4results about How to "Reduce installation volume" patented technology

The utility model discloses an integrated metering instrument and a monitoring system, which have the advantages that an electricity metering component, a water metering component, a gas metering component and a heat metering component are integrated on a meter body of the integrated metering instrument, and an external power supply electrically connected with the electricity metering component supplies power, so that a battery does not need to be prepared; the power consumption, the water consumption, the gas consumption and the heat consumption of a user can be acquired only by adopting one set of power supply component, the signal processing component and the signal communication component, the production cost and the installation amount are reduced, the acquired signals are converted into a uniform format through the signal processing component and then are convenient for subsequent transmission and analysis, and the use efficiency of the circuit is improved; and when the air temperature is too low, a heat source passes through the heat consumption metering part, the temperature of the heat consumption metering part is high, the surrounding temperature can be increased, and especially for the water consumption metering part beside, water in the water consumption metering part is prevented from being frozen, and frost cracking of the water consumption metering part is effectively prevented.

The utility model relates to dust removal structure technical field, concretely is a dust removal structure and numerical control drilling center. The dust removal structure includes the frame, and it is equipped with processing device, set up the blowing assembly on processing device, and blowing assembly is used for blowing the processing debris on processing device, set up the dustproof assembly on the frame, and dustproof assembly is used for receiving processing debris, set up the dust absorption switching assembly on the frame, and dust absorption switching assembly is located at the export of dustproof assembly, and dust absorption switching assembly is used for receiving the processing debris in dustproof assembly, and controls the discharge capacity of processing debris, set up the dust scraping assembly on processing device, and processing device is movably arranged on the frame to drive dust scraping assembly to sweep the processing debris in dustproof assembly to dust absorption switching assembly place. The whole structure is simple, carries out dust removal with blowing assembly, prevents processing debris from accumulating on processing device, and in addition, has dust absorption switching device control processing debris's discharge capacity, improves the working efficiency of dust absorption equipment.

The application relates to the technical field of bridge load experiment, in particular to a bridge bearing capacity dynamic load experiment detection device. The top end of a supporting frame is fixedly connected with a photosensitive assembly and a first laser range finder. A heavy-load vehicle is provided with a reflector plate, the first laser range finder is horizontal to the reflector plate, the first laser range finder can measure the horizontal distance a from the center of the hub in the tire through the reflector plate, the front and rear hubs of the heavy-load vehicle are both provided with positioning plates through bolts, one end of each positioning plate is fixedly connected with a connecting shaft, the outer side of the connecting shaft is rotatably connected with first shaft sleeves through bearings, and the two first shaft sleeves are connected with an extension rod. The monitoring mode can avoid installing sensors at various positions of the bridge, saves the equipment and the installation amount, and can realize continuous deflection monitoring. In the application, the axle height curve obtained when the heavy-load vehicle advances is compared with the axle height curve obtained when the heavy-load vehicle advances without load.

The application relates to a high-melting-point isotope nuclear target mounting base and a mounting method thereof, the mounting base comprising an insulating base, a high-voltage electrode disc and a nuclear target seat, the insulating base is in a cylindrical shape, an outer track groove is formed in the top of the sidewall of the insulating base, and a through hole is formed in the sidewall of the insulating base; the high-voltage electrode disc is in a cylindrical shape and is sleeved in the insulating base; an inner track groove is formed in the top of the sidewall of the high-voltage electrode disc, a high-voltage connector hole is formed in the sidewall of the high-voltage electrode disc, and a high-voltage connector is inserted into the high-voltage connector hole through the through hole; the nuclear target seat is used for mounting a nuclear target and a graphite pot, and the nuclear target seat is slid into the high-voltage electrode disc through the outer track groove and the inner track groove; the nuclear target seat can be put into or taken out of the high-voltage electrode disc along the outer track groove and the inner track groove, so that the isotope material and the nuclear target can be conveniently mounted, the mounting workload of the isotope material and the nuclear target is reduced, the operation is simplified, and the preparation period of each batch of high-melting-point isotope nuclear targets is reduced.