30results about How to "Avoid restarting" patented technology

The invention provides an online migration method and online migration equipment for a running example during combined service evolution. The method comprises the following steps of: acquiring a change region between an original flow model and a target flow model; if the running example to be migrated is positioned in the change region, detecting whether a target path equivalent to an existing execution path of the example to be migrated exists in the target flow model; and if the target path equivalent to the existing execution path of the example to be migrated exists in the target flow model, migrating the example to be migrated to the target path. The online migration method and the online migration equipment for the running example during combined service evolution are used for realizing simple and high-accuracy online migration of the running example.

The invention discloses a belt conveyor tail linked locking device. The device is arranged on the tail of a belt conveyor and comprises a shell, a controller, a contact swing rod and a sensor, wherein the controller, the contact swing rod and the sensor are arranged in the shell, the contact swing rod is hinged relative to the shell, a telescopic structure is arranged between the contact swing rod and the shell, the controller of the device and a belt conveyor line emergent stop button are connected with a head operation system of the belt conveyor, a trigger device is arranged on the belt conveyor, one end of the contact swing rod is a clamping end, and the other end of the contact swing rod is a contact end; a trigger device is started, the clamping end of the contact swing rod is clamped on the position of a chain of the belt conveyor under the effect of the telescopic structure, under the state, the contact end of the contact swing rod triggers the sensor, the sensor sends out a signal to the controller, the controller sends out a signal to the head operation system of the belt conveyor, and the belt conveyor stops transmission.

The invention discloses a wide-narrow perspective switch module and a liquid crystal display device. The wide-narrow perspective switch module comprises a connecting device, a signal processor and a time sequence controller; a display interface signal and a power source signal are output to the time sequence controller through the connecting device; a wide-narrow perspective control signal is output to the signal processor through the connecting device; the signal processor receives the wide-narrow perspective control signal, a wide perspective code or a narrow perspective code is chosen according to the wide-narrow perspective control signal, and the chosen wide perspective code or narrow perspective code is output to the time sequence controller; the time sequence controller receives the wide perspective code or the narrow perspective code, and outputs the wide perspective code or the narrow perspective code to a display panel. According to the wide-narrow perspective switch module and the liquid crystal display device, the definition of the wide-narrow perspective and the wide-narrow perspective switch time are both taken into account, and the problem is avoided that after a PSR signal of the time sequence controller is opened, the power-off restart time and switch time of the time sequence controller are too long during wide-narrow perspective switch.

The invention discloses a safety protection device, which relates to the technical field of safety protection devices; it includes a base, a support base is fixedly connected to the base, a guide rod is inserted into the support base, and the guide rod is slidably connected with the support base An electromagnet is fixedly connected to one end of the guide rod, a tension spring is sleeved on the guide rod, one end of the tension spring leans against the supporting seat, and the other end of the tension spring leans against the electromagnet, the The electromagnet is connected with a positive pole and a negative pole. The electromagnet is provided with a magnet on the side away from the guide rod. The gate pusher pushes down the electric gate. The invention proposes a safety protection device. When the power is cut off, the switch pushing device automatically pushes down the switch, thereby preventing the instrument from restarting when the power comes in. In addition, an alarm can be issued; the stability is high.

The invention provides an online migration method and online migration equipment for a running example during combined service evolution. The method comprises the following steps of: acquiring a change region between an original flow model and a target flow model; if the running example to be migrated is positioned in the change region, detecting whether a target path equivalent to an existing execution path of the example to be migrated exists in the target flow model; and if the target path equivalent to the existing execution path of the example to be migrated exists in the target flow model, migrating the example to be migrated to the target path. The online migration method and the online migration equipment for the running example during combined service evolution are used for realizing simple and high-accuracy online migration of the running example.

Provided is an abnormality determination device for a rotation sensor for detecting the rotation of a crankshaft. The rotation sensor comprises a sub sensor and a main sensor each of which outputs a pulsed signal every time the rotation body rotates by a predetermined angle. The rotation sensor is configured to, when the condition that the output signal of the sub sensor has a predetermined value and the output signal of the main sensor has changed is met, output a pulse signal in a different output form according to the direction of change of the output signal of the main sensor when the condition is met. The abnormality determination device is provided with an electronic controller which determines that the rotation sensor is abnormal on the basis of the fact that the output form of one pulse signal and the output form of the other pulse signal of two pulse signals outputted continuously from the rotation sensor within a determination period in which the crankshaft rotates in only a predetermined direction are different.