Electrical switches with pivotable toggle portions having replaceable fuses mounted in the toggle portions, and a removable cover/boot protecting the fuse. The electrical switches can have an activation component that closes and opens contact points or a single contact point within switch housing. The activation component can include a front end and a rear end. The rear end can be within the switch housing and the front end can protrude from the switch housing. The front end of the activation component can include a fuse slot. A fuse may be placed in the fuse slot and removed from the fuse slot. A rubber cover or boot, and the like can be removably attachable to the outside of the fuse slot to protect a fuse within the fuse slot. Flush mount and surface mount panels can be used with the electrical switches having replaceable fuses.

A game joystick switch assembly, includes a base, defining positioning holes; a joystick base movably mounted on the base; a joystick located on the joystick base; a first coupled member defining a slit aperture; a second coupled member arranged in an orthogonal direction relative to the first coupled member, and defining an elongated groove; a housing, defining a first through opening, positioning columns formed on the housing; a first electronic component; a second electronic component; and a metal fixing bracket including a main body, a second through opening in accordance with the first through opening for the joystick to stick out, four pins and side pins, and a containing space; wherein the housing and the base are received in the containing space, the housing and the base are positioned and combined by the positioning columns and the positioning holes.

A test switch for use in electrical power distribution networks is provided. The test switch facilitates the connection between the power distribution networks' equipment and test equipment used to effect tests on the power distribution networks' equipment. The test switch has a solidifying base which decouples the fastening of the body of the switch to the base of the test switch from the fastening of the test switch on an external surface/equipment. Various locking mechanisms for preventing use of or tampering with the test switch are also provided.

A test switch for use in electrical power distribution networks is provided. The test switch facilitates the connection between the power distribution networks' equipment and test equipment used to effect tests on the power distribution networks' equipment. The test switch has a solidifying base which decouples the fastening of the body of the switch to the base of the test switch from the fastening of the test switch on an external surface/equipment. Various locking mechanisms for preventing use of or tampering with the test switch are also provided.

A switch includes a base on which a bearing body having a bearing part at an upper end is provided in a protruding manner, an operating lever having an operating shaft with a lower end surface rotatably supported by the bearing part, and at least one operating leg extending from the operating shaft toward the base; and at least one contact mechanism having a fixed contact and a movable contact movable by the operating leg during rotation of the operating shaft, the contact mechanism being disposed on an upper surface of the base, with the movable contact opened and closed by the operating leg with respect to the fixed contact.

A switch includes a base on which a bearing body having a bearing part at an upper end is provided in a protruding manner, an operating lever having an operating shaft with a lower end surface rotatably supported by the bearing part, and at least one operating leg extending from the operating shaft toward the base; and at least one contact mechanism having a fixed contact and a movable contact movable by the operating leg during rotation of the operating shaft, the contact mechanism being disposed on an upper surface of the base, with the movable contact opened and closed by the operating leg with respect to the fixed contact.

A spring piece is formed integrally as part of a drive arm that presses an operational body. The spring piece is disposed between a pressing part at which the drive arm presses the operational body and a linkage part that acts a swinging fulcrum. A contact part between the spring piece and a case is positioned closer to the linkage part than the bend bottom end is. When the drive arm swings from an initial orientation to a completely swung orientation, the spring piece can generate an elastic return force. The elastic return force does not largely increase even when the drive arm swings.

A spring piece is formed integrally as part of a drive arm that presses an operational body. The spring piece is disposed between a pressing part at which the drive arm presses the operational body and a linkage part that acts a swinging fulcrum. A contact part between the spring piece and a case is positioned closer to the linkage part than the bend bottom end is. When the drive arm swings from an initial orientation to a completely swung orientation, the spring piece can generate an elastic return force. The elastic return force does not largely increase even when the drive arm swings.

A double seesaw switch has two seesaw switches arranged side-by-side inside a case. Each of the two seesaw switches has a central terminal arranged on a bottom surface inside the case, a pair of fixed contacts separately arranged, a moving contact supported pivotably with respect to the central terminal and has a contact portion for contacting one of the fixed contacts, an operation body supported rotatably with respect to the case, and pivots the moving contact by moving on the moving contact in correspondence with a rotation movement of the operation body, and a biasing part biasing the operation body towards a neutral position. The biasing part is a leaf spring piece formed in a U shape from a portion of a ceiling surface of the case, and to press against the operation body in a power storing state of a leading end portion compressed.

A double seesaw switch has two seesaw switches arranged side-by-side inside a case. Each of the two seesaw switches has a central terminal that is arranged on a bottom surface inside the case, a pair of fixed contacts separately arranged, a moving contact supported pivotably with respect to the central terminal and has a contact portion for contacting one of the fixed contacts, an operation body supported rotatably with respect to the case, and pivots the moving contact by moving on the moving contact in correspondence with a rotation movement of the operation body, and a biasing part biasing the operation body towards a neutral position. The biasing part is a leaf spring piece that is in a U shape by cutting into and raising a portion of a ceiling surface of the case, and is configured to press against the operation body in a power storing state in which a leading end portion that is compressed.