48results about How to "Spray oil evenly" patented technology

The invention discloses a gear lubricating device for a ball mill. The gear lubricating device can spray high-octane lubricating oil fully atomized onto the surface of a gear through a specially designed nozzle to form a complete adhesive oil film; and the nozzle of the gear lubricating device for spraying the lubricating oil is isolated from the external by a gear cover, which not only avoids thedeficient protection on a gear meshing surface by the conventional lubricating method, but also saves a great quantity of manpower and materials. The structure of the gear lubricating device comprises a pressure system and a hydraulic system which are connected with an electric control system, and simultaneously connected with a sprinkler plate device respectively through pipelines; and the sprinkler plate device is arranged on a position of the gear cover matched with a gear meshing part.

The invention discloses a deep-fried dough stick frying device for maintaining the oil quality, which comprises a dough mixing mechanism, a dough kneading mechanism is arranged at the bottom of the dough kneading mechanism, and a dough resting chamber is connected to the right side of the dough kneading mechanism through a hoist , the bottom of the wake-up noodle bin is fixedly installed with an extruder, the right end of the extruder is provided with a feeding mechanism, the lower part of the feeding mechanism is provided with a conveyor, and the middle part of the conveyor is provided with a composite molding mechanism, and the The right part of the conveyor is provided with a stretching and disengaging mechanism, and the bottom of the right end of the conveyor is provided with a frying device, which relates to the field of food processing. The present invention can imitate the manual process of making deep-fried dough sticks and automatically add water to the flour and mix it into dough before kneading. Noodles, rested noodles, stretched after pressing, and finally deep-fried, greatly reducing human labor and ensuring the taste of fried dough sticks, making fried dough sticks efficiently and quickly, suitable for use in breakfast shops.

The invention provides a preparation method of high-efficiency post-oil spraying technology for poultry feed, comprising the following steps: (1) performing the first post-oil injection after the meat and poultry feed is granulated; (2) feeding the feed after the first oil injection into the auger For stirring, the auger uses a frequency conversion motor to control the forward speed of the feed; the outer layer of the auger uses a steam jacket to keep warm, and uses a temperature sensor to control the internal temperature of the auger; (3) After the feed flows out of the auger, the second post-spray is performed. The invention cleverly solves the contradictory relationship between the amount of fuel injection and the uniformity of fuel injection by adopting the secondary post-injection process. At the same time, the whole production process uses a steam jacket to keep warm throughout the whole process, effectively avoiding the problem of feed surface temperature and spray in winter. The oil temperature difference is too large, and the agglomeration problem caused by the instant condensation of oil. Moreover, when the fuel injection amount of the granular feed prepared by the method reaches 15%, the fuel injection of the feed can still be uniform, and the product is not agglomerated, which can effectively improve the growth performance of meat poultry and improve the economic benefits of breeding.

The invention relates to the technical field of automobile engine parts, in particular to a fuel injection nozzle, which includes a valve body, a valve cavity is arranged in the valve body, an oil inlet is arranged on the valve body, an oil valve is fixed at one end of the valve body, and an oil valve One end is set in the valve cavity, the oil valve is provided with an oil valve cavity and a connecting cavity, the connecting cavity is connected with the valve cavity and the oil valve cavity, the oil valve cavity is provided with a retaining bead, and the cavity wall of the oil valve cavity is provided with an external connecting cavity. A baffle is provided on the port at one end of the connecting chamber connected to the valve chamber, the baffle is connected to the retaining ball through a spring, the spring is arranged in the communicating chamber, and a through hole is provided on the baffle. When oil injection is required, the oil enters the valve chamber from the oil inlet, and then enters the connecting chamber from the through hole. Under the action of oil pressure, the retaining ball is separated from the inner wall of the oil valve chamber, and the oil enters the oil valve chamber. It is sprayed from the oil injection hole. After the oil injection is stopped, the retaining bead is tightly abutted against the inner wall of the oil valve chamber under the action of the spring, forming a barrier to the oil in the valve body and preventing the remaining oil in the valve body from being injected into the valve body. Hole outflow waste.