Abstract: An electric tool is provided, including an electric tool housing, an electric motor located in the electric tool housing, and an energy store, particularly a battery, for supplying the electric motor with energy. An actuating member for actuating a switching means for supplying the electric motor with energy is arranged in and/or on the electric tool housing. The energy store has an energy store housing, which can be fastened in and/or to the electric tool housing. The switching means is located in the energy store housing, and a transmission means which interacts with both the actuating member and the switching means, is arranged in the electric tool housing such that the movement of the actuating member is transmitted to the switching means.

Abstract: A power handle module encloses rechargeable batteries which can be used to power a number of modular special-purpose tools which may be mounted to the power handle module. The power handle module includes a hand grip, a trigger switch operated by a trigger and a first connector for engagement with a second connector on the special-purpose tool. An interlock operator on the handle module may be moved between a guard position where it resists pressure to move the trigger and at least one armed position, in which position it allows the trigger to be pressed. A secondary switch is mounted within the power handle module. When the special-purpose tool is a fastener driver the secondary switch controls direction of rotation of the motor on the tool.

Abstract: Certain exemplary embodiments provide a securement adapted to interface with a circuit breaker. A circuit breaker can comprise an actuator operable within an actuator operation zone defined by movement of the actuator between a first pole and a second pole. The securement can comprise an actuator restrainer and/or a substantially planar actuator guard coupled to said actuator restrainer. The securement can be operable between a first position and a second position. In the first position, the actuator can be manually operated between the first and second pole. In the second position, the substantially planar actuator guard can be located outside the actuator operation zone and/or substantially prevent manual access to the actuator.

Abstract: An input device of the invention includes a body formed with an accommodating part; an operation member having a basal end accommodated in the accommodating part and a distal end projected in a swinging operable manner to either side in a width direction and in a pushing operable manner from an neutral position; and an earth terminal for dissipating static electricity charged in the operation member. The input device is attachable to a circuit board. The earth terminal, being a metal plate insert molded in a wall, includes a contacting portion and first and second projections arranged near the operation member, and connecting parts exposed from the other end face of the body and solder connectable to respective earth patterns of the circuit board.

Abstract: A turn signal switch for a vehicle includes: a resiliently urging means provided between a switch operating element and a switch case so as to urge the switch operating element toward a neutral position and a returned position. The resiliently urging means includes: a return plate having a guide recess which is provided at one end and against which abuts a first pin provided on the switch operating element, the return plate being slidably supported on the switch case; a pair of return springs exhibiting spring forces for urging the return plate in a direction to bring the pin into abutment against the guide recess. The guide recess is curved into a substantially triangular shape, and includes a valley and return cam faces on opposite sides of the valley. The return springs are provided on opposite sides of the valley and between the return plate and the switch case. Thus, it is possible to reduce the length of the turn signal switch in the direction of push-in/return of the switch operating element.

Abstract: An electric vehicle has traveling units, first and second electric motors for driving the respective traveling units, a speed adjusting lever for adjusting a speed of the traveling units, a speed adjustment mechanism for generating a speed adjusting signal in response to operation of the speed adjusting lever, and a control unit for controlling rotation of the first and second electric motors in accordance with the speed adjusting signal generated by the speed adjustment mechanism.

Abstract: A mechanism for controlling circuit-closing/opening of power ratchet wrench, including: an elongated tubular main body for a user's hand to hold; a driving motor disposed in the main body; a transmission member disposed in the main body and connected with the driving motor for transmitting the power of the driving motor; a driving end disposed at the first end of the main body and drivable by the driving motor via the transmission member; a power supply for supplying power to the driving motor; a driving power supplying circuit disposed in the main body and electrically connected between the power supply and the driving motor, whereby the power supply can power on the driving motor via the driving power supplying circuit a controlling trigger, one end of the controlling trigger being pivotally connected with the main body.

Abstract: A safety start switch for a pneumatic tool including a main body, a compression strip, a push knob, a coupling element, a spring, and a pivot pin. After a corresponding arrangement of the above-mentioned components, the compression strip is not compressible in the ordinary state since the coupling element rests on the blocking portion of the main body. Meanwhile, the compression strip is downwardly swiveled to move the piston in the same direction responsive to the removal of the coupling element from the blocking position of the coupling element when the push knob is shifted against the resilience of the spring.

Abstract: A switch mechanism for use with reversible handheld power tools comprises a pair of switches that co-operate using abutment to restrict displacement of each switch according to the position of the other switch. In a tool having a dynamic brake and a series-wound motor, one of the switches has a false neutral position wherein a continuous current path is maintained between the tool motor and the dynamic brake when the second switch is moved from REVERSE or FORWARD to the neutral position.

Abstract: A powered operating device such as a powered toothbrush includes a test button for momentarily testing the operability of the device. The test button simultaneously presses against both the on portion and the off portion of the switch which controls the operation of the device. While pressure is applied to the test button, the device is placed in its operative condition and when the pressure is released, the geometric structure of the test button held by the package releases the on portion of the switch at the same time or just before the off portion. Thus, assuring that the switch turns off.

Abstract: The invention relates to a closing device consisting of a grip housing (10) containing a pivotably mounted grip flap (12). Said grip flap (12) is loaded by means of a restoring force (38) in the direction of its neutral position (12.1), against which force the manual actuation of the grip flap (12) must be carried out. Furthermore, an electrical switch (20) is associated with the grip housing (10), said switch comprising a spring-loaded (28) contact actuator (24). In order to provide a compact, cost-effective closing device, the restoring force (38) of the grip flap (12) can be directly generated by the spring-loading (28) of the contact actuator (24) of the electrical switch (20). In this way, separate springs are not required for the grip flap (12).

Abstract: A trigger assembly and a power tool. The trigger assembly includes a housing and a trigger. The trigger is movably supported by the housing and includes a support portion and a contact portion. The housing includes an opening, and the support portion at least partially extends into the opening. In some aspects and in some constructions, the support portion has a first width, and the contact portion has a second width, the second width of the contact portion being greater than the first width of the support portion. The trigger includes an upper protrusion that may prevent the operator's finger from being pinched between the trigger and the housing. The trigger may include an angled portion extending between the support portion and the contact portion on opposite sides of the trigger. The angled portion may include multiple ribs defining grooves between the ribs.

Abstract: To electrically connect switch terminals of a housing and a control member in a switch for an electric tool with ease and to prevent the electric connection from becoming incomplete even when vibration occurs, elastic bodies for maintaining an electric connection are interposed between the control member and the switch terminals so that the control member and the switch terminals can maintain a stable connection even when vibration is imparted to the housing.

Abstract: A trigger assembly for an electric power tool includes a switch for electrical connection to the power tool for controlling operation of the power tool, and a trigger coupled with the switch for operating the switch. The trigger is pivotable about an upper end between an outer position in which the switch is open and an inner position in which the switch is closed. Also included is a locking member located adjacent the lower end of the trigger for locking the trigger in the outer position. The locking member is movable from a locking position, locking the trigger in the outer position, to an unlocking position releasing the trigger.

Abstract: A welding system having a welding gun. The welding gun is adapted with a trigger. The welding gun may have a lever to lock the trigger in a desired pivoted position. The lever may pivot the trigger as the lever is pivoted. The welding gun may have a trigger extension to enable a user to pivot the trigger by depressing the trigger extension. The trigger extension may be plastically deformed. The trigger extension may be removable. The trigger extension may be rotatable.

Abstract: A trigger mechanism for a power tool includes a chassis; a trigger mounted to the chassis for movement between ON and OFF positions; an electrical switch mounted to the chassis for activation by movement of the trigger between the ON and OFF positions to close and open an electrical circuit; and a locking mechanism comprising a lock button and a latch, user-depression of the lock button causing deflection of the latch to enable depression of the trigger in the OFF position, the pushbutton retaining the latch deflected in the OFF position of the trigger until further depression of the trigger beyond the ON position releases the pushbutton from the latch to enable release of the trigger for return to the OFF position.

Abstract: A safety device includes a trigger for activating a first switch and a brake device for braking the output shaft of the electric tool. The trigger is controlled by a safety button that pivots a pivotal member that is engaged with a rotatable member when an intermediate member of the brake device is shifted by operating the brake device. The rotatable member matched with the pivotal member is rotated to activate a second switch. The electric power is provided to the output shaft when both the first and second switches are activated.

Abstract: A switch assembly for use with a power tool that includes an enclosure with an open top, a switch body with multiple switch contacts, with the switch body being located in the enclosure and having connectors for connecting to electrical conductors that selectively extend to the motor and the power source. The switch assembly further includes a slide switch mechanism for selectively engaging certain ones of the switch contacts for determining the operating characteristics of the motor, an actuating switch cover operatively connected to the slide switch mechanism, wherein the cover is slideable between at least two operating positions, with the switch cover being operatively accessible by a user, and a compressible seal positioned between the actuating switch cover and the switch body, with the seal extending around substantially the entire circumference of the top of the switch body.

Abstract: There are provided, together with two microswitches 20 accommodated in a cylindrical compartment 13, a manipulation member 2 which can freely swing about a pivot portion 2a in the directions of arrows A and B, a transmission member 3 which can freely move in reciprocating motion within a specific range between a transmitting position and a non-transmitting position located along a radial direction of an arc which is the trajectory of the swing motion of the manipulation member 2 in the directions of the arrows A and B, a contact member 4 which can freely move in reciprocating motion within a specific range between an exposed position and a retracted position in the directions of arrows E and F, a driven member 5 which can freely move in reciprocating motion in the directions of arrows G and H, and a restricting part 6 fixed at a position opposing the contact member 4.

Abstract: A trigger mechanism for a power tool, comprises a chassis, a trigger mounted movably to the chassis, and an electrical switch mounted to the chassis and activated by movement of the trigger between ON and OFF positions to close and open an electrical circuit. A locking mechanism attached to the chassis is user-activated to unlock the trigger in the OFF position and trigger-activated to release the trigger in the ON position. The mechanism includes a single, spring-loaded locking pin arranged to lock the trigger in both the ON and the OFF positions.

Abstract: An electric hand power tool has an on/off switch, an elongated switching key having a front end and a rear end and actuating the switch, a blocking lever carried by and projecting from the switching key to prevent or to allow turning on of the latter, the switching key being supported turnably, the switching key having a convex curvature starting substantially centrally and extending toward the rear end, the switching key carrying the blocking lever near the rear end, the blocking lever having an upper edge located under a tangent between the convex curvature and the rear end of the switching key.

Abstract: A pivoting handle and control arrangement is provided for a floor care appliance such as a vacuum cleaner. An actuator rod in the handle is utilized for remotely triggering a switch located in the lower part of the housing. The switch could be utilized for controlling a feature of the floor care appliance such as a surge control for a vacuum cleaner's suction motor. A trigger positioned on the handle is operatively connected to an actuator rod traversing the interior of the handle. The distal end of the actuator rod is in operative engagement with the switch when the handle is in the upright position. When the trigger is depressed, the actuator rod depresses the switch causing it to close. The feature controlled is thereby energized. When the handle is moved to the folded position, the actuator rod is folded with the handle and moved away from the switch.

Abstract: An electrical switch or operating device is disclosed for controlling/operating an electrically controlled bicycle component. In one embodiment, the operating device controls/operates a bicycle shift device and a bicycle suspension. The operating device has a base portion, a toggle portion, a button portion, three electrical contact switches, and a clicking mechanism. The clicking mechanism is positioned in a manner to provide for a compact arrangement of the operating device. The toggle portion is pivotally mounted to the base portion to move from a toggle neutral position to first or second contact positions where the toggle portion depresses either the first or electrical contact switches. The button portion is movably coupled to the toggle portion between a button neutral position where the button portion is spaced from the third electrical contact switch and a third contact position where the button portion depresses the third electrical contact switch.

Abstract: A grinding tool includes a handle with a grinding wheel connected thereto and driven by a driving device. An opening is defined in the handle and a switch device is received in the opening with which a cover is engaged. A recess is defined in an outer periphery of the cover and a hole is defined through the cover. A pushing member is slidably engaged with the recess and a stepped protrusion extending from an underside of a first end of the pushing member is engaged with an inner periphery of the hole. A gap is defined between a second end of the pushing member and a surface defining the recess. An activation member is connected to the sliding member via the hole and has a convex contacting the switch device. A spring is connected between the cover and the activation member. The activation member shuts off the switch device when the sliding member is pulled by the spring by pushing the second end of the pushing member.

Abstract: Hand-held electrical appliance of the hairdryer or similar type, including a body (1) equipped with a series of functional elements and a handle (11) displaying an array of controls (2) allowing the user to operate and adjust the said appliance, characterized in that the said handle has at least one barrel (12) which can move about its axis, and in that the said array of switches moves integrally with the barrel.

Abstract: An AC/DC switch for electric power tools avoids bouncing when turned on, but assures quick cutting-off of heavy current. Operation does not vary with age, as might be caused by wearing of projections of the switching mechanism and/or inconsistency in spring material. A reversal spring quickly switches the mechanism on and off so that the movable contacts are brought close to the stationary contacts before the turning-on, thereby permitting the turning-on subsequent to traverse of the reversal point without bouncing of the movable contacts from the stationary contacts, and preventing movement of the movable contacts before reversal spring has stored increased energy, thus allowing quick release of stored energy to make the movable contacts leave the stationary contacts at a speed sufficient to prevent electric arcs between the movable and stationary contacts, and hence prevent the wearing of the contacts.

Abstract: A successive switch device of a slot cutting machine includes opposite first push button and second push button mounted on the handle, and a positioning block secured on secured on the press switch. The first push button and the second push button may be locked with the positioning block, so that the press switch may be positioned after being pressed. Thus, the slot cutting machine may be operated successively. In addition, the slot cutting machine is available for the right-handed and left-handed users.

Abstract: A grinding tool includes a handle with a grinding wheel connected thereto and driven by a driving device. An opening is defined in the handle and a switch device is received in the opening with which a cover is engaged. A recess is defined in an outer periphery of the cover and a hole is defined through the cover. A pushing member is slidably engaged with the recess and a stepped protrusion extending from an underside of a first end of the pushing member is engaged with an inner periphery of the hole. A gap is defined between a second end of the pushing member and a surface defining the recess. An activation member is connected to the sliding member via the hole and has a convex contacting the switch device. A spring is connected between the cover and the activation member. The activation member shuts off the switch device when the sliding member is pulled by the spring by pushing the second end of the pushing member.

Abstract: The power tool includes a body, a trigger mechanism and a manually operated locking member. The trigger mechanism is mounted to the body for rotation about an axis between an actuated position and a non-actuated position. The manually operable locking member is translationally mounted to the body for movement between a first position and a second position. The locking member cooperates with the trigger mechanism to provide first, second and third modes of operation. In the first mode, the locking member is in the first position and articulation of the trigger mechanism from the non-actuated position to the actuated position is precluded. In the second mode, the locking member is in an intermediate position between the first and second positions and the trigger mechanism is freely allowed to articulate between the actuated and non-actuated positions.

Abstract: A switch mechanism (40,48,64) for assisting accurate control of a power tool (2), which power tool (2) comprises a variable output (20) controlled by the switch mechanism (40,48,64) wherein the shape of at least one part (42,44) of the switch mechanism (40,48,64) which is activated by a user indicates the manner in which the switch mechanism (40,48,64) controls the output (20) when that part (42,44) of the switch mechanism (40,48,64) is activated.

Abstract: A switch for electric hand-tools includes: a switch housing with a switching device arranged therein; and a carriage arranged movably in the housing and which is drivable by a trigger connected thereto. The carriage is provided with at least one slider for sliding over a potentiometer track and with at least one movable contact of a mechanical switch. The switch housing is provided with an electrical connecting system which, when a module is arranged on the switch housing, is adapted to form an electrical connection between the switch housing and the module. The switch housing with the switching device arranged therein can be adapted, by connecting a module thereto, to provide an additional switch function and to adapt to a specific method of connection of the wires to be connected to the switch.

Abstract: A switch attachment structure for an electric appliance which is simple but is able to provide good assembling efficiency. A first outer shell (2a) which constructs a part of a main body or pillar (2) of the electric appliance is provided in a bottom with an attachment frame (8). The attachment frame (8) includes a through-hole (7) for attaching a tip-over switch (3) thereto and a cutout (9) formed in a part of the attachment frame (8). The cutout (9) has a width at least as large as the thickness of a lead wire (10), thus providing the communication of the through-hole (7) with the outside of the attachment frame (8). When combining the first outer shell (2a) and a second outer shell (2b) together, the cutout (9) is filled by the second outer shell (2b).

Abstract: An electrical switch (4), in particular for electric hand tools (1), such as electric drills, hammer drills, electric screwdrivers or the like, has an actuating member (5) that can be moved from an initial position into an operating position. In the operating position, the actuation member (5) acts, for example, to switch a contact system or to adjust a potentiometer. In addition, the switch (4) has a movable actuating element (13) which, when it is moved, acts to actuate a first device the actuating element (13) is arranged in the immediate vicinity of the actuating member (5). Furthermore, in addition, a further, second device can be actuated by means of the actuating element (13).

Abstract: A two-stage self-locking switch for electric hand tools mainly comprises a trigger base structure, an auto-return switch, a tigger-controlling structure, a trigger structure, and a cover for the trigger base structure. Wherein the trigger-controlling structure pivoted to the trigger base structure comprises namely a button connected with an arresting part on its bottom and a flexible slice on the bottom of its front, and the flexible slice is connected with both an upward extending retaining key and a downward extending reversed hook plate. Whereas, the trigger structure is pivoted to the trigger base structure with respect to the position of the trigger-controlling structure, and on the appropriate positions of the front of the trigger structure corresponding to the arresting part and the reversed hook plate is provided with a resisting plate and a hook plate respectively.

Abstract: A two-stage self-locking switch for electric hand tools mainly comprises a trigger base structure, an auto-return switch, a trigger-controlling structure, a trigger structure, and a cover for the trigger base structure. Wherein the trigger-controlling structure pivoted to the trigger base structure comprises mainly a button connected with an arresting part on its bottom and with a flexible slice on bottom of its front, and the flexible slice is connected with both a upward extending retaining key and a downward extending reversed hook plate. Whereas, the trigger structure is pivoted to the trigger base structure with respect to the position of the trigger-controlling structure, and on the appropriate positions of the front of the trigger structure corresponding to the arresting part and the reversed hook plate is provided with a resisting plate and a hook plate respectively.

Abstract: The electric shaver is provided with a push button switch contained in a case, a push button to press the push button switch disposed in the case switch window and switch it on and off, and a waterproof gasket disposed between the push button and the push button switch to seal the case switch window in a watertight configuration. The case has a switch window with a periphery ridge projecting outward from the perimeter edge. The waterproof gasket has an upper surface contact region to contact the periphery ridge upper edge and an inner surface contact region to contact the periphery ridge inside surface. An inner ring is disposed inside the waterproof gasket inner surface contact region to tightly connect the waterproof gasket inner surface contact region and the periphery ridge. The push button is disposed inside the inner ring in a manner allowing it to move in the direction it is pressed.

Abstract: An improved trigger to activate a switch for power actuated devices is disclosed. A one piece molded part provides a return spring and a trigger lock as an element of the trigger. Both the return spring and the lock include extended resilient portions to allow motion of the return spring and the lock in relation to the body of the trigger. Either one or both of the lock and the return spring may be a part of the trigger of the invention.

Abstract: A waterproof switch in a flashlight has a switch assembly, a waterproof bonnet received between the switch assembly and the hollow cylinder and an abutting member received in the switch assembly to force the switch assembly to move toward the waterproof bonnet to allow the switch assembly to have a waterproof engagement with the hollow cylinder.

Abstract: A power tool includes a motor and a switch device for starting and stopping the motor. The switch device includes an operation member and an on-operation prevention device. The operation member can pivot about a pivotal axis between an on position and an off position and has an on-operation arm and an off-operation arm on either side of the pivotal axis for operation by an operator. The on-operation prevention device serves to prevent the operation member from moving from the off position to the on position and to permit the operation member to move from the off position to the on position.

Abstract: A vacuum cleaner includes a housing having a nozzle assembly and a handle. An agitator brush is mounted for relative rotation on the nozzle assembly. A motor and fan subassembly are mounted in the housing. A three position control switch is carried on the handle. The control switch is selectively positionable in an off position, a continuously on position and an automatic on/off touch control position whereby the motor is activated by squeezing the control switch assembly and deactivated by releasing the control switch assembly.