32results about How to "Fully designed" patented technology

The invention discloses an environment-friendly device with an impurity-collecting function. The environment-friendly device comprises a tank, wherein a top box is fixedly connected with the top of aninner wall of the tank; a limiting plate is fixedly connected with the top of a bottom box between the two sides of the inner wall of the tank; a disinfecting box is fixedly jointed between the rightside of the bottom box and the right side of the inner wall of the tank; a motor chassis is fixedly connected with the bottom on the right side of the tank; a first motor is fixedly connected with the top on the left side of the inner wall of the tank through a fixed base; a first belt pulley is fixedly connected with an output shaft of the first motor; and a second belt pulley is in driving connection with the surface of the first belt pulley through a belt. The invention relates to the technical field of environment-friendly equipment. The environment-friendly device with the impurity-collecting function is capable of effectively filtering, moving back and forth and guaranteeing the design for sufficiently purifying wastewater; the upward arc-shaped design is capable of gathering the impurities at the bottom; the wastewater filtering is not influenced; and the environment-friendly device is long in service life.

The present invention provides a 3D printing packaging method of a flip chip. The method is characterized by comprising the following steps of S1 utilizing a computer to design a three-dimensional digital model of an LED device, programming the LED device, after the hierarchical slicing processing, introducing a 3D printer, and utilizing the computer to control the hierarchical printing; S2 utilizing a suction nozzle to absorb the flip chip, and fixing under a reflector cup; S3 carrying out the 3D printing on a solder layer and a radiating substrate, wherein the radiating substrate is equipped with a leading-out circuit in electrode connection with the chip, and further can comprises a step S4 of filling the fluorescent powder. Relative to the general packaging, according to the present invention, the die bonding wires and the eutectic solders are not needed, the packaging yield is improved, a support and a PCB or a COB do not need to purchase, the packaging cost is reduced, the packaging research and development cycle is shortened, and the packaging appearance diversity is increased, and the LED thinning and miniaturization are promoted.

The invention discloses a unit modular large household refuse incineration furnace and relates to household refuse incineration treatment equipment. The unit modular large household refuse incineration furnace comprises an incineration grate mechanism, air chambers and air supply systems, wherein the incineration grate mechanism comprises a drying section grate, a burning section grate, a burnout section grate and a rack; the drying section grate, the burning section grate and the burnout section grate respectively comprise two groups of grate units; each group of grate units comprises a spindle, a partition plate, a front wall plate, a rear wall plate and a grate with stepped drop; each grate comprises two groups of edge modules and at least one group of middle modules; each edge module and each middle module respectively consist of a plurality of grate sheets; each group of edge modules is fixed on the corresponding rack through a sidewall protection plate device; each air chamber is formed below each middle module and each edge module; an air inlet is formed at the lower end of each air chamber and connected with the corresponding air supply system; and each air supply system comprises a drying section air supply system, a burning section air supply system and a burnout section air supply system. The unit modular large household refuse incineration furnace is stable in operation, low in energy consumption and long in service life.

The invention relates to a multi-fuel indirect heating hot air stove with heat pipes. The multi-fuel indirect heating hot air stove is high in energy utilization rate and comprises an outer shield; a plate heat exchanger is arranged in the outer shield and comprises a first shell, a second shell arranged in the first shell, a third shell arranged in the second shell and a fourth shell arranged in the third shell; a first descending air flue is formed between the outer shield and the first shell, a smoke flue is formed between the first shell and the second shell, an ascending air flue is formed between the second shell and the third shell, a second descending air flue is formed between the third shell and the fourth shell, the first descending air flue is communicated with the ascending air flue, and the ascending air flue is communicated with the second descending air flue; the cavity of the fourth shell is communicated with the smoke flue, and a fire grate is arranged on the bottom surface of the cavity of the fourth shell; a hot air confluence cavity is formed in the lower part of the outer shield, a smoke box is arranged under the hot air confluence cavity, and a hot air outlet is formed in the back of the hot air confluence cavity; the multiple heat pipes are arranged on the top surface of the first shell.

The invention discloses a full-automatic de-molding mould for an internal thread plastic part. The full-automatic de-molding mould comprises a fixed model chamber plate and a moveable model chamber plate, wherein a mold joint of the plastic part is arranged between the fixed model chamber plate and the moveable model chamber plate; a base plate is connected with the lower end face of the moveablemodel chamber plate; a moveable seat plate is arranged under the base plate; a pouring sleeve is arranged at the top end of a fixed seat plate; a main runner is arranged on the mold joint; a product chamber is connected with the main runner; a threaded mold core is arranged in the product chamber; the threaded mold core is penetrated through the moveable seat plate and extends into the base plate;a hydraulic motor is arranged in the moveable seat plate; the lower end of the threaded mold core is connected with the hydraulic motor through a driving mechanism; the threaded mold core is driven by the hydraulic motor to rotate. According to the invention, the hydraulic motor is placed between the base plate and the moveable mold fixing plate, so that the mold space is saved and the requirement for the tonnage of the injection molding machine is lower. A driving gear is adopted for driving a plurality of driven gears to de-mold and the chamber can be fully designed according to the template space. A rotation-stopping mechanism is adopted for guaranteeing the automatic rotation of the plastic part, a spring is adopted for pushing a stub bar and the adjustment and the repairing are convenient.