214results about "Burglar prevention locking" patented technology

An ultrasound transducer array includes a multiplicity of subelements interconnected by a multiplicity of microelectronic switches, each subelement comprising a respective multiplicity of micromachined ultrasound transducer (MUT) cells. The MUT cells within a particular subelement are hard-wired together. The switches are used to configure the subelements to form multiple concentric annular elements. This design dramatically reduces complexity while enabling focusing in the elevation direction during ultrasonic image data acquisition.

This vehicle security device (40) is a metal plate (38) bolted to a door handle unit inside a vehicle door to prevent unauthorized unlocking of a vehicle door by jamming a thin tool into a vehicle door. And, device (40) prevents unauthorized unlocking of a vehicle door by inserting a thin tool between the seam between the window glass and the flexible molding around a door window frame of a vehicle door. When installed, the device (40) blocks access to the inner end of a lock cylinder (10) by preventing the insertion of thin tools directly to the inner end of the lock cylinder (10). This device (40) is comprised of a configured metal plate (38), angled on its upper end to extend horizontally toward the inside of a vehicle door; one or more bolts (43); one or more spacers (42); and one or more lock washers (41). The metal plate (38) has a rectangular-shaped cut out (45) to accommodate placement adjacent to the key-turnable inner end of a door lock cylinder (10). Metal plate (38) is secured in place by one or more bolts (43) which extend through preformed holes (46) in plate (38).

A hood latch device for a vehicle comprises a base plate secured to a vehicle body. A striker is secured to a pivotal hood of the vehicle body. A primary latch plate and a locking plate are pivotally connected a rear surface of the base plate and engageable with the striker to permit the hood to have a locked full-close position and a released open position. A secondary latch plate is pivotally connected to a front surface of the base plate and engageable with the striker to permit the hood to have a slightly open position and the released open position. A first stopper is arranged to stop an excessive pivoting of the secondary latch plate by contacting a given part of the secondary latch plate. The first stopper is provided by bending an end portion of the base plate without producing an opening therethrough.

A door lock system for a vehicle includes a latch mechanism, a link mechanism and a housing. The latch mechanism is adapted to a vehicle door and latches the vehicle door to a vehicle body. The link mechanism includes an electric driving source and a plurality of lever members for selectively locking and unlocking the latch mechanism. The housing accommodates the latch mechanism and the link mechanism.

A vehicle door lock device includes a latching mechanism, a locking mechanism, and a child-lock mechanism. The child-lock mechanism is arranged between the latching mechanism and an inside door handle, and switches between a transmitting state and a non-transmitting state. The child-lock mechanism in the transmitting state transmits to the latching mechanism a force regarding an attempt to open a door by using the inside door handle, while the child-lock mechanism in the non-transmitting state does not transmit the force to the latching mechanism. When the latching mechanism receives the force, an inside-door handle lever causes the locking mechanism to switch to an unlocked state from a locked state. When the child-lock mechanism is in the transmitting state and the locking mechanism is in the locked state, a link lever and a panic lever operate the inside-door handle lever without transmitting the force to the latching mechanism.

A system for protecting high-value cargo enclosed in a container, while maintaining the container indistinguishable from similar low value shipments, includes an onboard identity module (OBIM) cooperative with an internal locking mechanism (ILM), both of which are externally undetectable. The OBIM can secure the ILM and prevent the container from being opened until a properly encoded unlocking signal from a Security Management System (SMS) is wirelessly received by the OBIM. The unlocking signal can be a composite including a plurality of species of wireless signals such as different frequencies of AM and FM encoded RF and acoustic signals, transmitted simultaneously and/or at specified intervals. In embodiments the OBIM enables remote tracking of the container, and in some embodiments the tracking is double-blind, whereby a Master Number (MN) recorded in shipping documents is associated with a “Random Number” (RN) used for tracking, the association being known only to the SMS.

A handle assembly is provided for a door of a vehicle storage or baggage compartment and includes a latch module press fit onto the housing of the assembly. The handle assembly also includes a lock assembly with a security plate to preclude unauthorized manipulation of the lock arm. In one embodiment, a position switch is associated with the latch rotor to sense the unlatched position of the rotor. A remote control power unit may also be provided on the handle assembly for locking and unlocking the latch module via a key fob or other access system user interface. An LED may be associated with the power unit to indicate locking and unlocking events, or other vehicle status information. The mounting bracket of the assembly may be selected from interchangeable brackets for manual or power actuation of the lock assembly.

An outside handle assembly of a vehicle door includes an escutcheon disposed in the outer panel of the vehicle door, a handle body disposed at a vehicular outer side of the escutcheon, a first protection bracket disposed at the vehicular inner side of the escutcheon, the first protection bracket comprising an engaging hole configured to receive a key cylinder, and a second protection bracket disposed at the vehicular inner side of the escutcheon to cover a periphery of the key cylinder, wherein the second protection bracket is coupled to the inner panel of the vehicle door and comprises at least one support contacting the first protection bracket, and wherein the second protection bracket is arranged to receive an impact load exerted upon the first protection bracket toward the vehicular inner side.

An electric steering lock device of the invention includes: a rotating body (worm wheel) that is driven by a motor to rotate in an unlocking direction and a locking direction; a first cam section and a second cam section provided in the worm wheel; a lock member that follows the first cam section to be displaced between a lock position and an unlock position; and a lever member that follows the second cam section and that is positioned, when the lock member is positioned at the unlock position, at a waiting position at which the lock member is allowed to move and that is positioned, when the lock member is moved to the lock position, at a retention position at which the lock member is blocked from moving to the unlock position.

Disclosed are a number of novel features. Among them are configuring the casing of the present invention such that once deployed an attempted forced or unauthorized removal of the casing from the vehicle will render the vital vehicle component encased by the casing inoperable. This inoperability may include, but is not limited to, detaching from the vital vehicle component at least one wire extending from the vital vehicle component. Alternatively, the casing may be fabricated from a material with a relatively low melting point and the casing may be deployed such that an attempted unauthorized removal using a cutting torch will cause portions of the casing to melt such that molten casing material will fall onto and damage the vital vehicle component and render it inoperable. Another feature is that of configuring the casing from a material having a first set of material properties and attaching the casing element one to another using connectors having a second set of material properties. The material properties of the casing include a low melting point and the material properties of the connectors include a hardness such that friction between a connector and a rotating portion of a tool, such as but not limited to a drill bit or a grinder wheel, causes the temperature of the connector to exceed the low melting point of the casing material. Thusly configured, during an attempted unauthorized removal of any one of the connectors using a tool having a rotating portion, the anti-theft characteristics of the anti-theft device of the present invention are enhanced by the welding of the connector to at least one of the interconnecting elements of the casing.

A motor vehicle door lock comprising a locking mechanism (1, 2), an actuating lever unit (3, 4, 16), which interacts with the locking mechanism (1, 2), a drive (6, 7, 8, 9) impinging upon the actuating lever unit (3, 4, 16) and an anti-theft protection device (10, 11), wherein a buffer member (12, 13) is assigned to the actuating lever unit (3, 4, 16) and to an unlocking lever (5) which interacts with the actuating lever unit (3, 4, 16), the buffer member being controlled by the anti-theft protection device (10, 11) in accordance with the desired functional position of the locking mechanism (1, 2).

In a door opening and closing device for a vehicle in which a cylinder body of a cylinder lock having a rotor turned in response to a key operation and a casing of a door-locking device which has a door-locking lever shaft turned in response to the turning of the rotor and is switched over between a locking state and an unlocking state in response to the turning of the door-locking lever shaft are mounted to a door, a turning movement-transmitting member having a flexibility is disposed between the cylinder lock and the door-locking device so as to transmit a turning force of the rotor to the door-locking lever shaft by its twisting motion responsive to the turning of the rotor. Thus, it is possible to increase the degree of freedom for the relative dispositions of the cylinder lock and the door-locking device, while eliminating the need for a protector for preventing the unauthorized access from the outside.

A steering wheel locking apparatus having high reliability. A steering lock apparatus (1) includes a lock pin (21) engaged with a steering wheel (5), a motor (23) for moving the lock pin, and an ECU (31) for controlling the motor. A switch (61) is arranged in a first power supply line (81) for supplying the motor with current. When supplying an electrical component with current, the switch breaks the first power supply line.

A vehicle emergency egress assembly, including a vehicle door with an opening cut out or otherwise provided, to serve as an egress portal in case of emergency when the vehicle door is difficult to open using the ordinary latching and unlatching mechanism provided for routine entrance and exit from the vehicle. The opening is cut (or otherwise provided) where a transparent armor window would ordinarily be provided, but additional portions of the door are cut out as needed to allow for egress through the opening by a vehicle occupant. A windowed plug is then provided, for releasably plugging the opening. Finally, an interiorly accessible release mechanism is provided, including one or more handles for releasing the plug from the opening. The plug includes a body portion in addition to a window portion. The body portion has a stepped periphery that is held against a stepped periphery of the opening by latches coupled to the one or more handles and extending across the perimeter of the body portion of the plug onto corresponding latch receivers disposed around the opening on the inside surface of the vehicle door.

This invention relates to a door latch system. The door latch system includes: a housing; a latch pivotally and rotatably installed in the housing; a main locking member slidingly installed in the housing for locking the latch; a sub-locking member slidingly installed in the housing and disposed in one side of the main locking member; a hook pivotally and movably installed in any one of the main locking member and the sub-locking member; a stopping threshold formed in the other one (wherein the hook is not installed) of the main locking member and the sub-locking member; and a locking plate slidingly installed in the housing for pivotally moving the hook, wherein the main locking member and the sub-locking member are sliding together when the hook is held by the stopping threshold by the sliding of the locking plate, and only the sub-locking member is sliding when the hook is separated from the stopping threshold by the sliding of the locking plate, so that even if the door lever is being pulled when the door is being locked, the unnecessary force is not transferred to the other components such as a latch, a main locking member, and the like.