53results about How to "Full convection" patented technology

The present invention relates to a device capable of rising heat exchange efficiency and boiler using said device. It includes a circular tube whose tube end is closed, on the side wall of the circular tube several water inlet holes are set, every water inlet hole is equipped with water guide plate, and the plate surface of every water guide plate and tangential direction of circumference of circular tube are formed into 10deg.-50deg.angle, and another end of said circular tube is equipped with a water outlet. Said structure can effectively raise heat-exchange efficiency.

The invention relates to an LED lamp with heat dissipation device and a manufacturing method thereof. The device comprises a heat dissipater 1, an LED light source module 2 fixed on the heat dissipater 1, as well as a photo-permeable board 4 and a lamp holder shell 5, and is connected with power supply 6, wherein the heat dissipater 1 is of a chimney-shaped heat dissipating structure, the heat dissipater 1 is constructed by a seat 11 and a plurality of chimney-shaped heat dissipating rods 12 arrayed on the seat 11, the seat is provided with through holes 13, the hollow heat dissipating rods 12 are mounted at the position corresponding to the through holes 13, the LED light source module 2 is constructed by a substrate 21 provided with a printing circuit, a plurality of LED particles 22 welded and fixed on the substrate 21, and an LED light distributing lens 23. The invention fills the blank of the prior art, the device has quick and efficient heat dissipation effect, and features simple structure, distinctive design, good airtightness, high commonality, flexible mounting and using, convenient maintenance and low cost.

The invention relates to a miniature fluid forced convection device for the on-line monitoring of electrical equipment, which comprises an integral joint. A convection cavity communicated with the outlet of a valve is arranged in the integral joint, an air exhaust / oil bleeding unit is arranged above the convection cavity, and an air exhaust / oil bleeding bolt capable of being screwed up or loosened, a rubber seal ring and an air exhaust / oil bleeding outlet are arranged in the air exhaust / oil bleeding unit. A test cavity for containing a gas testing unit is communicated with the convection cavity and is arranged in the integral joint, and an oil-gas separation film is arranged between the convection cavity and the test cavity. A convection drive unit capable of driving insulating oil to carry out forced convection between the oil tank of the electrical equipment and the convection cavity of the integral joint through the valve is arranged in the convection cavity. The convection drive unit can be the combination of a miniature motor, a miniature propulsion propeller and a duct, or the combination of an oil inlet pipe, an oil outlet pipe and an external miniature oil pump. The invention provides a device capable of realizing the integration of inside and outside sample oil forced convection and on-line monitoring on the valve of individual equipment.

The invention discloses a device for silencing, ventilation and light collection. The device comprises a quadrangle silencing frame filled with a silencing material, wherein interior of the silencing frame is divided into a ventilation and silencing room and a light collection and silencing room; the ventilation and silencing room is divided into three successively connected rooms including a first room, a second room and a third room, and the first room and the third room are opened and the second room is sealed on the face of the ventilation and silencing room located outdoors; the indoor side of the ventilation and silencing room is closed, and connection edges between the first room and third room and the second room are set as ventilated grates or nets; at joints of the ventilation and silencing room and the light collection and silencing room, the first room and the third room are sealed by silencing edges, and the second room is open; and an outer window body is disposed on the outdoor face of the light collection and silencing room, and an inner window body with an openable structure is disposed on the face towards indoors. According to the invention, light collections effects are the same as light collection effects of a common window; dual-layer window sealing is used; sound isolation effects are better; ventilation is quick; ventilation effects are good; the silencing structure achieves perfect silencing effects; the structure is simple; the cost is low; and use is convenient.

The invention belongs to the technical field of organic silicon production, and in particular to a device for recycling waste of organic silicon synthesis. The device comprises an upper seal head, a cylindrical barrel, a cone-shaped cylinder large in the upper part and small in the lower part, a residue outlet and a stirring module, wherein the stirring module comprises an air cylinder, support plates, connecting rods and arc-shaped sliding blocks; a group of support plates are arranged at intervals at the middle part of a push rod of the air cylinder; a group of connecting rods radially arranged along the support plates are arranged at outer rings of the support plates; one ends of the connecting rod are fixedly connected at one sides of the arc-shaped sliding blocks; elastic films are arranged in through grooves; one sides of the elastic films are fixedly connected with one sides of the through grooves; the other ends of the elastic films are fixedly connected with sliding plates; through notches are formed in the middle parts of the elastic films; and the sliding plates are used for controlling the closing or the opening of the notches. The device disclosed by the invention hasthe beneficial effects that the support plates are driven to move up and down by the push rod and when the arc-shaped sliding blocks slide to the cylindrical barrel, the sliding plates move outwards and the notches are opened, so that the flow path of organic silicon slag slurry is increased, the convection of the organic silicon slag slurry is more sufficient and the distillation efficiency of high-boiling point substances is improved.