7results about How to "Eliminate spacing" patented technology

The environment-friendly poultry house with the flushing function comprises a working support, the working support is provided with a poultry house body and two first conveying belts for conveying and outputting poultry manure, the first conveying belts are arranged side by side, a flushing device is arranged on one side of the working support, and the flushing device comprises a working box; first guide rollers for adjusting the conveying directions of the first conveying belts are arranged in the working box, a first cleaner is arranged in the working box, the two first conveying belts jointly penetrate through the first cleaner, a cleaning liquid box is arranged below the first cleaner, and a first manure conveying belt is arranged on one side of the cleaning liquid box. The poultry breeding environment can be kept free of pollution for a long time, meanwhile, the problem that thorough cleaning can only be achieved through regular replacement is solved, the labor cost and the time cost are avoided, meanwhile, poultry feet are prevented from being injured, and the breeding environment and the surrounding environment are kept harmless.

The loading and unloading workstation comprises a loading and unloading area and a working area, the loading and unloading area is used for taking and placing plates, and the working area is provided with a conveying device and loading and unloading equipment. The first conveying track and the second conveying track of the conveying device are used for conveying the plates. The loading and unloading equipment is arranged on one side of the first conveying rail and used for taking and placing the plates between the loading and unloading area and the first conveying rail. Wherein the conveying speed of the first conveying track is higher than that of the second conveying track, when a plate is placed on the first conveying track by a gripper of the loading and unloading equipment, a gap is formed between the plate and a previous plate on the second conveying track, and the gap between the two plates is reduced or eliminated when the plate is conveyed to the second conveying track; and subsequent automatic machining procedures can be carried out conveniently, and the production efficiency is improved.

The invention relates to the technical field of bridges and tunnels, in particular to a suspension bridge and tunnel connection design method suitable for a deep canyon district, a first multi-arch section is arranged at a tunnel portal, and the first multi-arch section comprises a left line tunnel, an equal-thickness integral straight middle wall and a right line tunnel which are sequentially arranged from left to right; the primary supports and the secondary linings of the left line tunnel and the right line tunnel are connected to the equal-thickness integral straight middle wall; the left measuring line and the right measuring line of the first multi-arch section coincide. The left measuring line and the right measuring line of the first multi-arch section can coincide by arranging the equal-thickness integral type straight middle wall, the distance L in the prior art is eliminated, the left measuring line and the right measuring line of the suspension bridge coincide, the clear distance is zero, a main beam of the suspension bridge does not need to be widened, and the manufacturing cost is greatly saved; compared with an existing composite middle wall which directly comprises the thickness of a follow-up secondary lining, the thickness of the equal-thickness integral straight middle wall is larger, the stability in the construction process is good, and the safety risk is greatly reduced.

The utility model discloses a differential control mechanism and contain the winding equipment of this mechanism relates to die cutting machine technical field, including differential control subassembly, the differential control subassembly includes new base paper unwinding roller, and the old base paper recovery roller is arranged in parallel to the new base paper unwinding roller side. This differential control mechanism and contain the winding equipment of this mechanism after material die cutting, and the old base paper of bearing waste material is no longer discarded, but is through the old base paper recovery roller reverse winding, realizes repeated use, and simultaneously synchronous new base paper is put, and the finished product material after die cutting is stripped from the old base paper, and is directly transferred to the new base paper surface, and is completed finished product winding by forming winding roller, and the new technical scheme of this die cutting device realizes the saving of raw material paper and mould spacing through the collaborative design of recovery base paper, differential control and material transfer, and its core principle is to utilize differential ratio to eliminate the material spacing in traditional craft, and simultaneously reduces base paper consumption through the replacement of new and old base paper.

The utility model relates to the technical field of structural design of power equipment, and particularly provides a bus connecting device and a combined cabinet structure, the bus connecting device comprises a bus used for being connected with outgoing line terminals of two adjacent gas-insulated switchgears, and bus cylinders used for being respectively sleeved outside the outgoing line terminals of the two adjacent gas-insulated switchgears, and the bus cylinders are respectively sleeved outside the outgoing line terminals of the two adjacent gas-insulated switchgears. A current transformer is arranged outside the bus, the current transformer is located between the bus cylinders on the two sides, the two ends of the current transformer and the bus cylinders on the two sides are assembled in an inserted and sealed mode, a measuring coil is poured in the current transformer, the current transformer and the bus are integrally formed through pouring, and the space interval between the current transformer and the bus is eliminated. The current transformer is attached to the bus, and the current transformer does not move in the vertical direction under the condition that vibration is generated during opening and closing of the gas-insulated switchgear, so that the sealing and insulating effects of the current transformer and the plugging and sealing assembly positions of the bus cylinders on the two sides are good, and the leakage of insulating gas is avoided.