35results about How to "Adjustable cooling effect" patented technology

The invention relates to an incinerator gas path structure. The incinerator gas path structure comprises an incinerator; the incinerator is provided with a chimney, an air inlet port and a gas fuel inlet port; the chimney is sleeved with a middle pipe; the middle pipe is sleeved with an outer pipe; a fuel chamber is formed between the middle pipe and an exhaust gas discharge pipe; a screw guide piece is arranged in the fuel chamber; the spiral guide piece forms a spiral fuel gas channel in the fuel chamber; one end of the fuel gas channel is connected with the gas fuel inlet port, and the other end of the fuel gas channel is connected with an outlet of a fuel transfer pump; the part, located in the middle pipe, of the chimney is made of a heat conductive material; an air chamber is formedbetween the outer pipe and the middle pipe; one end of the air chamber is connected with the air inlet port; and the other end of the air chamber is connected with an outlet of an air blower. The incinerator gas path structure provided by the invention is capable of heating gas fuel through exhaust gas so that utilization of exhaust gas heat can be achieved, and the problem that heat of exhaust gas of existing fuel furnaces is not utilized is solved.

The invention discloses a double-channel heat dissipation generator, and belongs to the field of generators. An iron core body, a left fan and a right fan are arranged on a shaft body. The iron core body is positioned between the left fan and the right fan; the outer wall of the iron core body is provided with a plurality of axially distributed wire slots; the winding wire is wound on the wire slot of the iron core body; the top of the wire groove is provided with a groove block used for sealing the wire groove. A left fixed cover covers the left end of the iron core body, and a right fixed cover covers the right end of the iron core body; the left fixing cover and the right fixing cover each comprise an air inlet end face and an air outlet side face. The left fan is used for pressing air flow from the air inlet end face of the left fixing cover and pressing the air flow out from the air outlet side face of the right fixing cover; and the right fan is used for pressing air flow from the air inlet end face of the right fixing cover and pressing the air flow out from the air outlet side face of the left fixing cover. According to the double-channel heat dissipation generator, the rotating body is provided with the double channels in the length direction, heat dissipation is not interfered with each other, the heat dissipation capacity is adjustable, heat dissipation of the double channels is complementary, heat dissipation of the rotating body is uniform, and the service life of equipment is long.

The invention relates to a transformer radiator, and discloses a transformer radiator detachably connected with inner fins and telescopic outer fins. The transformer radiator comprises two oil pipes and radiating fins connected between the two oil pipes, wherein flow channels are arranged in the radiating fins; the outer fins and outer clamping grooves are arranged and formed outside the radiating fins; each outer fin comprises at least two radiating plates; the adjacent radiating plates are telescopically connected in a sleeving manner; one of the radiating plates is provided with an outer fin part chuck; the outer fin part chucks are inserted and connected in the outer clamping grooves in a pluggable manner; the inner fins and inner clamping grooves are arranged and formed in the flow channels; the inner fins are provided with inner fin part chucks; and the inner fin part chucks are inserted and connected in the inner clamping grooves in a pluggable manner. The transformer radiator detachably connected with the inner fins and the telescopic outer fins can rapidly radiate heat when transformer oil flows through the radiating fins; a radiating effect is adjustable; and the problem of poor radiating effect of the existing transformer radiator is solved.

The invention relates to a transformer radiator, in particular to a transformer radiator detachably connected with telescopic outer fins. The transformer radiator comprises two oil pipes and a plurality of radiating fins connected between the two oil pipes, wherein a flow channel which is communicated with the two oil pipes is formed in each radiating fin; outer fins and outer clamping grooves are arranged outside the radiating fins; each outer fin comprises at least two radiating plates; adjacent radiating plates are in telescopic sleeve connection; one of the radiating plates is provided with an outer fin part chuck; and the outer fins are spliced in the outer clamping grooves in a pluggable way through the outer fin part chucks, and are connected together with the radiating fins. Through adoption of the transformer radiator detachably connected with the telescopic outer fins provided by the invention, heat can be dissipated rapidly and the heat dissipation effect is adjustable when transformer oil flows through the radiating fins, so that the problem of poor heat dissipation effects in an existing transformer radiator is solved.

The invention relates to a combustion furnace achieving convenient air inlet leakage stopping. The combustion furnace achieving convenient air inlet leakage stopping comprises a furnace body. The furnace body is provided with a chimney, an air inlet and a gas fuel inlet. The air inlet comprises an upper section, a sealing piece and a lower section. The sealing piece comprise a rigid connecting tube, an upper rubber sealing gasket and a lower rubber sealing gasket, and the rigid connecting tube is sleeved with an upper clamping ring and a lower clamping ring. The upper end surface of the upperclamping ring abuts against the lower end surface of the upper rubber sealing gasket in a connection manner. The lower end surface of the lower clamping ring abuts against the upper end surface of thelower rubber sealing gasket in a connected manner. A plurality of lifting rods which are circumferentially distributed along the rigid connecting tube and drive the upper clamping ring and the lowerclamping ring to be separated in the vertical direction are arranged between the upper clamping ring and the lower clamping ring. The combustion furnace achieving convenient air inlet leakage stoppingaims to achieve the purpose that sealing can be online conducted when leakage happens to the air inlet and solves the problem that when leakage happens to an air inlet of an existing combustion furnace and leakage stopping is conducted, production interruption is needed.

The invention discloses a dual-channel heat dissipation generator, which belongs to the field of generators. An iron core body, a left fan and a right fan are arranged on the shaft body; the iron core body is located between the left fan and the right fan; Axially distributed wire grooves; the wire is wound on the wire groove of the iron core; the top of the wire groove is provided with a groove stopper for closing the wire groove; the left end of the iron core is covered with a left fixed cover, and the right end is covered with a right fixed cover; Both the left fixed cover and the right fixed cover include the air inlet end face and the air outlet side; the left fan is used to press the air flow in from the air inlet end face of the left fixed cover, and press out from the air outlet side of the right fixed cover; The air inlet end face of the right fixed cover is pressed into the air flow, and pressed out from the air outlet side of the left fixed cover. In the dual-channel heat dissipation generator of the present invention, the rotating body has two channels in the length direction without interfering with each other to dissipate heat, the heat dissipation capacity is adjustable, and the dual-channel heat dissipation is complementary, so that the heat dissipation of the rotating body is uniform and the service life of the equipment is long.

The invention relates to a furnace with a chimney provided with a heat dissipation section. The furnace comprises a furnace body, wherein the furnace body is provided with the chimney, an air inlet and a gas fuel inlet, the chimney is provided with the heat dissipation section, the heat dissipation section is a rectangular pipe defined by a left wall, a front wall, a right wall and a rear wall, the heat dissipation section is internally provided with a plurality of aluminum plates extending in the extending direction of the heat dissipation pipe, the aluminum plates are connected with the inner surface of the heat dissipation section, a heat dissipation plate is arranged on the surface of at least one side of the heat dissipation section, the heat dissipation plates extend in the directionperpendicular to the axis of the heat dissipation section, the heat dissipation plates are distributed in the axial direction of the heat dissipation section, the heat dissipation plates comprise outer plates with one ends connected to the heat dissipation pipe, middle plates with one ends capable of penetrating through the other ends of the outer plates in a telescopic mode, and inner plates with one ends capable of penetrating through the other ends of the middle plates in a telescopic mode. The furnace aims to achieve the effects that the heat dissipation effect on tail gas can be adjusted, and the problem that the heat dissipation effect on the tail gas of an existing fuel furnace cannot be adjusted is solved.