126results about How to "Reduce work loss" patented technology

The invention relates to a dismountable locking mechanism of a drawer slide rail and a side plate. The dismountable locking mechanism comprises a side plate, a bottom plate and a slide rail assembly used for opening and closing a drawer, wherein a front connecting element for connecting a front panel and a back connecting element for connecting a rear back plate are arranged on the side plate, a groove position for accommodating the bottom plate is arranged in the side plate, the bottom plate is arranged on the groove position and acts on a movable slide rail of the slide rail assembly, a dismountable locking mechanism is arranged between the side plate and the movable side rail, and the movable side rail is detachably connected with the side plate through the locking mechanism. The dismountable locking mechanism has the advantages that the groove position used for fixing the bottom plate is arranged in the side plate, the bottom plate directly acts on the movable slide rail after the assembly is completed, the drawer stress is more uniform, the work loss of each component is smaller, the service life is longer, the inner wall of the side plate is vertical, the thickness of the side plate is effectively reduced, the use space of the drawer is increased, in addition, the side plate and the movable side rail are detachably connected through the dismountable locking mechanism, the dismounting and the mounting of the side plate and the movable slide rail are fast and convenient, the manufacture and maintenance cost is low, the integral design of the drawer is favorably realized, and the drawer is tidier and more attractive.

The invention provides a shifting register and an array substrate grid drive device. The shifting register is of a structure for multi-stage connection of the same shifting register units, wherein each shifting register unit comprises an input module responding to an input signal, an output module responding to an upward pull node, a reset module responding to a reset signal, a first upward pull module responding to a first clock signal, a second upward pull module responding to a downward pull node voltage signal, a first downward pull module responding to a first upward pull node voltage signal, a second downward pull module responding to an upward pull node voltage signal, a control module responding to a second clock signal and a retaining module responding to the first clock signal and a second downward pull node. The working loss of the shifting register can be reduced, attenuation of a second downward pull voltage signal is reduced, and accordingly the stability of the shifting register in working is improved.

The invention discloses a fast recovery diode and a manufacturing method of the fast recovery diode. The diode disclosed by the invention comprises an anodic diffusion P-type doped region, an evenly-doped intrinsic region, a cathodic diffusion N-type region, anode and cathode metal layers, wherein the anodic diffusion P-type doped region is a P-type doped region provided with alternated high and low concentrations and formed by locally pouring through a mask plate. Compared with the prior art, the diode disclosed by the invention has the characteristics of low inverse peak current IRRM, short reverse recovery time trr and high reverse recovery softness.

A power supply device for a computer device mainly comprises a DC to DC converter used to receive and convert an outside DC power supply to a variety of DC voltages needed for a computer device and an up/down regulator connected to the DC to DC converter and used to stabilize an output voltage. According to the present invention, the up/down regulator is installed before the +12 voltage input end of the computer device. Whereby, the +12 voltage can be stabilized and the work loss of the power supply for the computer can be lowered down.

The invention discloses a single-effect external circulation concentrator based on a condensation bead collection mechanism, and relates to the technical field of concentrators, the single-effect external circulation concentrator comprises a heating tank, a cooling mechanism, a liquid separation mechanism and a wall scraping mechanism; the top end of the heating tank is provided with a feed inlet,and one end of the outer wall of the heating tank is provided with a steam inlet pipe and a condensate outlet pipe; the end, away from the heating tank, of the steam inlet pipe is connected with an air heater. By arranging the rotating shaft, the connecting rod, the scraper, the connecting bearing, the fixing rod, the fan blades, the motor, the water inlet pipe and the water inlet valve, wall scraping operation can be conducted on the interior of the evaporation chamber, the fan blades are driven to rotate through steam flowing, and the fan blades can drive the scraper to conduct wall scraping operation on the inner wall of the evaporation chamber through the rotating shaft and the connecting rod, thereby aoviding adhesion of the material liquid to the inner wall of the evaporation chamber; in addition, cleaning water can be injected into the evaporation chamber through the water inlet pipe to be cleaned and maintained, the fan blades and the scraper are driven by the motor to rotate,the cleaning water can be stirred, and the evaporation chamber can be better cleaned.

The invention discloses an elevator compensation chain guiding control device, and belongs to the field of compensation chain guiding devices. According to the elevator compensation chain guiding control device, in the scheme, a pair of guiding rollers can restrain a compensation chain, overall shaking of the compensation chain is reduced, the surface of a roller body is treated, the the elasticity of the surface of the roller body is increased through laid filling balls, so that abrasion between the compensation chain and the roller body is reduced. For the filling balls located in a filling groove, the multiple filling balls can be kept in a tiled state in the filling groove through matching of filling fibers between the adjacent filling balls and connection between the filling fibers and a reinforcing net, a relatively stable structure of the multiple filling balls can be easily kept, the loss of the elevator compensation chain in the using process can be greatly reduced, the instability phenomenon in the using process of an elevator is not likely to occur, the working loss of the elevator is reduced, the service life of the elevator is not likely to be affected, and casualties of passengers are not likely to be caused.

The invention discloses a circuit topological structure of a low-voltage input isolation type multi-circuit output switching power supply. The circuit topological structure comprises a voltage boosting circuit, a power conversion circuit and a rectifying circuit, wherein the voltage boosting circuit is connected with the power conversion circuit; and the power conversion circuit is connected with the rectifying circuit. By virtue of the circuit topological structure, multi-circuit isolation voltage output in a low-voltage input condition is realized, and the product assembling density and the production cost are lowered.

The invention discloses a double-split-flow turbine steam-inlet diversion structure. The double-split-flow turbine steam-inlet diversion structure comprises a runoff type first-level stator and a wheel type rotor which are correspondingly assembled together. The two sides of the portions, corresponding to the first-level stator, of the wheel type rotor are correspondingly provided with impellers protruding in the radial direction and being used for assembling movable blades. Diversion mold cavities are defined by the first-level static blade, the wheel type rotor and the corresponding movableblades. The movable blade root positions of the two sides of each diversion mold cavity are correspondingly provided with streamline sharply protruding steam inlet diversion portions extending to thediversion mold cavity. The steam inlet diversion portions of the two sides of each diversion mold cavity are oppositely formed. The steam inlet diversion portion on each side and the blade root steaminlet side face and the blade root plane of the corresponding movable blade are in smooth transition in the form of the streamline profile structure. By the adoption of the double-split-flow turbine steam-inlet diversion structure, the stability and reliability of bidirectional conversion from runoff steam to axial flow can be guaranteed effectively; and meanwhile flow separation generated beforethe diverted steam enters the movable blades can be effectively prevented, the uniformization of the steam flow entering the corresponding movable blades is guaranteed, and the acting loss of the movable blades is lowered.

The invention relates to a self-adaptive matching mechanism for a drawer main body and a furniture main body. The self-adaptive matching mechanism for the drawer main body and the furniture main body comprises the drawer main body which is pulled and pushed to open and close on the furniture main body through a sliding rail assembly, wherein the sliding rail assembly is formed by at least fixed sliding rails and movable sliding rails through assembling, the fixed sliding rails are fixedly arranged on the left and right side walls of the furniture main body, and the drawer main body is detachably arranged on the movable sliding rails; the drawer main body comprises side plates, a rear back plate, a bottom plate and a front face plate, supporting portions are vertically arranged on the inner sides of the side plates in an extending manner, the bottom plate acts on the supporting portions, and the supporting portions act on the movable sliding rails; self-adaptive matching devices are arranged in the bottom areas of the side plates and are detachably matched and connected with the movable sliding rails. Through the structural improvement, the self-adaptive matching mechanism for the drawer main body and the furniture main body has the characteristics of reasonable and simple structure, reliable performance, small volume, good concealment, long service life, low manufacturing and maintenance cost, quickness and convenience in disassembly and assembly, and high practicability.

The invention discloses a lock rod structure used in the electronic field. The lock rod structure comprises a lock buckle body, a first sliding wheel and a second sliding wheel. The inner side of the lock buckle body is provided with a lock buckle groove, and a lock rod head is connected to the inner side of the lock buckle groove. A pressing plate is connected to the rear side of a baffle, and a second spring is installed on the rear side of the pressing plate. A sliding handle is installed on the outer side of the first sliding wheel, and the inner side of the sliding handle is connected with the lock rod head and a pressing plate through sliding blocks. A sliding handle is connected to the outer side of the second sliding wheel, and the rear side of the sliding handle is provided with a second sliding groove. A fixed rod is installed on the inner side of the second sliding groove. The lock rod structure used in the electronic field is provided with the sliding handles and the sliding blocks, thus use of the whole device is convenient, a first sliding groove is formed in a lock rod body, working loss of the sliding blocks is lowered so as to prolong service life of the whole device, and the whole device is simple in structure, convenient to operate and has very high practical value.

The invention discloses 5G signal base station safety equipment of an industrial internet, and belongs to the technical field of safety equipment. The 5G signal base station safety equipment of the industrial internet comprises a cabinet body, wherein a plurality of supporting plates are linearly arranged in the middle of the bottom face in the cabinet body at equal intervals, a 5G signal base station body is arranged between the top faces of the supporting plates, two air openings are formed in the middle of the top face of the cabinet body in a symmetrical structure, air pipes are fixedly arranged at the upper ends of the air openings, turbofans are coaxially arranged in the air openings, an axis is coaxially and fixedly connected to the middle of the bottom face of the turbofan, a gear sleeves the middle of the axis, a driven wheel sleeves the upper portion of the axis on the front side, a driving wheel is arranged on the right side of the driven wheel, a conveying belt is connected between the driven wheel and the driving wheel, a motor is fixedly arranged at the position, opposite to the driving wheel, of the top face of the cabinet, and a water cooling assembly is arranged below the axis. According to the 5G signal base station safety equipment, the heat dissipation of the 5G signal base station main body can be effectively facilitated, the heat accumulation is reduced, and the suitability of the working environment temperature of the 5G signal base station main body is ensured.

The invention discloses a parallel magnetic saturation fault current limiter based on a rare earth permanent magnet material. The fault current limiter comprises a magnetic core and a coil winding. The magnetic core comprises a middle column, and a left column and a right column located on the two sides of the middle column respectively. The upper and lower ends of the middle column are respectively equipped with an upper transverse yoke and a lower transverse yoke. A first permanent magnet and a third permanent magnet are embedded into the upper transverse yoke. A second permanent magnet and a fourth permanent magnet are embedded into the lower transverse yoke. The two ends of the upper transverse yoke and the lower transverse yoke are connected with the left column and the right column respectively, and the middle parts are connected with the middle column. The coil winding comprises a first coil and a second coil wound on the left column, and a third coil and a fourth coil wound on the right column. The dotted terminals of the first coil and the third coil are connected in parallel, the unlike terminals of the first coil and the fourth coil are connected in series, the unlike terminals of the third coil and the second coil are connected in series, and the dotted terminals of the second coil and the fourth coil are connected in parallel. The permanent magnet technology and the magnetically-controlled reactor technology are combined to limit the short-circuit fault current, and the current limiting effect is good. The fault current limiter is of high reliability and low cost.

The invention discloses a random number sampling method for an electronic meter, and the method comprises the following steps: carrying out the collection of the flow of the meter at an initial sampling time interval t1, and obtaining the real-time flow Qs; judging whether the flow Qs is less than the starting flow of the table or not, if yes, indicating that the current instantaneous flow Q of the meter is equal to 0, and if not, indicating that the current instantaneous flow Q of the meter is equal to Qs; judging whether a gas-unused state exists or not according to the current instantaneousflow Q of the meter; if so, judging whether the duration of the gas-free state reaches preset cumulative time or not; if yes, performing flow collection every random sampling time interval t2 so thatthe current flow Qs is obtained, and the random sampling time interval t2 is a random value in a time interval [t1, t3], wherein t3 is the time interval larger than or equal to N * t1, and N is an integer larger than 1. The random number sampling method is used, the condition of short flow duration can be effectively detected, cumulant metering is carried out, the metering precision is improved and the operation power consumption of the meter can be effectively reduced.

The invention discloses a preparation method of a quasi-SMD (Surface Mount Device) crystal oscillator, which is characterized in that the preparation method comprises the following steps: coarsely grinding piezoelectric crystals by a grinding machine, and extracting a crystal bar; cutting the crystal bar into a rectangular crystal piece by a multitool machine; finely grinding the rectangular piece for four times by a lapping machine, and using a frequency division machine for frequency division so as to obtain a crystal frequency piece; cleaning the crystal frequency piece by a cleaning agent and ionized water, then using a drying machine to dewater the crystal frequency piece; storing the crystal frequency piece in a nitrogen box; and spraying a sliver layer on the crystal frequency piece by using a molecular pump vacuum coating machine, dispensing conducting resin on the crystal frequency piece with a silver layer by an automatic dispensing machine, fixing the dispensed crystal frequency piece on a base, compensating the frequency by a fine tuning machine and adding the silver layer, then sealing and soldering the crystal frequency piece on the base by a shell, instantly charging nitrogen when the sealing and soldering operation is conducted, and obtaining a finished product when the leakage check is qualified. The preparation method provided by the invention is reasonable, the cost is low, the operability is strong, the product quality can be improved effectively, and the produced product has a small size and is strong in stability.