pressing piece 1352 spring up, the fourth contact point (not shown) of the third metal dome 1334 contacts the sixth metal pin 1335 the fifth contact point 13351, so that the fifth electrical contact point E5 can be coupled to the sixth electrical contact point E6 through the third metal dome 1334, and at the same time, the tenth contact point 13571 of the twelfth metal pin 1357 also contacts the fifth metal dome The seventh contact point 13541 of 1354 enables the tenth electrical contact E10 to be coupled to the eleventh electrical contact E11 through the fifth metal dome 1354 .

Based on the above, for the electronic switching circuit 142, after the third mechanical switching unit 133 is pressed down, the third switch SW3, the fifth switch SW5 and the fifth switch SW6 will perform switching, wherein the third switch SW3 When performing switching, it will drive the fourth switch SW4 to perform switching, so that the fifth electrical contact E5 and the sixth electrical contact E6 form a connected state on the circuit, and the third function indicating element 153 thus obtains power and emits light; and When the fifth switch SW5 performs switching, the dummy contact 13443 of the fourth metal dome 1344 contacts the ninth metal pin 1345, so that the eighth electrical contact E8 and the ninth electrical contact E9 form a connected state on the circuit; in addition , when the sixth switch SW6 performs switching, it will make the tenth electrical contact E10 and the eleventh electrical contact E11 form a connected state on the circuit, and make the tenth electrical contact E10 and the twelfth electrical contact E12 in the An open circuit condition is formed on the circuit. In this way, the second type of electromechanical integrated function switching is completed, that is, a first external electronic device 2 coupled to the electronic switching circuit 142 is driven by the third switch SW3 and the fourth switch SW4, so that the first external electronic device 2 The device 2 operates and performs its functions.

Moreover, by virtue of the above-mentioned design of the third switch SW3, the fourth switch SW4, the fifth switch SW5, and the sixth switch SW6, when the fourth mechanical switching unit 134 is pressed, the fourth push part 13421 will push Squeeze the sliding block 1222 in the sliding groove 1221 , so that the sliding block 1222 slides in the sliding groove 1221 and simultaneously pushes the third mechanical switching unit 133 and the fifth mechanical switching unit 135 . Since the fourth pressing piece 1342 is in a depressed state, and the third pressing piece 1332 and the fifth pressing piece 1352 spring up, the third contact point 13341 of the third metal dome 1334 contacts the third guiding point 1338 of the seventh metal pin 1338 . Contact 13341, so that the fifth electrical contact E5 can be coupled to the seventh electrical contact E7 through the third metal dome 1334; the seventh contact point 13541 of the fifth metal dome 1354 contacts the tenth contact point of the twelfth metal pin 1357 13571, so that the tenth electrical contact E10 can be coupled to the twelfth electrical contact E12 through the fifth metal elastic piece 1354 .

Based on the above, for the electronic switching circuit 142, after the fourth mechanical switching unit 134 is pressed down, the third switch SW3, the fifth switch SW5 and the fifth switch SW6 will perform switching, wherein the third switch SW3 When the switch is performed, the fourth switch SW4 will be switched and closed. At the same time, the fifth electrical contact E5 and the seventh electrical contact E7 can also form a connected state on the circuit, so the third function indicating element 153 cannot be obtained. When the fifth switch SW5 performs switching, the eighth electrical contact E8 and the ninth electrical contact E9 will form an open circuit state on the circuit, so the fourth function indicating element 154 can obtain power and emit light ; In addition, when the sixth switch SW6 performs switching, it will make the tenth electrical contact E10 and the eleventh electrical contact E11 form a connected state on the circuit, and make the tenth electrical contact E10 and the twelfth electrical contact E12 forms an open circuit on the circuit. In this way, the third type of electromechanical integrated function switching is completed, that is, a second external electronic device 3 coupled to the electronic switching circuit 142 is driven through the third switch SW3, so that the second external electronic device 3 operates and plays its role. Function.

Moreover, with the design of the third switch SW3, the fourth switch SW4, the fifth switch SW5, and the sixth switch SW6, when the fifth mechanical switching unit 135 is pressed, the fifth pusher 13521 will The sliding block 1222 in the chute 1221 is pushed, so that the sliding block 1222 slides in the chute 1221 and simultaneously pushes the third mechanical switching unit 133 and the fourth mechanical switching unit 134 . Since the fifth pressing member 1352 is in a depressed state, the ninth contact point 13551 of the eleventh metal pin 1355 contacts the eighth contact point (not shown) of the fifth metal elastic piece 1354, so that the tenth electrical contact point E10 can be The eleventh electrical contact E11 is coupled through the fifth metal dome 1354 . Moreover, since the third pressing piece 1332 and the fourth pressing piece 1342 spring up, the third contact point 13341 of the third metal dome 1334 contacts the third contact point 13341 of the seventh metal pin 1338, so that the fifth electrical contact E5 can be coupled to the seventh electrical contact E7 through the third metal dome 1334 .

Based on the above, for the electronic switching circuit 142, after the fifth mechanical switching unit 135 is pressed down, the third switch SW3, the fifth switch SW5 and the fifth switch SW6 will perform switching, wherein the third switch SW3 When the switch is performed, the fourth switch SW4 will be switched and closed. At the same time, the fifth electrical contact E5 and the seventh electrical contact E7 can also form a connected state on the circuit, so the third function indicating element 153 cannot be obtained. When the fifth switch SW5 performs switching, it will make the eighth electrical contact E8 and the ninth electrical contact E9 form a connected state on the circuit; in addition, when the sixth switch SW6 performs switching, it will Make the tenth electrical contact E10 and the eleventh electrical contact E11 form an open circuit state on the circuit, and make the tenth electrical contact E10 and the twelfth electrical contact E12 form an on-circuit state on the circuit, therefore, the fifth The function indicator element 155 can obtain power and emit light so as to complete the fourth type of electromechanical integrated function switching, that is, drive a third external electronic circuit coupled to the electronic switching circuit 142 through the third switch SW3 and the fifth switch SW5. The device 4 makes the third external electronic device 4 operate and perform its functions.

Please refer to FIG. 5A , FIG. 5B , FIG. 6 , FIG. 7A , FIG. 7B , FIG. 8A , FIG. 8B , FIG. 9A , FIG. 9B , and FIG. 11 . In the electronic switching circuit 142, the seventh switch SW7 is electrically connected to the thirteenth electrical contact E13 and the fourteenth electrical contact E14 respectively, wherein one end of the seventh switch SW7 is coupled to The other end of the third switch SW3 and the fifth electrical contact E5 , and the seventh switch SW7 is coupled to a sixth function indicating element 156 of the plurality of function indicating elements 15 and a sixth indicating element resistor R6 . The eighth switch SW8 is electrically connected to the fifteenth electrical contact E15 and the sixteenth electrical contact E16 respectively, wherein one end of the eighth switch SW8 is coupled to the third switch SW3 and the fifth electrical contact. The other end of the eighth switch SW8 is coupled to a seventh function indicating element 157 of the plurality of function indicating elements 15 and a seventh indicating element resistor R7. In addition, the seventh switch SW7 is further coupled to a diode D1, at least one eighth indicator resistor R8 and the light source 17 through the sixth function indicating element 156 and the sixth indicating element resistor R6; and, the second The eight switch SW8 is further coupled to at least one ninth indicating element resistor R9 and the light source 17 .

In this way, by virtue of the design of the seventh switch SW7 and the eighth switch SW8, when the sixth mechanical switching unit 136 is pressed, the sixth pushing part 13621 will push the slider 1222 in the sliding groove 1221, so that the sliding The block 1222 slides in the chute 1221 and simultaneously pushes the seventh mechanical switching unit 137 . Since the sixth pressing member 1362 is in a depressed state, the thirteenth electrical contact 13 and the fourteenth electrical contact 14 pass through the electronic switching circuit 142 , the seventh circuit connection plug 1366 and the eighth circuit connection plug 1376 And, because the seventh pressing piece 1372 bounces up, therefore, the fifteenth electrical contact 15 and the sixteenth electrical contact 16 do not pass through the electronic switching circuit 142, the seventh circuit connection pin 1366 and The eighth circuits are coupled to each other by connecting pins 1376 .

For the electronic switching circuit 142, after the sixth mechanical switching unit 136 is pressed down, the seventh switch SW7 and the eighth switch SW8 will perform switching, wherein, when the seventh switch SW7 performs switching, the thirteenth electrical The electrical contact E13 and the fourteenth electrical contact E14 form a connected state on the circuit, and the sixth function indicating element 156 thus obtains power and emits light; and, when the eighth switch SW8 performs switching, it will make the fifteenth electrical contact The contact E15 and the sixteenth electrical contact E16 form an open circuit state on the circuit. In this way, the fifth type of electromechanical integrated function switching is completed, that is, the light source 17 coupled to the electronic switching circuit 142 is turned off through the switching of the seventh switch SW7 and the eighth switch SW8 .

On the contrary, by virtue of the design of the seventh switch SW7 and the eighth switch SW8, when the seventh mechanical switch unit 137 is pressed, the seventh push part 13721 will push the slider 1222 in the chute 1221, so that the slider The block 1222 slides in the chute 1221 and simultaneously pushes the sixth mechanical switching unit 136 . Since the seventh pressing member 1372 is in a depressed state, the twelfth contact point 13751 of the sixteenth metal pin 1375 contacts the eleventh contact point 13742 of the seventh metal dome 1374, so that the fifteenth electrical contact point E15 and the The sixteenth electrical contacts E16 are coupled to each other through the seventh metal dome 1374 . Moreover, since the sixth pressing member 1362 bounces upward, the thirteenth electrical contact E13 and the fourteenth electrical contact E14 cannot be connected to the eighth circuit through the electronic switching circuit 142 and the seventh circuit connection plug 1366 The pins 1376 are coupled to each other.

Based on the above, for the electronic switching circuit 142, after the seventh mechanical switching unit 137 is pressed down, the seventh switch SW7 and the eighth switch SW8 will perform switching, wherein, when the seventh switch SW7 performs switching, the second The thirteenth electrical contact E13 and the fourteenth electrical contact E14 form an open circuit state on the circuit; and, when the eighth switch SW8 performs switching, the fifteenth electrical contact E15 and the sixteenth electrical contact E16 will be in the When a pass state is formed on the circuit, the seventh function indicating element 157 thus obtains power and emits light. In this way, the fifth electromechanical integrated function switching is completed, that is, the light source 17 coupled to the electronic switching circuit 142 is turned on through the switching of the seventh switch SW7 and the eighth switch SW8 .

Thus, through the above, the composition and detailed structural features of the electromechanical integrated multifunctional switch device 1 of the present invention have been clearly and completely introduced and explained. However, it must be added that the above-mentioned function indicating element can be an OLED element or an LED element, and the first function indicating element 151, the second function indicating element 152, the third function indicating element 153, the third function indicating element The four-function indicator element 154, the fifth function indicator element 155, the sixth function indicator element 156, and the seventh function indicator element 157 can be OLED elements or LED elements of different colors, so as to indicate the currently executed function. kind. In addition, when the user applies and installs the electromechanical integrated multifunctional switch device 1 of the present invention, in addition to connecting the first electrical connector 18 and the second electrical connector 19 to the first external electronic device 2 , the second external electronic device 3, the third external electronic device 4, and the power supply, as shown in Figure 11, the user can also install a ninth switch SW9 between the first switch SW1 and the first switch SW1 Between the external electronic devices 2; in this way, when the first mechanical switch unit 131 is pressed down, the user can also switch through the ninth switch SW9 to turn on or off the external electronic devices.

Through the above complete description, the electromechanical integrated multifunctional switch device of the present invention is completely and clearly disclosed, and, through the above, it can be known that the present invention has the following advantages:

1. The electromechanical integrated multifunctional switch device of the present invention integrates mechanical switches and electronic switches at the same time. Therefore, when applying the electromechanical integrated multifunctional switch device, the user only needs to use the first electrical connector 18 The installation can be easily completed by connecting the second electrical connector 19 to the external electronic device and power supply to be controlled.

2. Based on the above, in addition, the electromechanical integrated multifunctional switch of the present invention is further equipped with different color and high-brightness function indicating element groups, so that when the electromechanical integrated multifunctional switch performs a specific electromechanical integrated function switching, it will send out The function indicator light makes it easy for the user to know what kind of electromechanical integration function switching is currently being executed.

The above description is only a preferred embodiment of the present invention, and does not limit the present invention in any form. Although the present invention has been disclosed as above with preferred embodiments, it is not intended to limit the present invention. Anyone who is familiar with this field Those skilled in the art, without departing from the scope of the technical solution of the present invention, may use the method and technical content disclosed above to make some changes or modifications to equivalent embodiments with equivalent changes, but if they do not depart from the technical solution of the present invention, Any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present invention still fall within the scope of the technical solutions of the present invention.

Claims (13)

1. a multifunction switch device for electromechanical integration, is characterized in that comprising:

One housing group, has an enclosing cover and a base, and wherein this enclosing cover has multiple first perforate and multiple second perforate;

One accommodating body, accommodating and be fixed in this base, and separated one first disposal area and one second disposal area, wherein the bottom of this second disposal area is provided with a chute, and is provided with at least one slide block in this chute;

One mechanical type switch groups, be made up of multiple mechanical type switch unit, and the plurality of mechanical type switch unit is placed within the second disposal area, wherein, when by pressing down arbitrary mechanical type switch unit, slide block in chute can be subject to pushing and sliding of this mechanical type switch unit pressed down, and the slide block of slip and then the mechanical type switch unit of extruding vicinity, make the mechanical type switch unit upwards action of this vicinity;

One electronics handover module, be electrically connected at this mechanical type switch groups and at least one external electronic, this electronics handover module has a circuit board and the electronics commutation circuit realized on the board, wherein, when pressing down arbitrary mechanical type switch unit, the mechanical type switch unit that this can be made to press down is electrically connected to electronics commutation circuit, and electronics commutation circuit is switched, to drive or to stop the action of this external electronic;

Multiple function indicator elment, be located to be electrically connected at this electronics commutation circuit on this circuit board, wherein, when electronics commutation circuit carries out the action switching to drive or stop this electronic installation, arbitrary function indicator elment can send a function index signal; And

One light source, be electrically connected at electronics handover module and be coupled to this mechanical type switch groups, wherein, this light source is located at the outside of this housing group, and, electronics handover module can be made to control this light source luminescent by pressing down this mechanical type switch unit specific, providing light source to the outside of this housing group in mode whereby;

Wherein, when this enclosing cover becomes this housing group with this base combination, accommodating and cover this accommodating body, this mechanical type switch groups, this electronics handover module, with the plurality of function indicator elment, further, mechanical type switch unit and function indicator elment are revealed in outside enclosing cover respectively by this first perforate of enclosing cover and this second perforate.

2. the multifunction switch device of electromechanical integration as claimed in claim 1, is characterized in that more comprising:

Multiple indicator elment protective cover, is located on the plurality of second perforate respectively, in order to protect the plurality of function indicator elment;

One first electric connector, is coupled to this mechanical type switch groups, and wherein, this electric connector, in order to be connected to this at least one external electronic, makes the action of this mechanical type switch groups and changeable this external electronic of control of this electronics handover module; And

One second electric connector, is coupled to this light source, and in order to be connected to a power supply.

3. the multifunction switch device of electromechanical integration as claimed in claim 2, it is characterized in that wherein, this first electric connector is coupled to mechanical type switch groups by many power lines.

4. the multifunction switch device of electromechanical integration as claimed in claim 1, it is characterized in that wherein, the sidewall of this base is more provided with multiple binding block.

5. the multifunction switch device of electromechanical integration as claimed in claim 4, it is characterized in that wherein, the wall outer surface of this accommodating body is more provided with multiple buckled recess, and the plurality of buckled recess can buckle into for the plurality of binding block, to be fixed in this base by accommodating body respectively.

6. the multifunction switch device of electromechanical integration as claimed in claim 2, it is characterized in that wherein, this accommodating body more comprises:

Multiple first support column, along this second disposal area a first side wall and be arranged within the second disposal area, wherein, each first support column has a first terminal storage tank;

Multiple second support column, is arranged in this second disposal area, and each second support column has one second terminal accommodation groove, wherein, separated between this second support column and this first support column by this chute;

Multiple the first terminal slot, is arranged within the second disposal area, and between the first side wall and this chute;

Multiple second terminal slots, be arranged within the second disposal area, and below one second sidewall being positioned at the second disposal area, wherein the plurality of second terminal slots regards to the plurality of the first terminal slot respectively across chute, and this second sidewall is relative to this first side wall;

Multiple 3rd support column, is arranged within the second disposal area, and wherein, the plurality of 3rd support column is respectively adjacent in the plurality of second terminal slots, and each the 3rd support column has a terminal fixing grooves;

Multiple supporting bracket, be arranged at the outer surface of the first side wall of the second disposal area, and be positioned within this second disposal area, wherein, the plurality of supporting bracket regards to the plurality of 3rd support column respectively across the first side wall, and forms a slot between each supporting bracket and the first side wall; And

Many groups pressing piece strutting piece pair, is arranged within this second disposal area respectively, and below the second sidewall being positioned at the second disposal area, and every a pair pressing piece strutting piece surrounds second terminal slots.

7. the multifunction switch device of electromechanical integration as claimed in claim 6, it is characterized in that wherein, this accommodating body more comprises: a power line fixture, is located at the side of this second disposal area, in order to arrange many power lines fixedly coupling this light source and this second electric connector.

8. the multifunction switch device of electromechanical integration as claimed in claim 6, it is characterized in that wherein, the plurality of mechanical type switch unit of this mechanical type switch groups comprises:

One first mechanical type switch unit, is arranged within this second disposal area, and has:

One first metal bolt, is arranged in the one of the plurality of second terminal slots, and is piercing in outside this accommodating body by the second terminal slots, forms one first electrical contact whereby;

One first pressing piece, be arranged on the right one of this pressing piece strutting piece, and this second terminal slots that this pressing piece strutting piece set by this first pressing piece wears this first metal bolt of encirclement, wherein, the first pressing piece has to push one first pushed section of this slide block be located in this chute;

One first metal connecting sheet, be connected to the first metal bolt, and on the one being arranged at the plurality of 3rd support column with extending, wherein, this first metal connecting sheet has one first flexible member connecting portion and one first and extends fixed part, this the first flexible member connecting portion is connected with one first flexible member, and this first extension fixed part then penetrates this terminal fixing grooves of the 3rd support column;

One first metal clips, be connected to the first metal bolt, and above the one extending to the plurality of the first terminal slot, wherein, this the first terminal slot aforementioned regards to this second terminal slots being provided with the first metal bolt across chute, further, this first metal clips have one first connect a little with one first connecting portion being connected to this first flexible member;

One second metal bolt, be arranged within the first terminal slot that is positioned at below the first metal clips, and be piercing in outside this accommodating body by the first terminal slot, form one second electrical contact whereby, further, this second metal bolt has more and first can connect one second of point cantact and connect a little with this;

One first circuit connecting bolt, be arranged within the plurality of first support column, and be inserted in this first terminal storage tank, wherein, the first support column being provided with this first circuit connecting bolt is adjacent to the first terminal slot being provided with the second metal bolt, and, this the first circuit connecting bolt has one first electrical junction and one second electrical junction, this first electrical junction is connected to this second metal bolt, and this second electrical junction wears to this circuit board to be electrically connected to this electronics commutation circuit; And

One first fixture, within the one being arranged at the plurality of slot, and this slot is relative to the 3rd support column, and this first fixture is in order to assist to fix the first metal clips; And

One second mechanical type switch unit, is arranged within this second disposal area, and is adjacent to this first mechanical type switch unit, and this second mechanical type switch unit comprises:

One the 3rd metal bolt, be arranged at the one of the plurality of second terminal slots, and be piercing in outside this accommodating body by the second terminal slots, form one the 3rd electrical contact whereby, wherein, aforementioned the second terminal slots being provided with the 3rd metal bolt is adjacent to the second terminal slots being provided with the first metal bolt;

One second pressing piece, be arranged on the right one of this pressing piece strutting piece, and this second terminal slots that this pressing piece strutting piece set by this second pressing piece wears encirclement the 3rd metal bolt, wherein, the second pressing piece has to push one second pushed section of this slide block be located in this chute;

One second metal connecting sheet, be connected to the 3rd metal bolt, and on the one being arranged at the plurality of 3rd support column with extending, wherein, this second metal connecting sheet has one second flexible member connecting portion and one second and extends fixed part, this the first flexible member connecting portion is connected with one second flexible member, and this second extension fixed part then penetrates this terminal fixing grooves of the 3rd support column;

One second metal clips, be connected to the 3rd metal bolt, and above the one extending to the plurality of the first terminal slot, wherein, this the first terminal slot aforementioned regards to this second terminal slots being provided with the 3rd metal bolt across chute, further, this second metal clips has one second connecting portion being connected to this second flexible member;

One the 4th metal bolt, is arranged within the first terminal slot that is positioned at below the second metal clips, and is piercing in outside this accommodating body by the first terminal slot, forms one the 4th electrical contact whereby;

One second circuit connecting bolt, be arranged within the plurality of first support column, and be inserted in this first terminal storage tank, wherein, the first support column being provided with this second circuit connecting bolt is adjacent to the first terminal slot being provided with the 4th metal bolt, and, this second circuit connecting bolt has one the 3rd electrical junction and one the 4th electrical junction, 3rd electrical junction is connected to the 4th metal bolt, and the 4th electrical junction wears to this circuit board to be electrically connected to this electronics commutation circuit;

One second fixture, within the one being arranged at the plurality of slot, and this slot is relative to the 3rd support column, and this second fixture is in order to assist to fix the second metal clips; And

One tertiary circuit connecting bolt, be arranged at the one of the plurality of second support column, and be inserted in this second terminal accommodation groove, wherein, this tertiary circuit connecting bolt has one the 5th electrical junction and one the 6th electrical junction, 5th electrical junction is connected to this second metal connecting sheet, and the 6th electrical junction wears to this circuit board to be electrically connected to this electronics commutation circuit;

Wherein, this first electrical contact and the 3rd electrical contact embed among one first sheet metal.

9. the multifunction switch device of electromechanical integration as claimed in claim 8, it is characterized in that wherein, the plurality of mechanical type switch unit of this mechanical type switch groups more comprises:

One the 3rd mechanical type switch unit, is arranged within this second disposal area, and is adjacent to this second mechanical type switch unit, and the 3rd mechanical type switch unit comprises:

One the 5th metal bolt, be arranged in the one of the plurality of second terminal slots, and be piercing in outside this accommodating body by the second terminal slots, form one the 5th electrical contact whereby, wherein, aforementioned the second terminal slots being equipped with the 5th metal bolt is adjacent to the second terminal slots being equipped with the 3rd metal bolt;

One the 3rd pressing piece, be arranged on the right one of this pressing piece strutting piece, and this second terminal slots that this pressing piece strutting piece set by the 3rd pressing piece wears encirclement the 5th metal bolt, wherein, the 3rd pressing piece has to push one the 3rd pushed section of this slide block be located in this chute;

One the 3rd metal connecting sheet, be connected to the 5th metal bolt, and on the one being arranged at the plurality of 3rd support column with extending, wherein, 3rd metal connecting sheet has one the 3rd flexible member connecting portion and the 3rd and extends fixed part, 3rd flexible member connecting portion is connected with one the 3rd flexible member, and the 3rd extends this terminal fixing grooves that fixed part then penetrates the 3rd support column;

One the 3rd metal clips, be connected to the 5th metal bolt, and above the one extending to the plurality of the first terminal slot, wherein, this the first terminal slot aforementioned regards to this second terminal slots being provided with the 5th metal bolt across chute, further, the 3rd metal clips have one the 3rd connect point, connect relative to the 3rd a little one the 4th connect a little with one the 3rd connecting portion being connected to the 3rd flexible member;

One the 6th metal bolt, be arranged within the first terminal slot that is positioned at below the 3rd metal clips, and be piercing in outside this accommodating body by the first terminal slot, form one the 6th electrical contact whereby, further, the 6th metal bolt has more and can connect one the 5th of point cantact and connect a little with the 4th; And

One the 4th circuit connecting bolt, be arranged within the plurality of first support column, and be inserted in this first terminal storage tank, wherein, the first support column being provided with the 4th circuit connecting bolt is adjacent to the first terminal slot being provided with the 6th metal bolt, and, 4th circuit connecting bolt has one the 7th electrical junction and one the 8th electrical junction, 7th electrical junction is connected to the 6th metal bolt, and the 8th electrical junction wears to this circuit board to be electrically connected to this electronics commutation circuit;

One the 5th circuit connecting bolt, be arranged at the one of the plurality of second support column, and be inserted in this second terminal accommodation groove, wherein, 5th circuit connecting bolt has one the 9th electrical junction and 1 the tenth electrical junction, 9th electrical junction is connected to the 3rd metal connecting sheet, and the tenth electrical junction wears to this circuit board to be electrically connected to this electronics commutation circuit; And

One the 7th metal bolt, within the one being arranged at the plurality of slot, and this slot is relative to the 3rd support column, wherein, one end of 7th metal bolt passes outside this accommodating body by slot, form one the 7th electrical contact whereby, in addition, the other end of the 7th metal bolt then forms 1 the 11 electrical junction and the 6th and connects a little, 11 electrical junction is in order to wear to this circuit board to be electrically connected to this electronics commutation circuit, and the 6th connects and a little then connect a little to form electric connection in order to contact the 3rd;

One the 4th mechanical type switch unit, is arranged within this second disposal area, and is adjacent to the 3rd mechanical type switch unit, and the 4th mechanical type switch unit comprises:

One the 8th metal bolt, the one being arranged in the plurality of second terminal slots is set, and be piercing in outside this accommodating body by the second terminal slots, form one the 8th electrical contact whereby, wherein, aforementioned the second terminal slots being provided with the 8th metal bolt is adjacent to the second terminal slots being provided with the 5th metal bolt;

One the 4th pressing piece, be arranged on the right one of this pressing piece strutting piece, and this second terminal slots that this pressing piece strutting piece set by the 4th pressing piece wears encirclement the 8th metal bolt, wherein, the 4th pressing piece has to push one the 4th pushed section of this slide block be located in this chute;

One the 4th metal connecting sheet, be connected to the 8th metal bolt, and on the one being arranged at the plurality of 3rd support column with extending, wherein, 4th metal connecting sheet has one the 4th flexible member connecting portion and the 4th and extends fixed part, 4th flexible member connecting portion is connected with one the 4th flexible member, and the 4th extends this terminal fixing grooves that fixed part then penetrates the 3rd support column;

One the 4th metal clips, be connected to the 8th metal bolt, and above the one extending to the plurality of the first terminal slot, wherein, this the first terminal slot aforementioned regards to this second terminal slots being provided with the 8th metal bolt across chute, further, the 4th metal clips has one the 4th connecting portion and a false contact that are connected to the 4th flexible member; And

One the 9th metal bolt, within the one being arranged at the plurality of slot, and this slot is relative to the 3rd support column, wherein, one end of 9th metal bolt passes outside this accommodating body by slot, form one the 9th electrical contact whereby, in addition, the other end of the 9th metal bolt is then 1 the 12 electrical junction, in order to wear to this circuit board to be electrically connected to this electronics commutation circuit; And

One the 5th mechanical type switch unit, is arranged within this second disposal area, and is adjacent to the 4th mechanical type switch unit, and the 5th mechanical type switch unit comprises:

The tenth metal bolt, be arranged in the one of the plurality of second terminal slots, and be piercing in outside this accommodating body by the second terminal slots, form 1 the tenth electrical contact whereby, wherein, aforementioned the second terminal slots being equipped with the tenth metal bolt is adjacent to the second terminal slots being equipped with the 8th metal bolt;

One the 5th pressing piece, be arranged on the right one of this pressing piece strutting piece, and this second terminal slots that this pressing piece strutting piece set by the 5th pressing piece wears encirclement the 9th metal bolt, wherein, the 5th pressing piece has to push one the 5th pushed section of this slide block be located in this chute;

One the 5th metal connecting sheet, be connected to the 9th metal bolt, and on the one being arranged at the plurality of 3rd support column with extending, wherein, 5th metal connecting sheet has one the 5th flexible member connecting portion and the 5th and extends fixed part, 5th flexible member connecting portion is connected with one the 5th flexible member, and the 5th extends this terminal fixing grooves that fixed part then penetrates the 3rd support column;

One the 5th metal clips, be connected to the 9th metal bolt, and above the one extending to the plurality of the first terminal slot, wherein, this the first terminal slot aforementioned regards to this second terminal slots being provided with the 9th metal bolt across chute, further, the 5th metal clips have one the 7th connect point, connect relative to the 7th a little one the 8th connect a little with one the 5th connecting portion being connected to the 5th flexible member;

The 11 metal bolt, be arranged within the first terminal slot that is positioned at below the 5th metal clips, and be piercing in outside this accommodating body by the first terminal slot, form 1 the 11 electrical contact whereby, further, the 11 metal bolt has more and can connect one the 9th of point cantact and connect a little with the 8th;

One the 6th circuit connecting bolt, be arranged within the plurality of first support column, and be inserted in this first terminal storage tank, wherein, the first support column being provided with the 6th circuit connecting bolt is adjacent to the first terminal slot being provided with the tenth metal bolt, and, 6th circuit connecting bolt has 1 the 13 electrical junction and 1 the 14 electrical junction, 13 electrical junction is connected to the tenth metal bolt, and the 14 electrical junction wears to this circuit board to be electrically connected to this electronics commutation circuit; And

The 12 metal bolt, within the one being arranged at the plurality of slot, and this slot is relative to the 3rd support column, wherein, one end of 12 metal bolt passes outside this accommodating body by slot, form 1 the 12 electrical contact whereby, in addition, the other end of the 12 metal bolt then has 1 the tenth and connects a little, connects a little to form electric connection in order to contact the 7th;

Wherein, the 8th electrical contact and the tenth electrical contact embed among one second sheet metal.

10. the multifunction switch device of electromechanical integration as claimed in claim 9, it is characterized in that wherein, the plurality of mechanical type switch unit of this mechanical type switch groups more comprises:

One the 6th mechanical type switch unit, is arranged within this second disposal area, and is adjacent to the 5th mechanical type switch unit, and the 6th mechanical type switch unit comprises:

The 13 metal bolt, be arranged in the one of the plurality of second terminal slots, and be piercing in outside this accommodating body by the second terminal slots, form 1 the 13 electrical contact whereby, wherein, aforementioned the second terminal slots being equipped with the 13 metal bolt is adjacent to the second terminal slots being equipped with the tenth metal bolt;

One the 6th pressing piece, be arranged on the right one of this pressing piece strutting piece, and this second terminal slots that this pressing piece strutting piece set by the 6th pressing piece wears encirclement the 13 metal bolt, wherein, the 6th pressing piece has to push one the 6th pushed section of this slide block be located in this chute;

One the 6th metal connecting sheet, be connected to the 13 metal bolt, and on the one being arranged at the plurality of 3rd support column with extending, wherein, 6th metal connecting sheet has one the 6th flexible member connecting portion and the 6th and extends fixed part, 6th flexible member connecting portion is connected with one the 6th flexible member, and the 6th extends this terminal fixing grooves that fixed part then penetrates the 3rd support column;

One the 6th metal clips, be connected to the 13 metal bolt, and above the one extending to the plurality of the first terminal slot, wherein, this the first terminal slot aforementioned regards to this second terminal slots being provided with the 13 metal bolt across chute, further, the 6th metal clips has one the 6th connecting portion being connected to the 6th flexible member;

The 14 metal bolt, is arranged within the first terminal slot that is positioned at below the 6th metal clips, and is piercing in outside this accommodating body by the first terminal slot, forms 1 the 14 electrical contact whereby;

One the 7th circuit connecting bolt, be arranged within the plurality of first support column, and be inserted in this first terminal storage tank, wherein, the first support column being provided with the 7th circuit connecting bolt is adjacent to the first terminal slot being provided with the 14 metal bolt, and, 7th circuit connecting bolt has 1 the 15 electrical junction and 1 the 16 electrical junction, 15 electrical junction is connected to the 14 metal bolt, and the 16 electrical junction wears to this circuit board to be electrically connected to this electronics commutation circuit; And

One the 3rd fixture, within the one being arranged at the plurality of slot, and this slot is relative to the 3rd support column, and the 3rd fixture is in order to assist to fix the 6th metal clips; And

One the 7th mechanical type switch unit, is arranged within this second disposal area, and is adjacent to the 6th mechanical type switch unit, and the 7th mechanical type switch unit comprises:

The 15 metal bolt, be arranged in the one of the plurality of second terminal slots, and be piercing in outside this accommodating body by the second terminal slots, form 1 the 15 electrical contact whereby, wherein, aforementioned the second terminal slots being equipped with the 15 metal bolt is adjacent to the second terminal slots being equipped with the 13 metal bolt;

One the 7th pressing piece, be arranged on the right one of this pressing piece strutting piece, and this second terminal slots that this pressing piece strutting piece set by the 7th pressing piece wears encirclement the 14 metal bolt, wherein, the 7th pressing piece has to push one the 7th pushed section of this slide block be located in this chute;

One the 7th metal connecting sheet, be connected to the 15 metal bolt, and on the one being arranged at the plurality of 3rd support column with extending, wherein, 7th metal connecting sheet has one the 7th flexible member connecting portion and the 7th and extends fixed part, 7th flexible member connecting portion is connected with one the 7th flexible member, and the 7th extends this terminal fixing grooves that fixed part then penetrates the 3rd support column;

One the 7th metal clips, be connected to the 15 metal bolt, and above the one extending to the plurality of the first terminal slot, wherein, this the first terminal slot aforementioned regards to this second terminal slots being provided with the 15 metal bolt across chute, further, the 7th metal clips have 1 the tenth connect point, the 11 connect a little with one the 7th connecting portion being connected to the 7th flexible member;

The 16 metal bolt, be arranged within the first terminal slot that is positioned at below the 7th metal clips, and be piercing in outside this accommodating body by the first terminal slot, form 1 the 16 electrical contact whereby, wherein, the 16 metal bolt has more and can connect 1 the 12 of point cantact and connect a little with the 11;

One the 8th circuit connecting bolt, be arranged within the plurality of first support column, and be inserted in this first terminal storage tank, wherein, the first support column being provided with the 8th circuit connecting bolt is adjacent to the first terminal slot being provided with the 16 metal bolt, and, 8th circuit connecting bolt has 1 the 17 electrical junction and 1 the 18 electrical junction, 17 electrical junction is connected to the 16 metal bolt, and the 18 electrical junction wears to this circuit board to be electrically connected to this electronics commutation circuit; And

One the 4th fixture, within the one being arranged at the plurality of slot, and this slot is relative to the 3rd support column, and the 3rd fixture is in order to assist to fix the 6th metal clips;

Wherein, the 13 electrical contact and the 15 electrical contact embed among one the 3rd sheet metal.

The multifunction switch device of 11. electromechanical integrations as claimed in claim 10, is characterized in that wherein, and this electronics commutation circuit of this electronics handover module comprises:

One first switch, be electrically connected to this first electrical contact and this second electrical contact respectively, with when this first mechanical type switch unit presses down, couple the first electrical contact and the second electrical contact, wherein, one end of this first switch couples one first function indicator elment and the one first indicator elment resistance of the plurality of function indicator elment;

One second switch, be electrically connected to the 3rd electrical contact and the 4th electrical contact respectively, with when this second mechanical type switch unit presses down, couple the 3rd electrical contact and the 4th electrical contact, wherein, one end of this second switch is coupled to this first switch, and the other end of the second switch is coupled to one second function indicator elment and the one second indicator elment resistance of the plurality of function indicator elment;

One the 3rd switch, be electrically connected to respectively the 5th electrical contact, the 6th electrical contact, with the 7th electrical contact, wherein, when the 3rd mechanical type switch unit is not yet pressed down, the 5th electrical contact is coupled to the 6th electrical contact by the 3rd switch; Otherwise after pressing down the 3rd mechanical type switch unit, the 5th electrical contact is coupled to the 7th electrical contact by the 3rd switch; Further, one end of the 3rd switch is coupled to this second indicator elment resistance;

One the 4th switch, its one end is coupled to the other end of the 3rd switch, its other end is then coupled to one the 3rd function indicator elment and one the 3rd indicator elment resistance of the plurality of function indicator elment, wherein, when the 5th electrical contact is coupled to the 7th electrical contact by the 3rd switch, drive the 4th switch to switch simultaneously, make the 4th switch form a path;

One the 5th switch, be electrically connected to the 8th electrical contact and the 9th electrical contact respectively, with when the 4th mechanical type switch unit presses down, couple the 8th electrical contact and the 9th electrical contact, wherein, one end of 5th switch couples the 3rd switch and the 7th electrical contact, and the other end of the 5th switch is then coupled to one the 4th indicator elment resistance and is connected in parallel to one the 4th function indicator elment of the plurality of function indicator elment;

One the 6th switch, be electrically connected to the tenth electrical contact, the 11 electrical contact and the 12 electrical contact respectively, wherein, when the 5th mechanical type switch unit is not yet pressed down, tenth electrical contact is coupled to the 11 electrical contact by the 6th switch, and after the 5th mechanical type switch unit is pressed down, the tenth electrical contact is coupled to the 12 electrical contact by the 6th switch; In addition, 6th switch is coupled to the 5th switch and the 8th electrical contact by the tenth electrical contact, and, 6th switch is coupled to this external electronic by the 11 electrical contact, moreover the 6th switch is coupled to a five-function indicator elment of the plurality of function indicator elment by the 12 electrical contact and the five fingers show component resistance;

One the 7th switch, be electrically connected to the 13 electrical contact and the 14 electrical contact respectively, with when the 6th mechanical type switch unit presses down, couple the 13 electrical contact and the 14 electrical contact, wherein, one end of 7th switch couples the 3rd switch and the 5th electrical contact, and the other end of the 7th switch is then coupled to one the 6th function indicator elment and one the 6th indicator elment resistance of the plurality of function indicator elment; And

One the 8th switch, be electrically connected to the 15 electrical contact and the 16 electrical contact respectively, with when the 7th mechanical type switch unit presses down, couple the 15 electrical contact and the 16 electrical contact, wherein, one end of 8th switch couples the 3rd switch and the 5th electrical contact, and the other end of the 8th switch is then coupled to one the 7th function indicator elment and one the 7th indicator elment resistance of the plurality of function indicator elment;

Wherein, by the 6th function indicator elment and the 6th indicator elment resistance, the 7th switch is more coupled to a diode, at least one 8th indicator elment resistance and this light source; And by the 7th function indicator elment and the 7th indicator elment resistance, the 8th switch is more coupled at least one 6th indicator elment resistance and this light source.

The multifunction switch device of 12. electromechanical integrations as claimed in claim 2, is characterized in that more comprising a circumscribed switch, in order to switch the open and close of this at least one external electronic in outside.

The multifunction switch device of 13. electromechanical integrations as claimed in claim 1, is characterized in that wherein, this function indicator elment can be following any one: OLED element and LED element.