321results about How to "Avoid reset" patented technology

A medication injector apparatus such as an injection pen. The injection pen includes a resettable, cartridge plunger drive assembly including an axially floating nut, a cartridge plunger engaging screw, and a drive clutch movable with the nut and which when rotated causes the screw to screw through the nut. When a cartridge assembly is mounted to the pen base, the floating nut and drive clutch are shifted proximally such that the drive clutch is in torque transmitting engagement with a rotatable drive member of the pen, such that rotation of that drive member results in drive screw advancement through the nut in the distal direction. When the cartridge assembly is not mounted to the pen base, the floating nut and drive clutch are biased distally to disengage the drive clutch from torque transmitting engagement with the rotatable drive member and to thereby allow the drive screw to be reset proximally through the nut to a position more retracted within the pen base. The injection pen also may include an injection clicker assembly having a collar arranged coaxially on a drive sleeve and which oscillates axially on the drive sleeve that rotates during medication dispensing to provide an audible clicking sound that indicates injecting use of the pen. The injection pen also may include a doseable quantity identifier that uses a rotational matrix and a sensor for electrically sensing the arrangement of the dose setting mechanism of the pen, which identifier may be part of a therapeutic dose indicating system that utilizes a cartridge recognizer to recognize a concentration of medication so as to allow an automatic determination of a therapeutic dose. The injection pen further may include an assembly for selectively rotating a drive sleeve of the pen, which assembly has a dial that rotates out during dose setting and which translates in without rotation during dose injecting.

A circuit interrupting device having a reverse wiring protection function is disclosed. The circuit interrupting device includes a housing having a cover and a base, a mounting plate, and an electrical component mounting member, a pair of input hot and neutral conductors and a pair of output hot and neutral conductors, a differential transformer for detecting a leakage current, a disconnecting mechanism for connecting and disconnecting the output conductors to and from input conductors, and a mechanism for preventing reverse wiring, which includes a coil connected to the input hot and neutral conductors and a moveable piece that moves when the coil is energized. The input and output conductors are electrically connected only when the coil is energized by correctly connecting the power wires to the input conductors of the device. This device thus provides both leakage current protection and reverse wiring protection that protects against incorrect wiring during installation.

Resettable circuit interrupting devices, such as GFCI devices, that include a reset lock-out mechanism are provided. The reset lock-out mechanism prevents the resetting of electrical connections between input and output conductors if the circuit interrupting mechanism used to break the connection is non-operational or if an open neutral condition exists.

An idle stop controller includes an idle stop mechanism 2 controlling the stop and the restart of an engine 1; a vehicle location detecting section 5 detecting a vehicle location; and a controller 4, when an ETC gate is retrieved within a predetermined region from a vehicle location detected by the vehicle location detecting section, prohibiting the idle stop mechanism from stopping the engine, and when no ETC gate has been detected within the predetermined region, releasing the prohibition.

In the present invention the basic detection and interruption components of an Immersion Detection Circuit Interrupter (IDCI), in combination with the line, neutral and shield conductors of an extension or appliance cord provides a new improved type of detector, a Leakage Current Detector Interrupter (LCDI) which interrupts current to a load when current leakage is detected between the line or neutral conductors of the cord and the shield conductor. The new improved LCDI detector provides, either singularly or in combination, the following advantages: Prevents the LCDI from being reset should the device become inoperative (reset lockout); Provides an indication of the integrity of the shield in the extension or appliance cord; Tests the integrity of the shield within the extension or appliance cord, in addition to testing the functionality of the LCDI; Interrupts current to the load if an electrical connection is detected between the shield and neutral, or the shield and ground, in addition to the existing detection of leakage current from the phase conductor; Allows the LCDI to trip during an open neutral condition by utilizing the ground connection as a return wire for the trip coil; and/or Provides immersion detection at the receptacle end of the extension cord in addition to protection from leakage faults.

A circuit breaker is disclosed that has a neutral lock-out mechanism that prevents electrical connection between a power source and a load when a neutral rail is disconnected from the circuit breaker. The circuit breaker has a line connector, a load connector and a plug-on neutral line connector. A trip mechanism has an on position allowing electrical connection between the line connector and the load connector. The trip mechanism has a tripped position interrupting electrical connection between the line connector and the load connector in response to detection of a fault condition such as a short circuit. The trip mechanism also has an off position which is required before resetting the trip mechanism to the on position. A trip link is coupled to the trip mechanism. The trip link has a first position that prevents the trip mechanism from being reset to the on position. The trip link has a second position allowing the trip mechanism to be reset to the on position. A neutral lock mechanism is coupled to the plug-on neutral line connector. The neutral lock mechanism has a tension spring that retains the trip link in the first position when the neutral rail is disconnected from the neutral line connector. When the neutral rail is inserted into the neutral line connector, the tension spring is compressed and the trip link may move to the second position allowing the circuit breaker to be reset.

A computer system provides an object-based virtual machine environment for running successive applications. The computer system includes storage, at least a portion of which is logically divided into two or more heaps in which objects can be stored. A first heap is reset between successive applications, and a second heap persists from one application to the next. A card table is provided which comprises multiple cards, each corresponding to a region of said storage. Each card in the card table is set to null when the first heap is reset between successive applications. A card is marked whenever an object in its corresponding storage region is created or updated. It is then possible to detect potential references from the second heap to the first heap at reset by scanning the cards in the card table corresponding to the second heap, and detecting any cards which have been marked.

The system further identifies any objects on the first heap which have a finalization method. The finalization methods of any such identified objects are then run on the main thread prior to reset of the first heap.

A multi-hop relay wireless communication system provided with an AGW (2), a policy controller (3), a base station (4), one or more relay stations (6), and a mobile station (7) collects data path setting information into the AGW (2) after the establishment of the wireless links between the base station and the relay stations and between the relay stations and the mobile station, selects a relay station (6) which becomes the data path from the one or more relay stations by using the collected information, and sets the optimal path from the AGW (2) to the mobile station (7).

The embodiment of the invention discloses a method and system for imbedding voice standard data, and a method and system for controlling vehicles to start through voice. The method for imbedding the voice standard data comprises the steps: an on-board diagnostic instrument is accessed into a voice processing module; the on-board diagnostic instrument controls the voice processing module to enter a standard voice imbedding state; after the voice processing module enters the standard voice imbedding state, a voice collecting module collects voice of a user and transmits the collected voice to the voice processing module for storage. The method for controlling vehicles to start through voice comprises the method and the process that the voice standard data is imbedded, and the process that after the voice standard data is imbedded, voice verification is performed so as to control the vehicles to start. Through the adoption of the embodiment of the invention, the situation that trespassers adopt a manner of re-setting the voice standard data to control the vehicles to start through the voice can be effectively avoided, and the safety of controlling the vehicles to start through the voice is improved.

Provided are an imaging device implementing pseudo correlated double sampling (CDS), a pixel of the imaging device and a control method of the image device. The imaging device includes: a pixel array including a pixel, the pixel including a reset transistor to control a reset of the pixel, a row select transistor to control a selection of the pixel to be read out, and a photodiode configured to generate a current in response to incident light; a readout circuit configured to read out an output signal of the pixel, based on the detected incident light, via a pixel output line; a feedback loop configured to receive a voltage from the pixel output line and to apply a reset gate voltage to a gate terminal of the reset transistor based on the received voltage; and a controller configured to control an application of a row select signal to the row select transistor to select the pixel to be read out, and to selectively add an offset to the photodiode to prevent the pixel from being reset despite the reset gate voltage applied to the reset transistor.

An electrical connector, such as a bushing insert, with a fault-closure lockout feature includes a housing with an inner bore having opposite ends. One end has an opening providing access to the inner bore. A piston-contact element is movable between first and second axially spaced positions within the inner bore. During fault conditions, the piston-contact element moves from the first position to the second position to accelerate connection with a male contact of another electrical connector, such as a cable connector, thereby inhibiting the formation of flashover or electrical arc. After fault closure, a lockout member on the piston-contact element prevents moving the piston-contact element from the second position to the first position.

The invention discloses a horizontal impact response spectrometry apparatus. The apparatus comprises an engine base, an impact response platform, a power driving mechanism, a reset mechanism, a buffer mechanism and an impact response spectrum detection apparatus. The power driving mechanism comprises a piston cylinder assembly and an air feed assembly. An air channel control unit is arranged between the air feed assembly and the piston cylinder assembly. The impact response platform comprises an impact platform assembly and a response platform assembly. The reset mechanism comprises a first reset mechanism and a second reset mechanism. The buffer mechanism comprises a first buffer component, a second buffer component and a fixing seat. The impact response spectrum detection apparatus comprises a master control device, an impact spectrum detection module, a response spectrum detection module, a parameter setting unit and a display unit. The design is reasonable, operation is simple and installation is convenient. A device to be tested can be conveniently installed and safety performance is high. An impact spectrum and a response spectrum can be simultaneously detected and an impact environment which needs to be simulated is reached.

The invention discloses a charge port device of a new-energy automobile. The charge port device comprises a fixed base and a charge port support movably installed on the fixed base, wherein a charge port is installed on the charge port support; the charge port device also comprises a stop unit for unidirectional braking of the fixed base and a stop deflector pulling ring used for controlling the stop unit, and a reset unit or a transmission unit used for driving the charge port support to slide along the fixed base is arranged between the fixed base and the charge port support; when the resetunit is adopted, it is needed to manually pull a spring pulling ring on the charge port support to pull out the charge port support; the transmission unit comprises a gear and a second rack in meshingtransmission; and the gear is in transmission connection with a motor. Through the charge port device of the new-energy automobile, the problem that a charge port is excessively close to the interiorof a body and cannot be suitable for all charge guns conforming to laws and regulations is solved; and meanwhile, surface modeling characteristics of the automobile provided with the charge port device can be protected, pedestrian protection is realized, and the convenience of charge operation is enhanced.

The invention discloses a method of realizing in-orbit independent restoration of a single TT&C transponder by utilizing an AGC value, aiming at solving the problem of upstream locking abnormity or abnormal conditions of downstream remote signals when a satellite is running in orbit, so that the spread spectrum transponder can restore normal work independently. According to the method, under the condition without transponder backup equipment comparing, the crucial telemetering values of the spread spectrum transponder including state parameters such as an AGC voltage value, an upstream remote control bit synchronization locking instruction and an upstream measuring frame locking instruction are judged and read by adopting lower computer software, and performing restoration on a base band under the condition of meeting preset independent restoration conditions, so that the problem of upstream lock losing or abnormity of downstream telemetered signals caused by spatial environment is solved, and the independent restoration of in-orbit abnormal conditions of the satellite spread spectrum transponder is realized. According to the method, the operation interference of a ground station is reduced, and the satellite is guaranteed to independently reset only once in a measurement and control area, so that the in-orbit single particle resistant property of the spread spectrum transponder is effectively improved.

The entrance guard device includes a central sleeve on the substrate, bearing supported ratchet wheel mandrel inside the sleeve; three-pole chassis with three-pole rotating carriage connected to metal rods; emergency opening unit mounted also on the chassis and capable of opening by the automatically falling rod in power failure; and central disc behind the ratchet wheel mandrel and connected viakey, vertical sleeve and screw to the ratchet wheel and internal cam for rotating freely inside the central sleeve. The ratchet wheel limited by the right and left shift forks rotates in right direction or inversely, and so does the front three poles, so that one pole of the three is made to stay in horizontal position or rotate to reach the aim of shutting down or opening the door.

The invention provides a miniature anti-removal safety protection electromagnetic lock watch buckle and protection method for a wearable device. The electromagnetic lock watch buckle comprises a watch buckle body (1) and a lock catch (2), wherein a through hole (2-1) is formed in the lock catch (2); the watch buckle body (1) comprises a watch buckle shell (3); a lock hole (4) matched with the lock catch (2) is formed in the watch buckle shell (3); the lock catch (2) can be inserted into the lock hole (4); and an electromagnetic lock core (5), an electromagnetic coil (6), a reset spring (7), a processor (8), an interface circuit (9) and a power supply battery are mounted in the inner cavity of the watch buckle shell (3). The electromagnetic lock watch buckle has the advantage of supporting necessary safety measures, so as to avoid random cracking, reset or power-off damage; and the electromagnetic lock watch buckle further has the advantages of being small in size and low in power consumption.

The embodiment of the invention provides an identity authentication method, a device and a system. The device comprises a boot command input unit, an PIN input unit, a cryptogram mode selection unit, a storage unit, an interference unit, a cryptogram generation unit and a display unit, wherein the boot command input unit receives a boot command which is input by a user according to the external transaction page demands in order to generate a multi-element cryptogram, and executes the boot motion; the PIN input unit reminds the user of the PIN input request and receives the PIN input by the user; the cryptogram mode selection unit reminds the user of a multi-element cryptogram generation mode selection request and receives a multi-element cryptogram generation mode input by the user; the storage unit stores a user key and a cryptographic algorithm; the interference unit acquires an interference factor; the cryptogram generation unit generates a multi-element cryptogram according to the interference factor, the user key and the corresponding cryptographic algorithm; and the display unit displays the multi-element cryptogram which is to be input to the external transaction page. The invention is used for solving the problems in identity authentication and transaction authentication of internet banks and other financial transaction systems.

The invention relates to a warning device, in particular to a road maintenance warning device. The technical problem to be solved by the present invention is to provide a road maintenance warning device which is convenient for fixed position and all-round warning. In order to solve the above technical problems, the present invention provides such a warning device for road maintenance, including warning signs, etc.; the bottom of the base is symmetrically equipped with wheels, the upper part of the base is provided with a fixing device, the top of the base is provided with a rotating device, and the top of the rotating device is provided with There are warning signs. The invention drives the warning sign to rotate through the rotating device, so as to remind the vehicles in all directions to pay attention to driving in all directions according to the demand, so as to avoid safety accidents, and cooperates with the side of the wheel through the snap ring.

A method of transitioning a port in a communication system from an active state to a standby state includes the steps of transmitting a signal to transition the port to the standby state, and, upon transmission of the signal to transition the port to the standby state, transitioning the port from the active state into the standby state without entering a suspended state. The port may be a physical layer interface port and the communication system may be an IEEE 1394-compliant communication system.

A change monitor as part of an online editor of a sequential function chart (SFC) programming environment monitors edits to a control routine. The change monitor provides warning to users before taking actions that would result in a reset of the control routine currently being executed by an industrial controller. The change manager reduces or eliminates many situations that would otherwise result in a reset as well by instructing online editor as to what language elements need to be assembled to implement the change. The change monitor also filters the manner in which reset warnings are given to reduce unnecessary distractions.