56results about How to "Easy to heat up" patented technology

The invention discloses novel technology for squeezing oil from fresh rubber seeds. The technology is characterized in that the fresh rubber seeds are not required to be stacked on a stock dump for a long time but directly crushed, dried, cooked, hardened, tempered and squeezed. The time from incoming of raw materials to obtaining of squeezed rubber seed oil and squeezed rubber seed oil cakes can be shortened to be within 3 hours. The technology can avoid the phenomena of heat generation, germination and mould development caused by the fact that the rubber seed raw materials are stacked on the stock dump for a long time in the prior art, can greatly improve the quality of the obtained rubber seed oil and the obtained rubber seed oil cakes, and can also improve the oil yield and the cake yield.

The invention belongs to the technical field of the ferrous metallurgy industry, and relates to a short-process long material endless rolling production line and a short-process long material endlessrolling method. The short-process long material endless rolling production line comprises a steel making furnace, a continuous casting machine, a withdrawal and straightening machine, a rough rollingproduction line, an intermediate rolling production line, a finish rolling production line, a reducing and sizing mill production line and a cooling table. The steel making furnace, the continuous casting machine, the withdrawal and straightening machine, the rough rolling production line, the intermediate rolling production line, the finish rolling production line, the reducing and sizing mill production line and the cooling table are closely connected in sequence. The rough rolling production line comprises a rough rolling unit, an accident shear and cooling table, a heat preservation deviceand a pair of first end cutting flying shears in sequence. The heat preservation device supplements the heat for a casting blank which is subjected to rough rolling operation, and the separation distance between an inlet of the withdrawal and straightening machine and an inlet of the rough rolling unit ranges from 9m to 30m. The intermediate rolling production line comprises an intermediate rolling unit, a water cooling tank and a pair of second end cutting flying shears in sequence. The finish rolling production line comprises a finish rolling unit, a water cooling tank and a pair of third end cutting flying shears in sequence. The reducing and sizing mill production line comprises a reducing and sizing mill unit, a water cooling tank and a pair of fixed-length flying shears in sequence.By the adoption of the short-process long material endless rolling production line, the technological arrangement is simple, the separation distance between the continuous casting machine and the rough rolling unit is small, the rough rolling gripping operation is facilitated, the relative power consumption of the heat preservation or supplement which is conducted after the rough rolling operation is accomplished is low, the cost is low, the industrial production is easily achieved, and the short-process long material endless rolling production line has the obvious economic benefit.

The present invention discloses one kind of quick frozen instant rice and its soup. The quick frozen instant rice has no any preservative added, no natural nutrient loss, convenient and quick eating, reasonable matching of rice, dishes and soup and scientific diet structure. The production process includes the steps of steaming rice, cooling steamed rice, forming rice, quick freezing and storing the rice product in refrigerator.

The invention discloses a preparation method for ceramic fiber composite crumb rubber modified asphalt, and belongs to the technical field of modified asphalt. According to the method, barium acetate and tetrabutyl titanate are mixed to prepare a ceramic fiber, the ceramic fiber and a waste tyre are milled to prepare mixed crumb rubber, the crumb rubber is coupled to be mixed in a high-speed shear apparatus to prepare the modified asphalt, and by the coupling effect, the asphalt is connected with the crumb rubber more closely, the strength of the asphalt is strengthened and the performance of the asphalt is improved. The preparation method has the benefits that the preparation method is simple, and in a preparation process, the ceramic fiber, the crumb rubber and the asphalt are high in compatibility and dispersibility, unlikely to be separated and easy to load, unload and transport; the modified asphalt is easy to heat, high in stability and unlikely to be influenced by low temperature and high temperature.

The invention discloses a double-chamber four-station glass bending and toughening device and a control method thereof. The double-chamber four-station glass bending and toughening device consists of a preheating furnace, a first-station heating area, a second-station heating area, a heating furnace, a third-station heating area, a fourth-station heating area, a bent steel forming section, a variable arc mechanism, a die attach section, a die taking section, a matrix temperature control module, a porcelain tube, a heating furnace wire, a furnace wire lead-out rod, a thermocouple, a transfer roller, glass and a motor. The control method comprises the following steps: automatically controlling different heating temperatures and heat preservation time by a matrix fuzzy control program according to different parts of the glass, continuously heating and preserving the temperature after the temperature of the whole glass is consistent, cycling the process till the whole glass in the first-station heating area, the second-station heating area, the third-station heating area and the fourth-station heating area is heated to a set temperature, and uniformly heating the glass progressively. Therefore, the overall temperature of the glass is consistent, and a phenomenon that the glass quality is influenced due to different heating temperatures of various parts is avoided.

The invention discloses a processing and mixing device for pharmaceutical engineering. The processing and mixing device comprises a motor, a mixing tank and a machine body, wherein supporting legs areuniformly installed on the bottom of the machine body, a mixing tank is installed on the center of one end of the machine body, the bottom end of the mixing tank is provided with a discharging pipe,two ends of the top of the mixing tank are respectively provided with a feeding hopper, the motor is installed on the center of the top of the mixing tank between the feeding hoppers, the output end of the motor extends into the mixing tank and is provided with a rotating shaft, two ends of a stirring paddle are respectively and uniformly provided with a stirring impeller, and one end of the mixing tank is provided with an air outlet pipe. The processing and mixing device is provided with the motor, the mixing tank and the machine body, the motor is installed on the top center of the mixing tank, the rotating shaft of the output end of the motor is provided with the stirring paddle, two ends of the stirring paddle are uniformly provided with the stirring impeller, so that drugs inside thedevice can be stirred and mixed by virtue of the stirring paddle and the stirring impeller, and the drug can be sufficiently mixed.

The invention provides an EMS physiotherapy glove. The glove comprises a glove body, and also comprises a command input device, a temperature sensor, a heating circuit, a pulse circuit, a controller and a power supply module. The glove body consists of a first sleeve layer, a second sleeve layer and a third sleeve layer; the third sleeve layer wraps the first sleeve layer and the second sleeve layer so as to form a placing cavity; the command input device, the temperature sensor, the pulse circuit and the controller are arranged in the placing cavity, and the command input device, the temperature sensor, the heating circuit and the pulse circuit are respectively connected with the controller; the front end of the glove body is provided with a wrist sleeve which is fixedly connected to theglove body, one side of the wrist sleeve is provided with an accommodating cavity for accommodating the power supply module, and the power supply module is connected to the command input device, the temperature sensor, the heating circuit, the controller and the pulse circuit; and a plurality of electrode bulges are also arranged in the placing cavity, and one end of each electrode bulge is connected with the pulse circuit in the placing cavity, so that the glove is convenient to heating and using by a user.

The invention discloses a mini-host computer CPU radiator. The mini-host computer CPU radiator comprises a mini-computer host case and a compressor. A water-cooling heat dissipation device is arrangedat the CPU, and a water inlet pipe and a first water outlet pipe are connected to the water-cooling heat dissipation device; the water inlet pipe penetrates through the mini computer host case to beconnected with the compressor, and an expansion valve is arranged on the water inlet pipe; a heat dissipation coil is arranged on the outer side of the mini computer host case, one end of the heat dissipation coil is connected with the first water outlet pipe, and the other end of the heat dissipation coil is connected with the compressor through a second water outlet pipe; a first separable valvegroup and a second separable valve group are respectively arranged on the second water outlet pipe and the water inlet pipe; the separable valve set comprises a first valve and a second valve, a first flange is arranged on the right side of the first valve, a second flange is arranged on the left side of the second valve, and the first valve and the second valve are hermetically connected throughflanges; cooling media are arranged in the compressor and the water pipes. The LED lamp has the advantages of being small in size and good in heat dissipation performance.

The invention belongs to the field of beer brewing, and in particular discloses a novel beer brewing machine. The beer brewing machine comprises a tank, a feeding hole and a beer outlet system, wherein the inside of the tank is provided with a fermenting cavity used for producing beer, the feeding hole is arranged in the tank and is used for feeding materials to the inside of the fermenting cavity, the beer outlet system is arranged in the fermenting cavity and is used for taking out beer, air bags in the compressed state are arranged in the fermenting cavity, and the air bags communicate witha pressurization system used for realizing pressurization on the inside of the air bags. The novel beer brewing machine has the beneficial effects that the pressurization system is used for controlling the air pressure in the air bags, then the sizes of the air bags can be adjusted, thus the air pressure inside the fermenting cavity is changed, meanwhile, by utilizing the air bags, the contact between air providing pressure and the beer can be isolated, and thus the influences on the fermenting environment due to the introduction of the impurities are avoided.

The invention discloses a multifunctional medicine packaging towel, comprising a medicine packaging towel body, wherein the multifunctional medicine packaging towel is characterized in that a particle filler is composed of: 20% by weight of pine needle, 20% by weight of green tea, 15% by weight of tarragon, 5% by weight of perilla leaf, 5% by weight of dahurian angelica root, 10 % by weight of common fennel fruit, 25% by weight of salt; and the medicine packaging towel uses a microwave heating mode or a direct charging heating mode. The medicine packaging towel has health care effects of invigorating the circulation of blood, dispelling wind, dehumidifying, dispelling cold, relieving pain, insulating, etc. The multifunctional medicine packaging towel is agile and convenient for use, and can be wrapped on a foot, or is wrapped around important parts of a human body like a shoulder, a neck, a waist or a knee. The multifunctional medicine packaging towel can also be placed in a blanket in winter for warming and health caring, and is not easy deterioration when continuously used, and the drug effect lasts long.

The invention relates to an improved flattening oven. The improved flattening oven comprises a base and an oven body; the oven body is fixed to the base, a temperature control box is arranged on the side wall of the oven body, an air outlet is formed in the upper top face of the oven body, a combustion groove is formed between the base and the oven body, an oven plate is arranged in the combustion groove, a U-shaped groove is formed in the oven plate, a heating pipe is arranged in the U-shaped groove, an observation window is formed in the upper top face of the oven body, and a sliding way allowing the observation window to slide is arranged on the upper top face of the oven body. The improved flattening oven has the beneficial effects that the temperature control box can carry out heating control over the heating pipe, the heating pipe is placed in the oven plate, the oven plate and the oven body are movably connected, the damaged heating pipe can be conveniently replaced, and due to the observation window in the oven body, the copper powder heating degree in the oven body can be conveniently observed.

The invention discloses a fermentation device for biological preparation. The fermentation device comprises a fermentation outer cylinder, jacking assemblies are fixedly arranged on the outer side surfaces of a top cylinder body and a bottom cylinder body of the fermentation outer cylinder, a plurality of groups of fermentation cylinder heating assemblies are arranged between the two groups of jacking assemblies in a jacking manner, a material lifting assembly is fixedly arranged in the fermentation outer cylinder, a bidirectional material lifting motor is fixedly arranged at the bottom of thematerial lifting assembly, the stirring motor drives a stirring rod and an inclined stirring blade to rotate so that various fermentation raw materials in the fermentation outer barrel are uniformlystirred, the inner part of the fermentation outer cylinder is heated through a plurality of groups of fermentation cylinder heating assemblies, the bidirectional material lifting motor drives a material lifting screw rod to rotate in two directions, discharging and lifting of biological fermentation materials are achieved, through rotation of the inclined stirring blades, when the fermentation rawmaterials are located on an inverted-cone-shaped material guiding base, a downward sliding pushing force exists, and therefore it is guaranteed that the fermentation raw materials can smoothly enterthe material lifting barrel through the inclined feeding port.