36results about How to "Reduce intermediate loss" patented technology

The invention relates to a production method of midbodies of sterides drugs, in particular to a method for preparing dehydroepiandrosterone by microbial fermentation. The method includes the following steps of firstly, protecting three hydroxy of sterol to obtain protections; secondly, fermenting the protections by bacterial strain Mycobacteriumsp.NRRLB-3683 or 3805; thirdly, hydrolyzing a target object; and fourthly, purifying. The invention further provides a new path for preparing dehydroepiandrosterone from plant sterol, production cost of dehydroepiandrosterone is greatly reduced and quality yield of the dehydroepiandrosterone is improved.

The invention discloses a vehicle control system of a blade electric vehicle and a blade electric vehicle structure. A battery high-voltage insulation detection unit and a high-voltage loop interlocking unit are introduced into a high-voltage safety management module, and a vacuum brake assisting module is set, so that the electricity consumption and safety properties of the vehicle are largely improved. An energy recovery unit is implanted in a drive management system, recoverable energy is generated when the vehicle slides or brakes, the energy utilization rate is largely improved, and the cruising capacity of the vehicle is improved. Meanwhile, the vehicle is driven by a rear axle, a drive motor is connected with the rear axle by directly inserting the motor, an intermediary transmission mechanism is omitted, and the structure is more compact; intermediary losses can also be reduced, and the transmission efficiency is higher. The utilization rate of a battery can be effectively increased, so that the cruising capacity of the vehicle is higher.

The invention discloses an ODMR functional part integrated diamond NV magnetometer and a manufacturing technology thereof, and belongs to the fields of solid state atom magnetometers and micro nano processing. A block-shaped diamond prepared with an NV color center ensemble is edged and shaped into a step-shaped diamond, a multi-layer medium combined reflective film is prepared in the upper surface of the diamond in a film growth technology, a multi-layer medium combined cutoff filtering film is prepared in the bottom, the two types of optical functional films wrap a diamond medium to form a light tripping structure, an annular microwave antenna is prepared on the light tripping structure with the diamond as the main body, a light through hole is cut, a laser diode and a photodiode are microfabricated, and the integrated NV magnetometer is realized. The total light tripping cavity structure and system modulation photon collecting functional parts are designed by taking the diamond as the core, the sensitivity of the solid atom magnetometer can be maximized, and the size of the device is reduced.

The invention discloses a direct drive engaging and disengaging device of a washing machine, which comprises a direct drive motor, a vertical split type engaging and disengaging structure and a brake structure, wherein the direct drive motor is arranged at the bottom of an outer barrel and used for directly driving an impeller shaft of an impeller and a dewatering shaft coaxially sleeved outside the impeller shaft for driving a dewatering barrel to rotate; the engaging and disengaging structure is used for singly transmitting the drive of the direct drive motor to the impeller shaft or simultaneously transmitting the drive to the impeller shaft and the dewatering barrel and comprises an engaging and disengaging outer disk, an engaging and disengaging inner sleeve and an engaging and disengaging spring, wherein the engaging and disengaging outer disk is tightly combined with a motor rotor and rotates together with the motor rotor, the engaging and disengaging inner sleeve is sleeved on the dewater barrel, can be used for driving the dewatering shaft to rotate together and can axially slide on the dewatering shaft, and the engaging and disengaging spring is sleeved on the dewatering shaft and used for providing elastic force to ensure that the engaging and disengaging inner sleeve axially slide and is internally engaged and connected with the engaging and disengaging outer disk; and the brake structure is used for separating the engaging and disengaging inner sleeve from the engaging and disengaging outer disk up and down. The device has the advantages of simple structure and low cost and can be used for improving the efficiency of a transmission system and realizing stable engaging and disengaging control.

The invention relates to a pulsed-jet longitudinal impactor. The lower end of a pump upper cover and the upper end of a pump outer cover are connected through a thread, the lower end of the pump upper cover is connected with a central rotor, the upper end of a pump middle shaft is provided with a thread, and the pump middle shaft is fixed at the lower end of the central rotor and sits on a lower cover plate through a boss; the lower cover plate is fixed inside the lower end of the pump outer cover and fixes the central rotor and the pump middle shaft inside the pump outer cover at the same time, the pump outer cover is fixed inside a main pup joint by a fixing cover nut, a valve is fixed at the lower end of the pump middle shaft, and an upper valve plate is fixed inside the valve through a fixing bolt; a lower valve plate is fixed at the upper end of an impact valve which is provided with a thread, the impact valve is in threaded connection with an impact joint which is fixed inside a hexagonal sleeve, the upper portion of the main pup joint is connected with an upper drill column while the lower portion of the same is connected with the hexagonal sleeve, and the impact valve is fixed above the hexagonal sleeve and provided with a passageway inside. The pulsed-jet longitudinal impactor is few in middle structure, low in energy consumption, large in impact force and long in service life.

The invention discloses a full-automatic washing machine comprises an outer tub, an inner basket, an impeller and a drive device, wherein the drive device comprises at least two rotors and at least one stator, one rotor is connected with an inner basket shaft, and the other rotor is connected with an impeller shaft; the drive device adopts a variable-frequency direct drive motor; the rotors, the stator, the inner basket shaft and the impeller shaft are coaxially arranged, the inner basket shaft is hollow, and the impeller shaft is arranged in the inner basket shaft; and during washing of the washing machine, the impeller and the inner basket rotate in the same direction or in reverse directions, or either of the impeller and the inner basket rotates, and the impeller and the inner basket rotate in the same direction at the same speed during spinning. According to the full-automatic washing machine, the two rotors are connected with the inner basket shaft and the impeller shaft respectively, the inner basket and the impeller are driven to rotate respectively by the two rotors, the weight, size and cost of a drive system are reduced to a great extent by means of the structure, and the transmission efficiency and stability are improved.

The invention provides a hot forging composite machining device and method. The device comprises a drive mechanism, a transmission mechanism, a heating mechanism, a blanking mechanism, a hot forging forming mechanism, a discharging mechanism and an induction mechanism. The transmission mechanism is connected with the drive mechanism, the heating mechanism is arranged between the feeding mechanism and the transmission mechanism, the hot forging forming mechanism is arranged below the blanking mechanism and connected with the discharging mechanism, and transmission variables of the transmission mechanism are transmitted to the blanking mechanism through the induction mechanism. The hot forging composite machining method comprises the steps that a) the drive mechanism drives the transmission mechanism to transfer hot forging materials to the heating mechanism, and the transmission variables are transmitted to the blanking mechanism through the induction mechanism; b) the hot forging materials are heated; c) the heated hot forging materials are transferred to the blanking mechanism for blanking; d) forging forming is performed, and e) discharging is performed. According to the hot forging composite machining device and method, unmanned operation and smooth transition of work sections during hot forging are guaranteed, the stable performance of the work sections is guaranteed, automation is achieved, the machining efficiency is high, and molded parts are stable in quality.