TH65418A - Push button switch - Google Patents

Abstract

DC60 (12/07/56) A switch consisting of a stationary electrical contact (3.1) connected to the terminal for Connected at one of the two points (21.1), the rocking metal rocker part (4) is the rocker arm positioned to have a movable electrical contact (5.1). At the end of it And where it is connected Electrically with another terminal of the two points (21.3), the operating part (46) connected to the The rocker part in such a way that it moves between two positions, where in one of its positions the moving contact (5.1) of the rocker part (4) comes into contact with the electrical contact. Stationary body (3.1) By operating this pushbutton, the regulator (47) can rotate around the second axis (a2) parallel to the first axis (a1) that consists of two faces (36) being Symmetrically aligned with the second axis (a2) integrating plane, and the operating part (46), it consists of a pushbutton (42) that moves in an orthogonal direction to the second axis (a2) in response to the force. The compression sent to it. And the compression trajectory (8) connected to the pushbutton (42) in such a way that it rotates around the third axis (a3), parallel to the first axis (a1), and is forced in position as Determined with the elastic body part (22) and where it consists of two ends (44) that can come into contact with the two faces (36) of the regulator (47) in an interchangeable manner to bring the body. Force into an angular position Or another position corresponding to the position as Set in one position Or another position of the rocker part (4) (Fig. 1), a switch consisting of a stationary electrical contact (3.1) connected to the terminal for Connected at one of the two points (21.1), the rocking metal rocker part (4) is the rocker arm positioned to have a movable electrical contact (5.1). At the end of it And where it is connected Electrically with another terminal of the two points (21.3), the operating part (46) connected to the The rocker part in such a way that it moves between two positions, where in one of its positions the moving contact (5.1) of the rocker part (4) comes into contact with the electrical contact. Stationary (3.1) By operating this pushbutton, the regulator (47) can rotate around the second axis (a2) that is parallel to that axis. One (a1) consisting of two faces (36) arranged symmetrically with the plane that joins the axis. Two (a2) and operating parts (46) consist of pushbuttons (42) that move in an orthogonal direction. With the second axis (a2) that responds to the compressive force transmitted to it. And the way of transmission of compression (8) connected with Push button (42) so that it rotates around the third axis (a3). It is parallel to the first axis (a1) and is Forced to be in the designated position with the elastic body part (22) and where it consists of two ends. A side (44) that can come into contact with the two faces (36) of the controller (47) in an alternate manner to bring the controller into an angular position. Or another position corresponding to the position as Set in one position Or another location of the rocker part (4) (Figure 1).

Claims (1)

1. A switch consisting of Support structures (2), two-point connected terminals (21.1, 21.3) stationary electrical contacts (3.1) electrically connected. With terminals connecting one of the two (21.2) metal rocker parts (4) that can rock as arm. The yoke around the first arm (a1), where at one end of it Will have a moving electrical contact (5.1) and that is electrically connected to The terminal connects one of the other two (21.3), the operating part (46), is connected to the rocker part (4) in such a way that it makes it move around. Between positions as Set two positions, where in one of their positions, the moving electrical contact (5.1) of the rocker part (4) comes into contact with the stationary electrical contact (3.1), where the characteristic that The force (47) mounted within the supporting structure (2) is in such a way that it can rotate around the second axis (a2) parallel to the first axis (a1) and consists of two faces (36). The second axis (a2) and the operating part (46) consist of a push-button (42) that is supported on the support structure (2) but moves in a direction. The orthogonal axis to the second axis (a2) responds to the pressure delivered to it against the force from the elastic component (10) and the compression path (8) is connected to the push-button (42). In such a way that it can rotate around the third axis (a3) that is parallel to the first axis (a1) and that is in a given position. Yes, with an elastic piece (22) and containing both ends (44) that can be entered. Come into contact with the two faces (36) of the controller (47) in an alternate manner to bring the controller into any position. One position that matches any position One of the rocker parts (4) 2. The switch, as stated in Clause 1, which consists of With another connecting terminal (21.2) and another stationary electrical contact (32) electrically connected to the terminal. To connect another point (21.2) where the rocker part (4) will be positioned with another moving electrical contact (5.2) at its end and where the moving electrical contact. Another one In what angular position will this contact another stationary electrical contact (3.2)? One position in The two positions of the regulator (47) 3. The switch, as indicated in Clause 1 or Article 2, where the surface (36) is shaped like a step and where the two ends at each end. (44) of the compression path (8) is deformed and placed in such a way that the compression is applied on the The stepped surface is applied by applying pressure in the direction that the button moves. And later to the pressure in a right angle To the direction of movement of the pushbutton.4.Switch, as stated in one of the above claims, where the pushbutton (42) will consist of a plate (9) and a number of tongues (40) that Protruding at a right angle to the edge of the plate and the same number of guides (41) at the tip of the tongue And where the supporting structure (2) will consist of a wall (12, 13) with a slot (43) that works well to support the guide spokes (41) and that allows it to move. In claim 4, where the elastic part (22) of the compression path (8) and the elastic part (10) of the push button (42) forms a spring sheet, up Is a single piece and is attached to the plate (9) of the keypad 6. Switch, as specified in Clause 1 to Clause 3, one of which the pushbutton is composed of a pad ( 9) and two small pillars (40 \ ') that extend at a right angle from the plate and where the support structure (2) will consist of two shoulder supports (43 \') for such small columns (40 \ '). ') 7. Switch, as described in claim 6, where the elastic part of the compression pathway (8) consists of a thin sheet. The two opposite (22 \ ') discs that make up The parts included are Same piece as the pushbutton (46) 8. Switch as stated in Clause 6 or Clause 8 where the elastic part of the pushbutton (46) is composed of a coil spring. (10 \ ') 9. Switch, as stated in one of the above claims, where the rocker part (4) will consist of the center part. It has a rounded shape and controls (47), consisting of a small block (6) and a spring-operated rod (7) that attach and move to the rounded edge of the rocker part (4) 1. 0. The switch, as described in any of the above claims, which comprises the The elastic that can make the face Moving electrical contacts (5.1) and body electrical contacts The stationary (3.1) can be far from each other when the pushbutton (42) is not compressive for it to work. 1. The switch, as stated in claim 10, where the elastic path consists of a force spring (50) placed between the actuator (47) and part (11). ) Integrated into the supporting structure (2)