36results about "Special locking actions" patented technology

A latch, including: a claw movably mounted to the latch for movement between an unlatched position and a latched position; a pawl movably mounted to the latch for movement between an engaged position and a disengaged position, wherein the pawl prevents the claw from moving from the latched position to the unlatched position when the pawl is in the engaged position; a hold open lever configured for movement between a first position wherein the hold open lever does not block movement of the pawl and a second position, wherein the hold open lever prevents the pawl from moving from the disengaged position to the engaged position; a gear rotatably mounted to the latch for movement between a first position and a second position, the gear having a cam portion that is configured to engage the pawl and move the pawl to the disengaged position as the gear rotates from the first position to the second position; and a spring for biasing the hold open lever into the second position as the gear is rotated into the second position, the spring being operably coupled to the pawl at one end and the hold open lever at a second end.

A vehicle control system includes at least one processor and a storage medium configured to store a program to be executed by the at least one processor. The program includes at least one command. The at least one command causes the at least one processor to execute a key lock-out prevention process of controlling a lock mechanism of a door of a vehicle into an unlocked state in a case where a key that operates the lock mechanism is positioned inside the vehicle, and a vehicle protection process of controlling the lock mechanism into a locked state without executing the key lock-out prevention process in a case where, after automatic stop of the vehicle, an occupant present inside the vehicle is not detected and the key is positioned inside the vehicle.

The present application belongs to the technical field of automobile accessory structure, and specifically discloses a snow load electric latch and an automobile. The snow load electric latch comprises a base plate, a lock tongue pivotally connected to the base plate, a locking member, and a flap. The flap falls into a snow load clamping position on the locking member after the locking member is unlocked, so as to ensure that the locking clamping block of the locking member is separated from the lock tongue, facilitate the unlocking rotation of the lock tongue, ensure that the electric latch can be normally unlocked, and when the half-lock clamping position of the lock tongue is in a reset movement state and passes the locking clamping block, the lifting insertion block on the lock tongue uses a lifting inclined surface to pry the pressing end, so as to pry the limiting end of the flap, so that the limiting end is separated from the snow load blocking block. At this time, the locking member can be pressed towards the lock tongue under the driving of a second reset device, so as to be ready for locking. After the user unlocks, the electric latch can always remain in an unlocked state, so as to ensure that the tail door can be normally opened, prevent the electric latch and the tail door support rod from being in a situation of competing with each other, protect the tail door or the electric latch, reduce the number of maintenance and maintenance costs, and improve the service life.

The application belongs to the technical field of automobile accessory structure, and particularly discloses a tail door electric suction lock and an automobile. The tail door electric suction lock comprises a mounting seat, a base plate, a lock tongue, a locking piece, a warped plate, an emergency lever, a driving device and an unlocking assembly. The warped plate falls into the snow load clamping position on the locking piece after the locking piece is unlocked, so that the locking clamping block of the locking piece is separated from the lock tongue, the electric suction lock can be normally unlocked, and when the half-lock clamping position of the lock tongue is in a reset movement state and passes the locking clamping block, the warped insertion block on the lock tongue pries the limiting end of the warped plate, so that the limiting end is separated from the snow load block. At this time, the locking piece can be pressed towards the lock tongue under the driving of the second reset device, so as to be ready for locking. After the user unlocks, the electric suction lock can always keep the unlocking state, so as to prevent the situation that the electric suction lock competes with the tail door support lever. In addition, if other unexpected conditions cause the driving device to fail, the user can also use hands to grab the hand turning part to drive the emergency lever to unlock, so as to ensure that the tail door can be unlocked and opened.

The present application discloses a locking device comprising: a housing; a plunger inserted into the housing, movable and rotatable to transit between a locking position and an unlocking position, wherein when the plunger is in the unlocking position, the plunger is in a first rotating position and a first axial position, when the plunger is in the locking position, the plunger is in a second rotational position and a second axial position; a rotor accommodated in the housing and rotatable around a rotor rotation axis relative to the plunger between a engaged position and a disengaged position, wherein when the plunger is in the locking position, the rotor is rotatable to the engaged position to prevent the plunger from moving; and a motor accommodated in the housing and configured to drive the rotor to rotate. The present application further discloses a locking system.

The bottom door locking device comprises a supporting seat and a locking mechanism, the locking mechanism comprises a ratchet wheel device and a pawl device, the ratchet wheel device is in transmission connection with a rotating body of an operation main body for driving a door leaf of a bottom door to do opening and closing actions, and the pawl device is hinged to the supporting seat; the first elastic reset device is used for driving the pawl device to be matched with the ratchet wheel device so as to limit the bottom door leaf to rotate towards the door opening direction; the unlocking device comprises an unlocking handle and is used for driving the pawl device to be separated from the ratchet wheel device. When an operator drives the rotating body to close the door leaf of the bottom door, the ratchet device rotates along with the rotating body. Under the action of spring force of the first elastic reset device, the pawl device can automatically fall and bounce when passing through each tooth groove of the ratchet wheel device until the door leaf of the bottom door is completely closed in place, the pawl device can be immediately clamped into the current tooth groove, locking is automatically completed, and major potential safety hazards caused by forgetting to manually lock are eliminated.

A vehicle door control system includes a courtesy switch that detects an opened / closed state of a side door, a latch actuator that performs an unlatch operation for releasing a latch that holds the side door in a closed state, an unlatch switch that is provided in a vehicle compartment and is operated by a user when releasing the latch, and a controller that causes the latch actuator to perform the unlatch operation when the unlatch switch is operated. The controller prevents the unlatch operation from being executed in a period during which the side door is in an opened state, even when the unlatch switch is operated.

Latch device (1) provided on the door side of a vehicle includes a catch (12) that engages with a striker (2) so that the catch (12) can rotate in a latch direction toward a fully-latched position and in a release direction toward an unlatched position, a sector gear (13) that is rotated by an actuator (3), a cinch lever (14) that is coupled to the sector gear (13) and comes into contact with a contact portion (125) of the catch (12) to rotate the catch (12) in the latch direction, a pawl (15) that restricts rotation of the catch (12) in the release direction, and a release lever (16) that releases restriction by the pawl (15) upon contact with the sector gear (13). One of the sector gear (13) and the cinch lever (14) has a groove (132, 143) that includes a second groove (132Y, 143Y). The second groove (132Y, 143Y) is configured such that when the catch (12) and the cinch lever (14) are in an irregular position, the sector gear (13) comes into contact with the release lever (16) and can release the restriction of the catch (12) by the pawl (15).

A latch mechanism for a door of an aircraft comprises a striker pin and a catch assembly. The catch assembly includes a housing, which includes a first aperture and a first outboard surface aligned with the first aperture. The catch assembly also includes a catch pivotably coupled to the housing. The catch includes a recess configured to selectively receive the striker pin. The catch also includes a hook extending at least partially through the first aperture. The hook includes a second outboard surface configured to selectively cover the first outboard surface. The catch is pivotable relative to the housing between an open orientation in which the second outboard surface at least partially reveals the first outboard surface, and a lock orientation in which the second outboard surface substantially conceals the first outboard surface. The recess is configured to receive the striker pin when the catch is in the lock orientation.

To reserve locking of a slide door when the slide door is being closed, so that the slide door becomes locked after being fully closed.SOLUTION: A control device is connected between a signal line for communicating an open / closed state of a door lock sensor of a vehicle with the slide door, and a vehicle ECU for controlling the slide door. When a signal for placing the slide door in a locked state is transmitted toward the vehicle when the slide door is being closed, a door lock of the vehicle is completed after the slide door becomes fully closed. The device includes a door lock signal line setting module and an MCU module. By determining whether or not the slide door is being closed, the MCU module controls the door lock signal line setting module to create a pseudo-fully closed state, making the vehicle ECU recognize that the slide door is fully closed when the slide door is being fully closed, and repeats determination in the case other than that.SELECTED DRAWING: Figure 4

To reduce a load of a door closer for moving a latch to a full latch position by pulling a tension member while reducing the number of components of a door lock device having an ice breaking function.SOLUTION: The closing member of the door lock device is connected to the pulling member and moves the latch to the full-latch position when the latch is at the half-latch position and the pulling member is pulled by the door closer, and the ice breaker is at an operating position where the ice breaker engages with the closing member and moves integrally with the closing member to press the latch so as to move from the full-latch position toward the unlatch position when the pulling member is pulled by the door closer. The cancel member holds the ice breaker at a non-operating position for allowing the rotation of the closing member when it is at the pull-in allowing position, and moves the ice breaker from the non-operating position to the operating position by moving from the pull-in allowing position to the pull-in cancel position.SELECTED DRAWING: Figure 5

The invention relates to a motor vehicle lock assembly for a locking element (2) of a motor vehicle (3), wherein the motor vehicle lock assembly (1) comprises a motor vehicle lock (5) with a locking mechanism (6) with a latch (8) and a locking pawl (9), wherein the motor vehicle lock assembly (1) comprises a push-up arrangement (10) for pushing the locking element (2) into a gap position in a push-up operation with a push-up element (11) and a push-up drive (12), and wherein the motor vehicle lock assembly (1) comprises a pull-down arrangement (13) for pulling the latch (8) in a pull-down operation.It is proposed that the pressing element (11) can be manually retracted, that the pressing arrangement (10) has a housing section (15) which has an opening (16) through which an end (17) of the pressing element (11) pressing the locking element (2) is moved during the pressing process, that the pressing end (17) is positioned in a neutral position of the pressing element (11) inside the opening (16) before the start of the pressing process, and that the closing process is mechanically and / or electrically locked until the pressing end (17) is positioned inside the opening (16).

The invention relates to the technical field of automobile safety, in particular to an automobile front cover anti-pinch system, a control method and an automobile. Comprising a front cover, a lock body assembly, a driving mechanism, a sensing unit and an electronic control unit, the sensing unit comprises a gap sensor used for detecting a gap value between the front cover and the matching surface of the automobile body; and the electronic control unit is electrically connected with the sensing unit, the driving mechanism and a pull-in motor of the lock body assembly respectively. Wherein the electronic control unit is configured to obtain a gap value detected by the gap sensor after receiving a closing instruction, and when the gap value is smaller than or equal to a preset threshold value, the suction motor is started to execute locking; when the gap value is larger than a preset threshold value, the driving mechanism is controlled to execute ejection action so as to adjust the position of the front cover, and after adjustment, when the gap value is smaller than or equal to the preset threshold value again, the suction motor is started to execute locking. Through the logic of first aligning and then sucking, the potential safety hazard of hand clamping in a semi-locking state is eliminated, and the appearance levelness after the front cover is closed is ensured.

A work machine includes an openable / closable door including a door body and a hinge having a first shaft, and a lock mechanism that holds the openable / closable door in an opened state. The lock mechanism includes a second shaft, an engaging member that is swingably supported by the second shaft, and a pin. The engaging member includes a body portion having a plate shape, a shaft hole in the body portion through which the second shaft is inserted, and a hook portion separated from the shaft hole, the second shaft revolves about the first shaft according to pivot of the door body around the first shaft, the engaging member swings around the second shaft according to the revolution of the second shaft about the first shaft, and the hook portion engages with the pin such that the door body is disposed at a predetermined opened position.

The present invention discloses an intelligent vehicle door opening induction control system and its control method, including a rear vehicle or obstacle detection module, a vehicle controller, a door controller, a door state detection module, and an alarm system; the present invention can, when the vehicle stops, judge and control the vehicle to enter different alarm control modes according to the lateral and longitudinal distances and acceleration conditions between the rear vehicle or obstacle and the vehicle itself. When the vehicle enters the secondary alarm control mode, through the one-way locking motor structure of the door, even when the door has been opened, it can prevent the door from continuing to open, avoiding greater danger.

A vehicle latch, including: a cinching mechanism internal to the vehicle latch, the cinching mechanism including: a cinching lever operably coupled to an actuator via a cable, the cinching lever being rotatably mounted to the latch for movement about a pivot, the cinching lever being secured to a cinch blank lever, the cinch blank lever being pivotally mounted to a cinch drive link via a pivot; a claw pivotally mounted to the latch for movement between an open position and a primary position, the cinch drive link being configured to contact a claw blank of the claw in order to move the claw into the primary position during a cinching operation of the latch; a bearing secured to the cinch drive link via a pivot, the bearing travels through a canal of an override lever during interaction between the claw blank and the cinch drive link; an override clutch lever; a pawl release lever operably coupled to a pawl; and an override clutch link pivotally secured to the override clutch lever and the pawl release lever, wherein the override clutch link includes a lateral tab that interacts with a door ajar cam operably coupled to the claw of the latch in order to limit movement of the override clutch lever when the claw the latch is in the open position.

A door system and a vehicle, the door system comprising a door, an actuator and a controller, wherein: the door is mechanically coupled to the vehicle body; the actuator is connected to the door and is used to control the state of the door; the controller is used to control the actuator to control the state of the door according to the current working mode of the door system; wherein, the working mode at least includes: an electric mode, in the electric mode, the controller controls the actuator to drive the door to open or close; a hovering mode, in the hovering mode, the controller controls the actuator to keep the door hovering; a manual mode: in the manual mode, the controller controls the actuator to drive the door to move according to an external force acting on the door. The present invention divides the door system into different working modes, which is beneficial to algorithm implementation and improves the user experience.

The utility model relates to a cab with an auxiliary automatic locking safety door, which comprises a cab body, a driving door is arranged on the side surface of the cab body, an auxiliary locking mechanism is arranged between the driving door and the cab body, the auxiliary locking mechanism comprises a first fixing plate, and an L-shaped rod is hinged on the first fixing plate. In the natural state, the free end of the horizontal section of the L-shaped rod abuts against the surface of the first fixing plate, a second fixing plate is fixedly connected to the outer surface of the driving door, a cross rod is welded to the second fixing plate, and the free end of the cross rod extends to the first fixing plate. A driver needs to unlock the auxiliary locking mechanism before opening a driving door, so that the attention of the driver in the door opening process is indirectly improved, the situations that the driver is killed when opening the door and an engineering truck is missed in a high place are effectively avoided, the safety of the driver is improved, and the device is suitable for industrial production and has wide application prospects. And the practicability is very high.

Latch device (1) provided on the door side of a vehicle includes a catch (12) that engages with a striker (2) so that the catch (12) can rotate in a latch direction toward a fully-latched position and in a release direction toward an unlatched position, a sector gear (13) that is rotated by an actuator (3), a cinch lever (14) that is coupled to the sector gear (13) and comes into contact with a contact portion (125) of the catch (12) to rotate the catch (12) in the latch direction, a pawl (15) that restricts rotation of the catch (12) in the release direction, and a release lever (16) that releases restriction by the pawl (15) upon contact with the sector gear (13). One of the sector gear (13) and the cinch lever (14) has a groove (132, 143) that includes a second groove (132Y, 143Y). The second groove (132Y, 143Y) is configured such that when the catch (12) and the cinch lever (14) are in an irregular position, the sector gear (13) comes into contact with the release lever (16) and can release the restriction of the catch (12) by the pawl (15).

The invention relates to a method for locking a component that is moveably arranged on a motor vehicle, and a motor vehicle door lock having a motor vehicle lock with a locking mechanism (4) formed by a rotary latch (6) and at least one pawl df), wherein the rotary latch (6) can be engaged in at least one latch position by means of the pawl (15), a reinforcing plate (5), wherein at least the shafts (16, 17) of the rotary latch (6) and at least one pawl (15) can be connected by means of the reinforcing plate (5), a lock holder (2, 18), wherein the rotary latch (6) engages around the lock holder (2, 18) at least in a latch position, and wherein the lock holder (2, 18) can be brought into an engaging position with the reinforcing plate (5).

To prevent a vehicle after an occupant has emergently evacuated from being robbed.SOLUTION: A vehicle control system according to the present invention includes one or a plurality of processors, and a storage medium in which a program to be executed by the processor is stored. The program includes one or the plurality of commands. The command causes the one or a plurality of processors to execute key lock-in prevention processing and vehicle protection processing. In the key lock-in prevention processing, when a key that actuates a lock mechanism of a door of a vehicle itself is located inside a vehicle, the lock mechanism is controlled to be in a non-lock state. In the vehicle protection processing, after the automatic stop of the vehicle itself, when an occupant is not detected in the inside of the vehicle and the key is located inside the vehicle, the key lock-in prevention processing is not executed and the lock mechanism is controlled to be in a lock state.SELECTED DRAWING: Figure 2

A work machine (10) includes an openable / closable door (40) that includes a door body (41) and a hinge (42) that includes a first shaft (43), and a lock mechanism (50) that is capable of holding the openable / closable door (40) in an opened state, in which the lock mechanism (50) includes a second shaft (52), an engaging member (51) that is swingably supported by the second shaft (52), and a pin (45), in which the engaging member (51) includes a body portion (55) that has a plate shape, a shaft hole (58) that is defined in the body portion (55) and through which the second shaft (52) is inserted, and a hook portion (56) that is formed at a position separated from the shaft hole (58) in the body portion (55), the second shaft (52) revolves about the first shaft (43) according to pivot of the door body (41) around the first shaft (43), the engaging member (51) swings around the second shaft (52) according to the revolution of the second shaft (52) about the first shaft (43), and the hook portion (56) engages with the pin (45) in a state in which the door body (41) is disposed at a predetermined opened position.

A dual-locking door lock structure of a vehicle comprises: a claw that rotates to be coupled to or uncoupled from a striker provided on the door; a door pawl that operates to rotate the claw by coming into contact with the claw or releasing contact with the claw by rotating; a release lever that is coupled to the door pawl and is operated to rotate the door pawl by up and down movement of the release lever; a guide lever assembly that is coupled to the release lever and moves the release lever in up and down directions; a motor that provides driving force to the guide lever assembly for up and down movement of the guide lever assembly.and a gear assembly meshing between the motor and the guide lever assembly and transmitting the driving force provided by the motor to the guide lever assembly, wherein the claw, the door pawl, and the release lever are provided in pairs on the first and second sides of the guide lever assembly, respectively, and operate simultaneously.;

The present invention discloses a control method, device, equipment and storage medium for an automotive electric door lock, belonging to the technical field of vehicle control. The control method includes: when an unlock and open door signal is received, obtaining unlock and open door related parameters; judging whether a preset door opening condition is satisfied according to the unlock and open door related parameters; when it is judged that the preset door opening condition is satisfied, determining the current vehicle body inclination angle; when the vehicle body inclination angle does not satisfy the preset inclination angle condition, controlling the execution of the electric unlocking action of the door lock, and according to the door lock status signal, executing the door opening electric drive action according to the first control logic; when the vehicle body inclination angle satisfies the preset inclination angle condition, controlling the execution of the electric unlocking action of the door lock, and according to the door lock status signal, executing the door opening electric drive action according to the second control logic. According to different judgment results of the vehicle body inclination angle, the method adopts two different control logics to realize the door opening and unlocking action, so that the vehicle can successfully open the door whether it is tilted or not.

The invention relates to a motor vehicle lock, in particular a motor vehicle door lock, which is equipped with a locking mechanism (1, 2), furthermore with an opening drive (12, 13) for electrically opening the locking mechanism (1, 2), and with a closing drive (6, 7, 8) for closing the locking mechanism (1, 2). Furthermore, a closing process can be interrupted using an ejector lever (15). According to the invention, the closing drive (6, 7, 8) operates with the interposition of a transmission lever (7) and a closing pawl (8) on the locking mechanism (1, 2). The ejector lever (15) is arranged between the transmission lever (7) and a pawl (2) of the locking mechanism (1, 2).

The present disclosure relates to a method for controlling a locking mechanism of a motor vehicle door (1), the method comprising: simultaneously rotating an event-based sensor (3) about an axis and acquiring pixel data by a processing unit from a time-of-flight sensor (6) embedded in the vehicle and the event-based sensor; processing, by the processing unit, the pixel data from the time-of-flight sensor and from the event-based sensor to detect objects in a scene observed by the time-of-flight sensor and the event-based sensor and to determine a distance of a closest one of the detected objects from the vehicle; determining whether a collision risk exists between the vehicle door and the nearest detected object when the vehicle door is opened; and if there is a risk of collision, triggering, by the processing unit, a warning signal to the user and / or controlling the locking mechanism to lock the vehicle door.

A vehicle latch (10), including: a cinching mechanism (40) internal to the vehicle latch (10), the cinching mechanism including: a cinching lever (18) operably coupled to an actuator (20) via a cable (30), the cinching lever (18) being rotatably mounted to the latch (10) for movement about a pivot (16), the cinching lever (18) being secured to a cinch blank lever (48), the cinch blank lever (48) being pivotally mounted to a cinch drive link (14) via a pivot (26); a claw (22) pivotally mounted to the latch for movement between an open position and a primary position, the cinch drive link (14) being configured to contact a claw blank (41) of the claw (22) in order to move the claw (22) into the primary position during a cinching operation of the latch (10); a bearing (24) secured to the cinch drive link (14) via a pivot (27), the bearing (24) travels through a canal (9) of an override lever (8) during interaction between the claw blank (41) and the cinch drive link (14); an override clutch lever (12); a pawl release lever (4) operably coupled to a pawl; and an override clutch link (2) pivotally secured to the override clutch lever (12) and the pawl release lever (4), wherein the override clutch link (2) includes a lateral tab (72) that interacts with a door ajar cam (6) operably coupled to the claw (22) of the latch (10) in order to limit movement of the override clutch lever (12) when the claw (22) the latch (10) is in the open position.

The utility model discloses a safety separating mechanism of an automobile door lock, the automobile door lock at least comprises a pawl and a ratchet wheel, and the safety separating mechanism comprises a pull-in rocker arm with a rolling part; the reel is connected with a pull-in pull wire; the limiting arm is provided with a sliding groove for accommodating the rolling part; the rotating arm is rotationally connected to the limiting arm and at least provided with a check block and a clutch arm; the supporting plate is provided with a baffle capable of abutting against the clutch arm of the rotating arm; the separation pull rod can be matched with the rotating arm, one end is used for pulling the rotating arm, and the other end is connected with the opening component; when safe disengaging needs to be achieved, the reel rotates to be disengaged from abutting fit with the suction rocker arm, external force is applied to the disengaging pull rod, the rotating arm is pulled to rotate, the clutch arm is disengaged from the baffle of the supporting plate, the check block is disengaged from abutting against the limiting arm, and the limiting arm rotates and drives the suction rocker arm to rotate in the direction away from the ratchet wheel through the rolling part. Automatic pull-in of the stop door lock can be manually intervened, a vehicle door can be opened in emergency conveniently, and the safety of opening and closing the door is guaranteed.