Electronic part with integrated fuse
A fuse-integrated electronic component connected to a power supply part includes an outer housing fixed by a first coupling member in a state in which housings are engaged with each other to define an accommodation space and in which an extension part is disposed at one side thereof, an inner body installed in the accommodation space by a second coupling member to define a mounting space, a connector electrically connected to the outer housing so that the extension part is accommodated therein, and a fuse installed in the mounting space to cut off a high voltage output to the connector. The first coupling member is coupled and released between the outer housing and the power supply part so that the first coupling member is released in a state of being separated from the power supply part, to doubly cut off the power when the fuse is replaced.
1. A fuse-integrated electronic component, which is connected to a power supply part, the fuse-integrated electronic component comprising:
an outer housing which is fixed by a first coupling member in a state in which first and second housings are engaged with each other to define an accommodation space and in which an extension part is disposed at one side thereof;
an inner body installed in the accommodation space by a second coupling member to define a mounting space;
a connector connected to the outer housing so that the extension part is accommodated therein; and
a fuse installed in the mounting space to cut off a high voltage output to the connector,
wherein the first coupling member is disposed to be coupled and released between the outer housing and the power supply part so that the first coupling member is released in a state of being separated from the power supply part,
wherein the inner body is provided with a second terminal electrically connected to the first terminal provided in the power supply part, and
in a state of being separated from the power supply part, the first and second terminals are also separated from each other to cut off the supply of the power,
wherein the second coupling member is coupled to a coupling part provided in the power supply part by passing through a through-hole of the inner body, wherein a body ascending end hooked on the inner body is provided to be released so that the first and second terminals are separated together from each other, and
wherein the body ascending end is disposed at a first position spaced apart from the through-hole in a state of being completely coupled to the coupling part and is disposed at a second position that is in contact with one side of the through-hole when the second coupling member is released to move by a first distance so as to move together with the inner body until the second coupling member is completely released, thereby separating the first and second terminals from each other.
2. The fuse-integrated electronic component of claim 1 , further comprising an inner cover that is in close contact with one side of the inner body to cover the mounting space.
3. The fuse-integrated electronic component of claim 1 , wherein the connector is provided with an interlock terminal electrically connected to a relay installed inside the power supply part.
4. A fuse-integrated electronic component, which is connected to a power supply part, the fuse-integrated electronic component comprising:
an outer housing which is fixed by a first coupling member in a state in which first and second housings are engaged with each other to define an accommodation space and in which an extension part is disposed at one side thereof;
an inner body installed in the accommodation space to define a mounting space;
an inner cover that is in close contact with one side of the inner body to cover the mounting space;
a second coupling member passing through a communication hole defined in the inner body and a through-hole defined in the inner cover at the same time;
a connector connected to the outer housing so that the extension part is accommodated therein; and
a fuse installed in the mounting space to cut off a high voltage output to the connector,
wherein the second coupling member comprises a work head exposed to the outside of the outer housing so as to be engaged with a tool, a close contact end hooked on an outer surface of the inner cover to prevent the inner cover from being separated, a body ascending end hooked on one side of the through-hole, and a screw part having a screw thread to be coupled to a coupling part disposed in a power supply part,
wherein the communication hole and the close contact end have the same shape and are disposed to correspond to predetermined positions by rotation of the second coupling member, and
wherein the body ascending end is disposed at a first position spaced apart from one side of the through-hole in a state of being completely coupled to the coupling part and is disposed at a second position that is in contact with one side of the through-hole when the second coupling member is released to move by a first distance to move together with the inner body until the second coupling member is completely released, thereby separating the first and second terminals from each other.
5. The fuse-integrated electronic component of claim 4 , wherein the inner body is provided with a second terminal electrically connected to the first terminal provided in the power supply part, and as the first coupling part is released, the inner body ascends together by the body ascending end so that, in a state in which the fuse-integrated electronic component is separated from the power supply part, the first and second terminals are also separated from each other to cut off the supply of the power.
6. The fuse-integrated electronic component of claim 4 , wherein the connector is provided with an interlock terminal electrically connected to a relay installed inside the power supply part.