66results about How to "All-in-one settings" patented technology

The invention discloses a display substrate, a display device and a manufacturing method thereof, and relates to the technical field of the display. In order to solve the problem that when quantum dots are applied to a flexible OLED display device, the display effect is affected by large box thickness, light leakage and the like easily caused by a conventional box aligning mode, the main technicalscheme is that the display substrate comprises a TFT substrate, a pixel defining layer, electroluminescent device layers, connecting layers, first packaging layers and quantum dot layers, wherein thepixel defining layer is arranged on the TFT substrate and defines a plurality of pixel pits, an electroluminescent device layer, a connecting layer, a first packaging layer and a quantum dot layer are sequentially stacked in each pixel pit, and the connecting layers in the adjacent pixel pits are connected at one side, deviating from the TFT substrate, of the pixel defining layer and are used forelectrically connecting the electroluminescent device layers in the two adjacent pixel pits. According to the display substrate, the integrated arrangement of the display substrate is achieved, box alignment and gluing are not needed, and the problems of surface light leakage and uneven brightness are avoided.

The invention provides a teaching demonstration device for a turbidity sediment experiment and a teaching method of the teaching demonstration device, and relates to an experimental demonstration device. A water tank body comprises water tanks A (6) and water tanks B (9) which are arranged oppositely in the vertical direction. According to the teaching demonstration device for the turbidity sediment experiment, four blending formulas for water, mud and sand content of sedimentary turbidity current are provided according to the characteristics of four types of sedimentary turbidity current including gravel-rich type sedimentary turbidity current, sand-rich type sedimentary turbidity current, sand-mud mixed type sedimentary turbidity current and mud-rich type sedimentary turbidity current, the geological characteristics of each geologic sedimentary turbidity current are distinguished in a refined manner, the movement characteristics of each type of sedimentary turbidity current are comparatively demonstrated by the two water tanks with adjustable slope, the turbidity current flow rate is adjusted according to size and length of the slope, then sediment discharge in the turbidity current is observed, the geological knowledge of turbidity sediment is obtained, strictness and completeness of experimental operation are guaranteed, and students are helped to master the geological turbidity sediment related knowledge comprehensively and finely.

The invention provides an underground neutron energy power station. The underground neutron energy power station is located in an underground chamber and comprises a neutron source system located at one end of the underground chamber and comprising an ion beam tube for emitting ions; an energy generation system located below the underground chamber and comprising a reaction container for placing acore, wherein a coupling structure is connected between the reaction container and the ion beam tube in a sealing manner; a power generation system located at the other end of the underground chamberand connected with the energy generation system; and a waste heat acquisition utilization system located at the other end of the underground chamber and connected with the energy generation system and the power generation system. According to the underground neutron energy power station, power supply and heat supply can be performed by fully employing fuels, the utilization rate of the fuels is high, the underground neutron energy power station is located underground and arranged in a long strip shape, the size of key equipment thereof is small, the fuels can be permanently sealed, and security and reliability are realized.

The invention provides an integrated dismountable daylight lamp, which comprises a lighting tube body with a plug at both ends, wherein a converter is respectively disposed at both ends of the lighting tube body in dismountable manner, a connecting plug is prominently equipped at one side of the converter, a connecting plug socket matting with the plug of the lighting tube body is equipped at the other side of the converter, and an electronic ballast is also equipped in the converter and respectively connected with the connecting plug and connecting plug socket. The lighting tube body can be T5 lighting tube, so that the integrated dismountable daylight lamp can be directly used on the existing T8 lamp socket, solving the problem of direction application of T5 lighting tube on T8 lamp socket. Meanwhile, when the T5 lighting tube can not normally work, a new T5 lighting tube can be replaced to continue in service.

The invention relates to the technical field of electric power and particularly relates to a silicon carbide inversion control device and power generation equipment. The silicon carbide inversion control device is applied to the power generation equipment including a power generator. The silicon carbide inversion control device comprises a controller, a silicon carbide rectifier, a carbide rectifier inverter and a human-computer interaction device. The input end of the silicon carbide rectifier is connected to the power generator, and the output end is connected to the carbide rectifier inverter. The carbide rectifier inverter and the human-computer interaction device are connected to the controller. The controller, the silicon carbide rectifier, the carbide rectifier inverter and the human-computer interaction device are arranged in a shell. The shell has a containing space, and the power generator is arranged in the containing space. Through the above arrangement, the conversion efficiency of current of the power generation equipment is effectively improved, the integrated setting is realized, and the practicability is greatly improved.

The invention discloses an automatic paper shredder, which includes a support column and a machine body fixedly arranged thereon. Rolling wheels are rollably arranged on the bottom of the support column. A cutting cavity is disposed in the top end surface of the machine body. A first rotary trough is arranged inside the inner wall, at the right side of the cutting cavity, of the machine body in avertically extending manner. A first rotary shaft and a second rotary shaft are respectively arranged inside the cutting cavity in a left-and-right extending manner. The right extending tails of the first rotary shaft and the second rotary shaft can enter the first rotary shaft and are in rotational fitting connection therewith. The left extending tail of the first rotary shaft is fitted with andconnected to a first driving motor. The outer surface of the first driving motor is fixedly arranged in the left inner wall of the cutting cavity. The left extending tail of the second rotary shaft isin rotational fitting connection with the left inner wall of the cutting cavity. Spiral blades are circumferentially fixed to the outer surfaces of the first rotary shaft and the second rotary shaftin the cutting cavity.

The invention discloses a mixing method based on floating mortar for buildings, and relates to the technical field of building materials. Mixing equipment in the second step and the third step comprises a bottom plate, supporting frames fixed to the two sides of the top of the bottom plate and a stirring barrel fixed between the tops of the supporting frames, and a main stirring shaft is rotationally arranged in the stirring barrel. According to the mixing method based on the floating mortar for the buildings, the main stirring shaft is driven by a first motor to rotate, an auxiliary stirring shaft is synchronously rotated through two gears in the engaged state, and power resources are saved while double mixing is carried out; and the angle of stirring blades can be adjusted by matching with a stirring blade adjusting mechanism arranged on the main stirring shaft, the stirring range of the floating mortar is changed, the shape of the stirring blades can be changed, the rotating speed flow difference of the floating mortar is changed through the inclined faces, mixing of the floating mortar in multiple directions is accelerated, the mixing time of the floating mortar is shortened, and meanwhile, the mixing quality is improved.

The invention discloses a range-adjustable automatic fertilization and pesticide spraying integrated device for silkworms. The device comprises a machine body, and a spraying assembly is arranged above a water pump. According to the range-adjustable automatic fertilization and pesticide spraying integrated device for the silkworms, through clearance fit between a sliding rail and a sliding rod and reciprocating stretching and retracting of an air cylinder, a supporting rod can drive a hose to rotate in a reciprocating opening and closing manner, then the spraying range of a spraying head can be adjusted and controlled, the fertilization and pesticide spraying range is more accurate, and different fertilization and pesticide spraying requirements are met; through the arrangement of crawler-type rollers, the device can be used in high-altitude areas and can be suitable for various environments such as mountainous regions, the use applicability of the device is further improved, when a long rod rotates in the axial direction, an inclined rod and a square rod can swing in a reciprocating manner, then vortexes with different diameters are formed, the vortexes are matched with turbulent flow of through holes, and the mixing effect and efficiency of liquid medicine preparation can be greatly improved; and the pesticide spraying and fertilizing quality is further improved.

The invention discloses an automatic underground mining drilling and cutting all-in-one machine. The machine comprises a middle box body, a sliding rail bottom frame is arranged at the bottom of the middle box body, telescopic sliding frames are arranged at the front side and the rear side of the middle box body correspondingly, upper moving frames are arranged at the upper portions of the outer sides of the two telescopic sliding frames correspondingly, and first drilling rod assemblies are fixed to the tops of the upper moving frames. Second drilling rod assemblies are mounted in the middlesof the outer sides of the two telescopic sliding frames correspondingly, a rope saw guide wheel mounting plate is fixed to the right end of the middle box body, and a rope saw assembly is mounted onthe rope saw guide wheel mounting plate. Through the arrangement of the drilling rod assemblies, a drill barrel, the rope saw assembly and a rope winding assembly, drilling and cutting of undergroundmining can be achieved, integrated arrangement of the drilling and cutting functions of underground mining is achieved, two sets of independent and matched drilling mechanisms and sawing mechanisms inthe prior art are combined into one, the manufacturing cost is reduced, and meanwhile, the problem that two sets of equipment need to enter and exit repeatedly in the construction process in the prior art is solved.

The invention relates to a lifting mechanism, in particular to a self-locking type integrated lifting mechanism. The rotational movement of an existing lifting mechanism is limited through a guiding slide rail, and a large size and large friction force are caused; additional mechanical or electrical band-type brakes are needed, and the design difficulty is increased; a linear moving module is large in size and redundant in structure. According to the self-locking type integrated lifting mechanism, a connecting rod movement module is arranged on a fixing frame, a lifting platform is arranged on the connecting rod movement module, and a driving module is arranged on the fixing frame and connected with the connecting rod movement module. The middle of a driving connecting rod and the middle of a coupling connecting rod are hinged, one end of the driving connecting rod is hinged to one end of a first homologous output connecting rod, and the other end of the first homologous output connecting rod is hinged to the inner wall of a side plate. The other end of the driving connecting rod is fixedly connected with a worm gear. One end of the coupling connecting rod is hinged to one end of a second homologous output connecting rod, the other end of the second homologous output connecting rod is hinged to the fixing frame, and the other end of the coupling connecting rod is hinged to the inner wall of the corresponding side plate. The self-locking type integrated lifting mechanism is applied to lifting movement.