Abstract: Provided is an automatic egg frying machine. The automatic egg frying machine includes a machine frame, where an egg placing device, an egg delivery device, a moving assembly, an egg opening device, a cooking device and a rotary receiving plate device are arranged in the machine frame. The cooking device at least includes a frying pan, the egg opening device includes an egg supporting portion, a trigger portion and an egg knife, and the trigger portion includes egg receiving position a, egg cracking position b, egg opening position c and shell dropping position e. The moving device is arranged on one side of the egg opening device, and the egg opening device completes the actions of egg receiving, egg cracking from a side surface, egg opening and shell dropping in one direction by means of the moving device, such that hands are freed.

Abstract: Disclosed is an automatic egg frying mechanism with a flipping function. The automatic egg frying mechanism with a flipping function includes a fixing plate, where an upper pan and a lower pan are fixedly arranged on the fixing plate, egg outlets are formed in the upper pan and the low pan, and the egg outlet of the upper pan is positioned above the lower pan. Moreover, an upper spatula is arranged in the upper pan, and a lower spatula is arranged in the lower pan. Compared with the prior art, in the present disclosure, the egg frying condition can be observed, eggs are flipped and taken out of the pan without manual operation or complex apparatuses, and used parts are simple and convenient to assemble, such that an egg frying speed is improved, and egg frying time is saved.

Abstract: Disclosed in the present disclosure is an automatic egg cracker. The automatic egg cracker includes two symmetrically-arranged egg holders and two symmetrically-arranged egg-cracking knives, where the egg holders are provided with upward openings to form egg troughs, and the egg-cracking knives impact eggs from side surfaces for cracking. A push rod is arranged behind the egg holder to synchronously drive at least one side of the egg-cracking knife to open to crack the egg. The egg trough having the upward opening is arranged, the egg is placed in the egg trough, and the egg-cracking knife impacts the egg from the side surface for cracking, such that egg liquid between the egg-cracking knife and an eggshell will not stagnate to avoid waste, and the egg is stably placed in the egg trough and will not fly away in a cracking process.

Abstract: A dropout recloser is capable of in accordance with its operating programming after a predetermined number of fault interrupting operations, e.g., 1, 2, 3 or more but typically 3, to drop out of a cutout and hang freely in a hinge contact of the cutout providing sectionalization with an observable visible gap. The recloser includes fault interrupting and reclosing components, a drop out mechanism and a controller. The drop out mechanism may include a bi-stable actuator to affect fault interrupting operation and dropout operation. The device may include motion limiting structures. The recloser may have a number of operating modes or sequences.

Abstract: A dropout recloser is capable of in accordance with its operating programming after a predetermined number of fault interrupting operations, e.g., 1, 2, 3 or more but typically 3, to drop out of a cutout and hang freely in a hinge contact of the cutout providing sectionalization with an observable visible gap. The recloser includes fault interrupting and reclosing components, a drop out mechanism and a controller. The drop out mechanism may include a bi-stable actuator to affect fault interrupting operation and dropout operation. The device may include motion limiting structures. The recloser may have a number of operating modes or sequences.

Abstract: A dropout recloser is capable of in accordance with its operating programming after a predetermined number of fault interrupting operations, e.g., 1, 2, 3 or more but typically 3, to drop out of a cutout and hang freely in a hinge contact of the cutout providing sectionalization with an observable visible gap. The recloser includes fault interrupting and reclosing components, a drop out mechanism and a controller. The drop out mechanism may include a bi-stable actuator to affect fault interrupting operation and dropout operation. The device may include motion limiting structures. The recloser may have a number of operating modes or sequences.

Abstract: A dropout recloser is capable of in accordance with its operating programming after a predetermined number of fault interrupting operations, e.g., 1, 2, 3 or more but typically 3, to drop out of a cutout and hang freely in a hinge contact of the cutout providing sectionalization with an observable visible gap. The recloser includes fault interrupting and reclosing components, a drop out mechanism and a controller. The drop out mechanism may include a bi-stable actuator to affect fault interrupting operation and dropout operation. The device may include motion limiting structures. The recloser may have a number of operating modes or sequences.

Abstract: A dropout recloser is capable of in accordance with its operating programming after a predetermined number of fault interrupting operations, e.g., 1, 2, 3 or more but typically 3, to drop out of a cutout and hang freely in a hinge contact of the cutout providing sectionalization with an observable visible gap. The recloser includes fault interrupting and reclosing components, a drop out mechanism and a controller. The drop out mechanism may include a bi-stable actuator to affect fault interrupting operation and dropout operation. The device may include motion limiting structures. The recloser may have a number of operating modes or sequences.

Abstract: A dropout recloser is capable of in accordance with its operating programming after a predetermined number of fault interrupting operations, e.g., 1, 2, 3 or more but typically 3, to drop out of a cutout and hang freely in a hinge contact of the cutout providing sectionalization with an observable visible gap. The recloser includes fault interrupting and reclosing components, a drop out mechanism and a controller. The drop out mechanism may include a bi-stable actuator to affect fault interrupting operation and dropout operation. The device may include motion limiting structures. The recloser may have a number of operating modes or sequences.

Abstract: A dropout recloser is capable of in accordance with its operating programming after a predetermined number of fault interrupting operations, e.g., 1, 2, 3 or more but typically 3, to drop out of a cutout and hang freely in a hinge contact of the cutout providing sectionalization with an observable visible gap. The recloser includes fault interrupting and reclosing components, a drop out mechanism and a controller. The drop out mechanism may include a bi-stable actuator to affect fault interrupting operation and dropout operation. The device may include motion limiting structures. The recloser may have a number of operating modes or sequences.

Abstract: A control arrangement is provided for an array of circuit interrupters that includes mounting and handling features to transport the array of circuit interrupters between various operating positions within the enclosure. In a specific arrangement, the control arrangement also provides for transporting of the array of circuit interrupters to a position to the exterior of the enclosure. In a specific arrangement, the circuit interrupters are modular and removable from the array. In a preferred arrangement, viewing facilities are provided to observe the array of circuit interrupters to verify the operating positions of the circuit interrupters, specifically, the disconnected and grounded positions. Additionally, a grounded position internal to the enclosure avoids the necessity of manually attaching grounds. In a preferred arrangement, detection of the operational states of the circuit interrupters is also provided in the various positions.