55results about How to "Shorten the heating cycle" patented technology

A magnetic heat pump cycle has a first to a fourth steps, which are repeatedly carried out. In the first step, a movement of heat medium is stopped by a pressure valve and a pressure accumulating tank and a magnetic field is applied by a magnetic-field control unit to a magnetic working material. In the second step, the pressure valve is opened so that the heat medium flows in a working chamber from a second axial end to a first axial end, and the magnetic field is increased depending on a moving speed of the heat medium. In the third step, the movement of the heat medium is stopped and the magnetic field is decreased. In the fourth step, the heat medium is moved in a revered direction and the magnetic field is decreased depending on the moving speed of the heat medium.

The invention discloses a membrane lining container type fermentation device and a compost and deodorization method using the same, and relates to a compost device and a compost and deodorization method using the device. The problems that an existing container type compost mode is high in operating cost, an existing biological filter is inconvenient to move and the construction period is long can be solved. The device comprises a container door, a waterproof and breathable membrane, an air blower, an air inlet pipe, a perforation breather pipe, a temperature detector, an air outlet pipe and a container body. The method includes the steps that first, materials are put in; second, when the temperature is lower than 60 DEG C, intermittent ventilation is conducted; when the fermentation temperature is higher than 60 DEG C, continuous ventilation is conducted, and fermentation tail gas is exhausted; third, the materials are taken out after being fermented for 10-15 days. According to the membrane lining container type fermentation device, the body is improved from a container or a waste container, equipment is simple and convenient to use, waste can be utilized, equipment cost is saved, and the construction period is short; the air blower is controlled to operate through time and temperatures, so that electric energy is saved; transportation is facilitated; occupied area is reduced obviously.

The invention discloses a heat stamping forming board heating furnace. The board heating furnace comprises a furnace wall and conveying rollers for conveying a heated board. A board input opening and a board output opening are formed in the front end and the back end of the furnace wall respectively; and the conveying rollers are driven by an external driving system to rotate so as to convey the board. The furnace wall and furnace interior space defined by the furnace wall are sequentially divided into an induction area and a radiation area in the direction of board conveying. A partition board is arranged between the induction area and the radiation area, and a partition board channel is arranged in the middle of the partition board; the induction area is provided with a supporting part, an induction coil and a heating controller; the radiation area is provided with radiation pipes; and protection gas connection pipes are arranged on the furnace wall. The board heating furnace has the advantages that the board on the heat stamping forming production line is fully austenitized, and meanwhile the requirements for the continuous production takt and energy saving are met; the quality of heat formed products and quality stability are ensured; and heating efficiency is improved; and the heating period is shortened, and the heat energy loss is reduced.

The invention belongs to the field of waste incineration equipment and particularly relates to a fixed grate incinerator comprising a main combustion chamber and a fixed fire grate. The fixed fire grate is arranged obliquely, the higher end is provide with a material input end, the lower end is provided a slag outlet for slags after material combustion, and the slag outlet is communicated with a slag discharging component; a hot air chamber is arranged below the main combustion chamber; a hot air supply path penetrates the fixed fire grate; the fixed grate incinerator further comprises an ejecting rod and a power portion; the maximum lift of the ejecting rod penetrates the material layer of the fixed fire grate; an ejecting rod component further comprises a shaft sleeve with the preset length, one end of the shaft sleeve penetrates and is fixedly connected to the fixed fire grate along the moving direction of the ejecting rod, a vent gap allowing the air to penetrate is formed between the shaft sleeve and the ejecting rod, and the other end of the shaft sleeve is communicated with the outside and / or an air cooling chamber. The fixed grate incinerator has the advantages that material burning efficiency is high, the component operation reliability is high, and the service life is prolonged effectively.

Provided are a Cu core ball and a cu core column, which achieve dropping strength and strength against heat cycle. The Cu core ball (1) contains a Cu ball (2) made of Cu or a Cu alloy and a solder layer (3) which is made of a solder alloy composed of Sn and Cu and covers the Cu ball (2). The solder layer (3) contains not less than 0.1% through not more than 3.0% of Cu and the remainder is composed of Sn and impurities.

The invention belongs to the technical field of control systems and particularly relates to a temperature control method of a heat storage device and a heat supply system. The temperature control method of the heat storage device comprises the steps that that under a preset condition, a heating device is started to heat a heat storage medium in the heat storage device; the temperature of the heatstorage medium at an inlet and an outlet of the heating device is obtained; according to comparison of the temperature difference between the outlet temperature of the heat storage device and the threshold value temperature and the heating temperature of the heating device, the flow of a heat storage water pump connected with the hearting device and the heat storage device is adjusted; and the flowing speed of the heat storage medium from the heating device to the heat storage device is increased to enable the temperature of the heat storage medium in the heat storage device to reach the threshold valve temperature. During heat storage of the heat supply system, the voltage-instability action of the heating device is avoided, the repeatedly heating process is avoided, the heating period isshortened, the energy loss is reduced, and equipment abrasion is reduced.

The invention relates to an automatic punch device of a mold push rod. The device comprises a basal plate, a revolving heater, a stand, a main driving motor, a vertical lifting beam, a funnel type storage tank, a circular taking suppler, a support pad device and a punching device, wherein the stand is mounted at the left part of the upper end surface of the basal plate; the revolving heater is mounted at the right part of the upper end surface of the basal plate; the main driving motor is horizontally fixed in middle of the upper end of the stand; the vertical lifting beam is vertically mounted on the upper end surface of the stand; the funnel type storage tank is fixed at the upper end of the vertical lifting beam; the circular taking suppler is mounted on the main driving motor; the support pad device is connected with the basal plate; and the punching device is fixed on the basal plate. The device has such advantages as reasonable structure design, high automation degree and short production period, can realize the batch punch machining of the push rod, replaces the traditional manual operation, greatly improves the production efficiency, reduces the labor cost, shortens the machining period of the push rod, and improves the energy utilization rate.

The invention belongs to the technical field of microbial fertilizer production, and relates to a production fermentation method of a microbial fertilizer. The method comprises the following steps of:S1, feeding: carrying out moisture content and carbon nitrogen ratio adjustment on microbial raw materials and fertilizers, and conveying the microbial raw materials and the fertilizers into a feeding funnel; S2, grinding: grinding and crushing the plurality of microbial raw materials and fertilizers with different particle sizes until the particle size range is 12mm-60mm; S3, mixed fermentation:feeding the ground and crushed microbial biomass raw materials and fertilizers into a fermentation tank for fermentation, maintaining the temperature within 35-40 DEG C, and continuously turning thematerials and fertilizers and performing ventilation; and S4, discharging: discharging the fermented microbial fertilizer through a discharging pipe, granulating, packaging, and transporting the fertilizer to a finished product area. According to the method of the invention, the vibration of a grinding head can form a vibration effect on the fertilizer, promote the crushing of the fertilizer and improve the grinding efficiency; in the rotation process of a spiral impeller, the mixing and exchange of the fertilizer at different positions are promoted, so that the fertilizer is in uniform contact with air, the turning effect is good, and the quality and fermentation efficiency of the microbial fertilizer are effectively improved.

The invention discloses a heat treatment technology for automobile transmission gears. The heat treatment technology comprises a heat treatment container which is indispensable for heat treatment, heat treatment liquid and heat treatment operation technological procedures, wherein the heat treatment container comprises a heat treatment tank, heat treatment tank temperature control devices, the heat treatment liquid, a material supplement device, tank liquid observation sensors, an oil fume treatment device and a heat treatment liquid circulation device; the heat treatment liquid circulation device comprises an adjustable sprayer for spraying the heat treatment liquid; the sprayer can spray the heat treatment liquid on the to-be-treated automobile transmission gears; and the material supplement device is provided with a preparation material. By adopting the heat treatment technology, each technological detail of the heat treatment can be perfectly controlled; values between practical heat treatment technology and ideal technology can be adjusted and corrected in real time; the heat treatment is stable in quality, and is high-efficient and energy-saving; pollution is reduced; environment protection is promoted; and heat treatment cost can be reduced.

The invention discloses an automobile gearbox gear heat treatment device which comprises a heat treatment container, wherein the heat treatment container comprises a heat treatment tank, a heat treatment tank temperature control device, a heat treatment solution, a material supplementing device, a tank solution observing sensor, a lampblack treatment device and a heat treatment solution circulating device; the heat treatment solution circulating device comprises a liquid inlet pipeline, a motor pump and a liquid discharge pipeline which are connected in sequence; the heat treatment solution is located at the bottom of the heat treatment tank, the heat treatment tank temperature control device is provided with an electric heater soaked in the heat treatment solution, the heat treatment solution contains ingredients; and the tank solution observing sensor monitors the temperature of gas and the heat treatment solution in the heat treatment tank and the real-time concentration content of the ingredients. The device can perfectly control all technological details of heat treatment, can adjust and correct differences between actual heat treatment process and ideal treatment process in real time, is steady in heat treatment quality, efficient and energy-saving, and can reduce pollution, promote environmental protection and save heat treatment cost.