500results about How to "Prevent unlocking" patented technology

A surgical instrument including a shaft, an end effector movable relative to the shaft, a locking mechanism configured to engage the shaft and / or end effector to fix the relative relationship between the shaft and end effector, and a closure system configured to close the end effector and engage the locking mechanism to prevent it from becoming unlocked. The instrument can further include a firing drive comprising a trigger, a firing member, and a pawl, where the pawl is rotatable between a first position in which the pawl is disengaged from the firing member and a second position in which the trigger can advance the pawl and firing member toward the end effector. The instrument can also include a reel, a band, where the band can be wound around the reel to retract the firing member, and a return mechanism for selectively engaging the trigger with the firing member and the reel.

Provided are a method, apparatus, and computer-readable recording medium for authenticating a user. The user authentication method includes obtaining an image including a face and a face movement by driving a camera to extract feature information on a facial image and a movement pattern from the obtained image, and comparing the extracted feature information on the facial image with feature information on a facial image registered in a storage and, when the extracted feature information matches the registered feature information, comparing the extracted movement pattern with a movement pattern registered in the storage and, when the extracted movement pattern matches the registered movement pattern, unlocking a device.

A surgical instrument including a firing drive configured to advance a cutting member and / or staple driver within an end effector, and a brake configured to prevent, or at least partially inhibit, the relative movement of the cutting member and / or staple driver. The surgical instrument can further include a firing member operably engaged with the cutting member, for example, a band connected to the firing member, and a reel, where the band can be configured to be wound around the reel. In various embodiments, the brake can be selectively engageable with the reel and / or band to prevent, or limit, the movement of the band. The brake can include a brake surface where relative movement between the band and the brake surface can generate a friction force therebetween which can hold the firing member in position until a sufficient force is applied to the firing member to overcome the friction force.

A surgical instrument including a shaft assembly and an end effector, where the end effector can be moved relative to the shaft assembly. The shaft assembly can include a lock member selectively engageable with the end effector to limit, or prevent, relative movement therebetween. In at least one embodiment, the end effector can include a lock member having a plurality of teeth and / or a plurality of recesses, where the shaft assembly lock member can engage the teeth and / or recesses to fix the relative position between the end effector and shaft assembly. In various embodiments, the teeth can be positioned between first and second surfaces of the end effector lock member to reduce the possibility that the teeth can impinge on soft tissue surrounding the lock member. In other embodiments, the teeth can be beveled in order to allow the teeth to slide relative to the soft tissue.

Vehicle seat comprising a cushion and a backrest pivoting with respect to the cushion about a horizontal pivot axis by means of an articulation between a range of erect positions of use, a folded-flat position and an intermediate folded-down position.This seat comprises a first, a second and a third control member connecting the cushion to the backrest, one of the first, second and third control members being distinct from the other two.

The foldable headrest assembly includes a first and second support and a first and second paddle. A first and second plate extending from the supports and supported by the paddles rotate in unison about a first axis (A1) from an upright to a forwardly folded position. A lock lever rotatably supported by the first plate rotates about a second axis (A2) between a locked position and an unlocked position. A first biasing member (FBM) is disposed between the plates and a second biasing member (SBM) is supported by the first plate engaging the lock lever. The FBM rotatably biases the supports about the A1 toward the forwardly folded position and the SBM rotatably biases the lock lever about the A2 toward the locked position in a common rotational direction as the rotation of the supports about the A1. A release mechanism for rotating the lock lever is also disclosed.

A retainer (20) and a moving plate (10) are inserted into a hood (12) of a connector (F). A locking piece (22) projects from a front surface of the retainer (20). A locking hole (41) is formed through the moving plate (10). The locking piece (22) penetrates through the locking hole (41) to lock a locking projection (27) at a front end of the locking piece (22) to a periphery of the locking hole (41). Thus, the moving plate (10) is supported and is prevented from moving longitudinally. A thick reinforcement (44) is formed on the periphery of the locking hole (41) of the moving plate (10) to fill a gap between the moving plate (10) and the locking projection (27).

The invention discloses a dynamic authentication method for an intelligent lock control system of a Bluetooth mobile phone. The method comprises the following steps: S1, establishing connection; S2, transmitting registration information comprising a user-defined password and a Bluetooth mobile phone identification code; S3, generating a dynamic password by a Bluetooth lock control terminal, and forming a to-be-verified password through the dynamic password, the user-defined password and the Bluetooth mobile phone identification code; S4, transmitting the dynamic password to the Bluetooth mobile phone; S5, packaging the received dynamic password and the user-defined password and the Bluetooth mobile phone identification code transmitted in the S2 into an unlocking password by using the Bluetooth mobile phone; S6, transmitting the unlocking password to the Bluetooth lock control terminal; S7, receiving the unlocking password and verifying with the to-be-verified password by virtue of the Bluetooth lock control terminal; and S8, feeding back the verification result, if the verification is successful, executing the unlocking operation, and generating a new dynamic password, otherwise outputting the prompt information or alarm information. The method has the effects that the password is high in complexity and high in dynamic property, and the condition that technical unlocking is performed by utilizing electromagnetic wave copy can be effectively avoided.

A deadbolt manipulation adjunct and method that provides user selection between dual cylinder, single cylinder, and disabled modes, is capable of retrofitting on existing deadbolt structures, which maintains full deadbolt security while providing authorized user deadbolt operation between locked and unlocked positions via a thumb turn actuator to release the deadbolt in the case of an emergency.

The invention discloses a touch screen unlocking method and electronic equipment with a touch screen. The method comprises the following steps: a signal receiving step: receiving touch signals on the touch screen through the electronic equipment at a screen locking state; a time starting step: judging whether position coordinates of the touch signals are positioned within a specific zone preset on the touch screen, and starting timing if the position coordinates of the touch signals are positioned within the zone, and an unlocking judgment step: judging whether the subsequent touch signals meeting unlocking conditions are received at least once within a timing period after timing is started, and triggering a touch screen unlocking program if the subsequent touch signals meeting unlocking conditions are received at least once within the timing period. The method and the electronic equipment reduce the probability of unlocking the touch screen caused by spurious triggering, and prevent the touch screen from being unlocked in unnecessary conditions, thereby improving the satisfaction degree of users.

The invention discloses a method and a system for enabling a mobile terminal to enter an application program under standby state. The method comprises the steps of establishing a handwriting character feature template library and a certification fingerprint template library; detecting the touch handwriting operation of a user and scanning and recognizing handwriting information and fingerprint information; acquiring image date of the handwriting information and finger fingerprints and analyzing and processing the acquired image data, comparing the handwriting data with a handwriting character feature template and comparing the image data of the finger fingerprints with a certification fingerprint template, wherein if the handwriting data are matched with the handwriting character feature template and the image data are matched the certification fingerprint template, the verification is successful, and loading and opening a corresponding preset application program, otherwise, the verification fails and the process is ended; correspondingly, the system comprises a detection recognizing module, a data acquiring module, a processing module, a verification module, an application program starting module and a storing module. According to the method and the system for enabling the mobile terminal to enter the application program under the standby state, a mobile phone or other mobile terminals which are positioned in the standby state can fast enter the application program of a client by handwriting input recognizing and fingerprint recognizing.

A table includes a table top and a leg movable between an extended position and a collapsed position relative to the table top. A support brace interconnects the leg and the table top, and a locking member is used to secure the support brace in a fixed position. The locking mechanism preferably includes a body with an outwardly extending tab that is sized and configured to lock the support brace in a fixed position when the leg is in an extended position and the locking mechanism is in a locked position. Desirably, a biasing member is used to bias the locking member into the locked position.

The invention relates to a lock with a striking-opening-resistant clutch. The lock comprises a lock shell, the clutch accommodated in the lock shell and a drive device. The drive device is located on the side of the clutch. The clutch comprises an inner clutching block and an outer clutching block, wherein the inner clutching block and the outer clutching block can rotate relative to each other. The clutch is further provided with a clutching pin capable of controlling the inner clutching block and the outer clutching block to be connected or disconnected. The lock is characterized in that the lock further comprises an intermediate transmission piece arranged between the clutching pin and an output shaft of the drive device and provided with an arc-shaped part. The intermediate transmission piece is connected with the output shaft of the drive device as well as the clutching pin. The output shaft of the drive device or the clutching pin is slidably connected to the intermediate transmission piece along the arc-shaped part of the intermediate transmission part.

A retainer (20) and a moving plate (10) are inserted into a hood (12) of a connector (F). A locking piece (22) projects from a front surface of the retainer (20). A locking hole (41) is formed through the moving plate (10). The locking piece (22) penetrates through the locking hole (41) to lock a locking projection (27) at a front end of the locking piece (22) to a periphery of the locking hole (41). Thus, the moving plate (10) is supported and is prevented from moving longitudinally. A thick reinforcement (44) is formed on the periphery of the locking hole (41) of the moving plate (10) to fill a gap between the moving plate (10) and the locking projection (27).

The invention provides a device and a method for unlocking a mobile phone. The device comprises a sensing element module, a judgment module and an unlocking execution module, wherein the sensing element module is used for recording time for touching a first sensing element and a second sensing element by a user and sending the time to the judgment module; and the judgment module is used for judging whether the unlocking condition is met according to the time for touching the first sensing element and the second sensing element by the user, informing the unlocking execution module of unlocking when the unlocking condition is met and continuously keeping locked when unlocking condition is not met. The device and the method can reduce the probability of unlocking error operation, and is convenient and fast.

A remote engineering equipment and unlock the lock, a control technology, remote locking used to solve the problem. Its technical programmers are: remote monitoring centre from its computers, wireless communication networks, remote monitoring, engineering equipment and the implementation of the controller comprising a control system, remote monitoring from a central computer lock or unlock signal, the signal through the wireless transmitted to the communication network remote monitoring, remote monitoring via communication interface to send it to the controller engineering equipment, engineering equipment by the end of the controller implementation agencies to lock or unlock operation, the invention also provides a realization of this kind of locking devices. The present invention is not only easy to implement engineering equipment reliable remote lock or unlock, but also to prevent damage to the device unlock methods, and therefore effective security and greatly reduce financial risks.

A handheld palm-type device senses that it is being held in a human hand, but not any specific human hand. It can sense whether it is held in any human hand. A handheld palm-type device with keys for data entry and apparatus for preventing inadvertent striking of the keys when the palm-type device is not handheld that comprises the combination of an implementation on the device for sensing a bi-stable physical condition having an on state when the device is handheld and an off state when not handheld and apparatus responsive to the sensing means for locking the data entry keys when the off state is sensed. The device has a housing with a surface for engaging the palm of a user's hand so that the sensor means are at the surface that interfaces with the palm of the hand. The bi-stable electrical condition sensed may be temperature, electrical capacitance or resistance at the palm-device interface.

To provide a door lock control method for a vehicle, which can positively prevent unlocking of a door during traveling of the vehicle, to thereby improve the safety of door locking, and to provide a door lock device. Door lock control for the vehicle is carried out by using a locking means which energizes a lock switching pin to a locking position by the force of a spring, and switches the lock switching pin to an unlocking position by supplying electric power to a solenoid (54). When the traveling speed of the vehicle is below a constant value, a control device (70) on-off-controls power supply from a power source (80) to the solenoid (54), based on a command input from outside. When the traveling speed of the vehicle is equal to or larger than the constant value, a vehicle speed detecting switch (81) is operated, and power supply from the power source (80) to the solenoid (54) is inhibited in spite of the input of the command.

Disclosed is a door lock assembly. The door lock assembly includes a lock lever connected to a knob, an inter-lever connected to the lock lever, a first lock device connected to the inter-lever and reciprocating the inter-lever, and a second lock device disposed on one side of the first lock device and locking the inter-lever.

A quick-disconnect, the nipple portion of which has a pressure relief path and a coupler portion of which has a safety lock. The nipple portion is provided with a spring-loaded sleeve which covers the relief flow path when not engaged. The sleeve is hand driven against the spring load to expose the flow relief passage. Any pressure in the quick-disconnect is then discharged to atmosphere. The coupler portion incorporates a piston that is pressure activated to block the motion of a disconnecting sleeve. The piston is moved to the unlocked position by a wave spring when the pressure is removed. These features are packaged in a small volume for use in systems where space is limited. The quick-disconnect is designed and fabricated with materials that can withstand a proof pressure of 20,000 PSI. Such capabilities are especially useful in aircraft systems with a supply pressure of up to 5,000 PSI. The pressure relief assures the quick-disconnect can be relieved of any residual pressure up to 5,000 PSI before it is uncoupled and the lock assures that it can not be uncoupled without pressure relief.

The invention relates to a screen unlock based identity identification method and terminal equipment. The screen unlock based identity identification method comprises (1) obtaining a touch end point of sliding operation on a screen; (2) judging whether the touch end point is matched with a beforehand user-defined target touch area or not; (3) executing unlocking operation and entering an owner access mode if yes and executing unlocking operation and entering a visitor access mode if not. The terminal equipment adopts the above the method. Under a to-be-unlocked state, a screen display image is a current wallpaper and the beforehand user-defined target touch area is an area which is performed on beforehand user-definition based on the current wallpaper. According to the screen unlock based identity identification method, the user owner or visitor identity can be identified through the common and no different sliding unlocking action, different modes of the equipment can be entered, and the purpose of protecting privacy is effectively achieved.

A smart entry system for a vehicle includes a transmitter on a vehicle and a portable unit carried by a user. The transmitter transmits a request signal which defines a user detection area to detect whether the portable unit transmits a response signal to indicate the user. When the user enters the detection area while all the doors are locked, an unlock standby state is set. When the user touches a touch sensor of a driver-seat side door under the unlock standby state, only the driver-seat side door is first unlocked. The other doors are kept locked if the user opens the D-door by the time when T2 seconds elapse. On the other hand, all the doors are unlocked when T2 elapses while the driver-seat side door is not opened.

A resin-molded, annular protector for a wire harness for a vehicle includes a split pair of a main body and a lid body both having a semiannular shape, and split ends of the protector are joined and locked together. Lock holes are provided in a peripheral wall of the lid body by cutting portions of the inner peripheral side of the peripheral wall from the split ends, leaving engagement sections on the outer peripheral side of the lid body and opening the top ends of the cut portions in the outer peripheral surface of the lid body. Lock sections projecting from the inner peripheral side of the split ends are provided in the peripheral wall of the main body, at positions facing the lock holes. Lock claws engaging with the engagement sections of the lock holes from the inner peripheral side are provided on the outer surface side of the projecting tips of the lock sections. When the main body and the lid body are joined and locked, the lock sections and the lock claws do not project form the outer peripheral surface of the peripheral wall of the lid body.

When a request to unlock a door of one side portion of a vehicle is input, an ID request signal is transmitted from a first transmitting antenna provided in the one side portion, and an alarm signal is transmitted from a second transmitting antenna provided in the other side portion of the vehicle. A portable unit sends back a portable-unit signal in dependence on the ID request signal and alarm signal. When the portable unit receives the first signal and does not receive the second signal, a door-unlocking control part unlocks the door of the one side portion in dependence on the portable-unit signal received by a receiving antenna.

The invention relates to a refrigeration and freezing device and a drawer assembly thereof. The drawer assembly comprises a barrel body with the front side opened, a drawer capable of being inserted into the barrel body in a front-and-back push-and-pull manner and an electric control lock mechanism. The electric control lock mechanism is configured to be controllably switched to a locking state so as to lock the drawer to the barrel body or switched to an unlocking state so as to relieve locking on the drawer when the drawer is completely pushed into the barrel body. The electric control lock mechanism is provided with an unlocking button protruding and extending downwards, and the unlocking button is configured to be capable of enabling the electric control lock mechanism to be switched to the unlocking state from the locking state when pressed upwards. According to the refrigeration and freezing device and the drawer assembly thereof, the drawer and the barrel body can achieve automatic locking and unlocking, user operation is facilitated, and the drawer can still be unlocked when the electric control lock mechanism is powered off or breaks down.

A handheld palm-type device senses that it is being held in a human hand, but not any specific human hand. It can sense whether it is held in any human hand. A handheld palm-type device with keys for data entry and apparatus for preventing inadvertent striking of the keys when the palm-type device is not handheld that comprises the combination of an implementation on the device for sensing a bi-stable physical condition having an on state when the device is handheld and an off state when not handheld and apparatus responsive to the sensing means for locking the data entry keys when the off state is sensed. The device has a housing with a surface for engaging the palm of a user's hand so that the sensor means are at the surface that interfaces with the palm of the hand. The bi-stable electrical condition sensed may be temperature, electrical capacitance or resistance at the palm-device interface.