33results about How to "Reliable locked state" patented technology

An electrically-driven steering lock device is provided having a lock body that, if broken while a vehicle is parked, the lock body is divided into a main body portion and a guide portion. A lock pin is inserted through a through-hole of a movable plate and fits into a fit-in hole formed in a lock stopper such that movement of the lock stopper is impeded. A locked state of a steering shaft is thereby maintained. Further, movement of the movable plate in a direction of being pulled-out also is impeded by the lock pin, and an interior of the guide portion is prevented from being exposed. Moreover, the lock pin is provided within the guide portion, and even if the guide portion is viewed from an exterior, it is difficult to learn of a mechanism and a position of the lock pin. Therefore, it is difficult to cancel a locked state. Thus an electrically-driven steering lock device is provided in which it is difficult to cancel the locked state by an illegal act, and which has a good antitheft quality.

A lock device that restricts movement of a movable body includes: a lock member that is engageable with an engagement portion formed at the movable body; an urging member that urges the lock member in a direction away from the engagement portion; and an actuator that moves the lock member toward the engagement portion to engage the lock member with the engagement portion against an urging force generated by the urging member.

The invention relates to a small combined universal bracket. The small combined universal bracket comprises a first connecting piece, a second connecting piece, ball rod devices and a locking knob; the first connecting piece and the second connecting piece are symmetrical; the first connecting piece is provided with at least two first connecting parts; the first connecting parts are provided with first grooves; the second connecting piece is provided with at least two second connecting parts; the second connecting parts are provided with second grooves; the first grooves and the second grooves form spherical grooves; bulbs are embedded in the spherical grooves; the first connecting piece is connected with the second connecting piece; and the locking knob is matched with a bolt. When the locking knob is screwed for downwards pressing, the clamping of the ball rod devices on two sides is finished, so that the operation is convenient, and the structure is simple. The ball rod devices on the upper and lower connecting pieces can be two-end or multi-end structures; and when the ball rod devices adopt the multi-end structures, the central angle of each ball rod device is the same, so that the stress of external connecting equipment on each ball head device is the same.

PROBLEM TO BE SOLVED: To provide an electric connector for a circuit board capable of ensuring a stable locked state of lock parts by enlarging a protruding amount of the lock parts of lock fittings provided in the electric connector for the circuit board, and an electric connector assembly.SOLUTION: A lock fitting 30 includes: a base part which includes a portion extending in a terminal array direction at a lower position of a housing 10; a rising part which rises upwards from a portion of the base part within a range between end walls 15 in the terminal array direction; and a lock part 33 which protrudes from an upper portion of the rising part closer to the end wall 15 and can be locked upwards to a locked part which is provided in an opposite connector 2. The base part of the lock fitting 30 includes an elastic deformation portion 31C-1 which is elastically deformed in the terminal array direction so as to allow the rising part and the lock part 33 to move in the terminal array direction away from the end wall 15 corresponding to the lock fitting 30, when external force in the terminal array direction is applied in a connector fitting process.

A vehicle seat fitting has a fitting parts (11, 12) have a sprocket (17) and guide segments (14), a bar (16) guided by the guide segments between a locked and unlocked state that interact with the sprocket. The bar has bar cams (16a, 16b). An eccentric (27) is rotatably mounted around a rotation axis (A) and in a transition from unlocked to the locked, engages the bar with a force for clamping the bar against the sprocket. The eccentric has eccentric cams (28, 128) interacting with the bar cams. The first eccentric cam has a cam section (28.2) which runs in the peripheral direction concentrically around the axis. The cam section is arranged upstream in the closing direction of a further cam section (28.4) that has a cam contour running radially outwards downstream in the closing direction relative to the concentrically peripheral contour for clamping the bar against the sprocket.

The invention relates to the field of aeronautical ground equipment, in particular to a holding device for an airplane nose wheel. The holding device comprises a frame and is characterized in that the holding device is provided with an upper connecting rod, a lower connecting rod, a lifting oil cylinder, a rotating pin roll, a swing framer, a pressing bracket, a pressing oil cylinder, an upper pressing arm, a hinge pin roll, a clamp and a clamp pin roll, wherein the swing frame is hinged with the frame through the rotating pin roll; the front end of the lifting oil cylinder is hinged with the swing frame; the rear end of the lifting oil cylinder is hinged with the lower end of a saddle; a lifting rotary frame and the pressing bracket are arranged at the upper end of the front part of the saddle; a contacted work plane between the rear part of the saddle and the nose wheel is an inclined plane; the hinge pin roll is arranged at the front end of the lifting rotary frame; the pressing oil cylinder is arranged at the rear end of the lifting rotary frame; one end of the lower connecting rod is hinged with the swing frame; the other end of the lower connecting rod is hinged with the hinge pin roll; one end of the upper connecting rod is hinged with the hinge pin roll; the other end of the upper connecting rod is hinged with the frame; the lower end of the pressing bracket is hinged with the saddle; the upper end of the pressing bracket is hinged with the upper pressing arm; one end of the pressing oil cylinder is hinged with the lifting rotary frame; and the other end of the pressing oil cylinder is hinged with the upper pressing arm. The holding device disclosed by the invention has the advantages of novel structure, safety, reliability, great holding constraint force and the like.

The invention discloses a locking mechanism and a forging die using the locking mechanism. The ejector rod of the locking mechanism is fixed on the upper mold, and the turning part is hinged on the lower die, and the turning is realized through the cooperation of the lower swing arm of the turning part and the bottom end of the ejector rod, and the upper swing arm of the turning part can realize the rotation of the upper die. lock, so that during the forging process, with the relative pressing of the upper and lower dies, the ejector rod on the upper die will press down on the press-fitting part on the lower swing arm, so that the upper swing arm of the flip part Flip upward until the upper mold is completely pressed on the lower mold, the claws on the upper swing arm of the overturned part will be fastened on the edge of the upper mold to lock the upper mold on the lower mold, so as to realize the upper and lower molds. Therefore, this locking method not only makes the locking state between the upper and lower molds more reliable, but also drives the action of the locking mechanism through the relative pressing force of the upper and lower molds, realizing the pressing Automatic locking during the process.

The invention discloses a handle self-locking mechanism. The handle self-locking mechanism comprises a handle, two side plates which are symmetrically arranged on the middle part of the handle, a locking bolt which movably and transversely penetrates through the two side plates, a sleeve ring and a spring which sleeve the locking bolt, a wedge-shaped block which is fixedly arranged on the outer wall at one end of the sleeve ring, and a locking block which is matched with the wedge-shaped block for fixing. A limiting hole which is matched with the wedge-shaped block in appearance is formed in one side plate; one end of the wedge-shaped block is fixed with the sleeve ring, and the other end of the wedge-shaped block movably stretches into the limiting hole; the sleeve ring is in threaded fit with the locking bolt, and two ends of the spring are compressed between the sleeve ring and the side plate with the limiting hole. A wedge-shaped groove which is matched with the wedge-shaped block for being occluded is formed in the locking block. The invention further discloses a folding joint with the handle self-locking mechanism. According to the handle self-locking mechanism, the locking bolt, the spring, the sleeve ring and the wedge-shaped block are arranged on the handle, and the locking block which is occluded with the wedge-shaped block is further fixed on the handle, so that an occluded state of the wedge-shaped block and the locking block can be changed by pushing the locking bolt, and the handle can be conveniently locked or unlocked.

The present invention provides an electrical connector for a circuit board and an electrical connector assembly including the electrical connector for a circuit board and a mating connector, which can increase the protrusion amount of a locking portion of a locking member provided in the electrical connector for a circuit board, And the stable locking state of the locking parts can be ensured. The locking member (30) is stored in the storage portion of the housing (10), and the locking portions (35A, 35B) are movable between a locking position and a lock release position. The locking position is where the locking portions (35A, 35B) face the receiving portion ( 16) A position that protrudes and is locked with the locked portion of the mating connector (2). This unlocking position is when the locking portion (35A, 35B) moves toward the other end wall (15) side in the terminal arrangement direction. When the lock is released, the elastic deformation portion (40) exerts an urging force on the locking member (30) to move the locking member (30) toward the locking position.

The invention discloses a lock structure of an automobile engine hood. The lock structure comprises a lock structure device and a lock protection device, wherein the lock structure device comprises a lock top plate, a lock bottom plate, a lock pin, a locking driving swinging leaf, a locking driven swinging leaf and a tension spring; the lock protection device comprises a safety hook; one end of the lock pin is fixedly connected with the lock top plate; the other end of the lock pin forms a clamped head; the locking driving swinging leaf and the locking driven swinging leaf are mounted on the lock bottom plate; a clamping groove is formed between the locking driving swinging leaf and the locking driven leaf; the tension spring is connected between the lock bottom plate and the locking driving swinging leaf and is in a stretched state; the clamped head penetrates through the clamping groove in an extrusion manner and is under the elastic action of the tension spring; the clamped head is locked by the locking driving swinging leaf and the locking driven swinging leaf; one end of the safety hook is connected onto the lock top plate; the other end of the safety hook hooks the lock bottom plate.

The invention discloses a quick wire locking electrical connector which comprises a base, a torsion spring, an elastic piece, a slider, a handle, a contact terminal and a wire pressing frame. The baseis provided with a wiring hole, a spring supporting shaft and a terminal mounting hole, the slider is provided with a sliding inclined surface, a guiding groove and a positioning step, the handle isprovided with a handle top end and a spring pressing boss, the slider is provided with a slider supporting arm, the elastic piece comprises an elastic end and a wire pressing wall, the handle is hinged to the base, the elastic piece is connected to the elastic piece support shaft, the torsion spring is used for driving the elastic piece to bounce, the guiding groove is connected to a slider support arm, the slider is also connected to an elastic device for driving the slider to slide to the elastic piece, and the contact terminal passes through the terminal mounting hole. When a wire is locked, the elastic end is connected to the positioning step, the wire pressing wall presses the contact terminal, and a top end of the handle is connected to the sliding inclined surface when the wire is unlocked. After the wire locking is completed, the reliability of pressing the wire is not affected as long as the top end of the handle does not press the slider to a state in which the elastic end can slide out of the positioning step.