A kind of high pressure conditioner of realizing reduction of blood pressure in high-speed
Technical field
The utility model relates to living electric apparatus, particularly a kind of high pressure conditioner of realizing reduction of blood pressure in high-speed.
Background technology
After high pressure conditioner culinary art end-of-job, because have high pressure in pot, in order to ensure user's safety, so be designed to can not open in the situation of pressure the structure of pot cover, user will uncap, must pull out pressure valve, or etc. pot body naturally cooling slowly, wait pot inner pressure discharge after just can uncap take out nurse one's health food, use like this and be not very convenient, the former has the risk of food from pressure relief opening ejection, and the time that the latter waits for can be for a long time, is not easy to user and takes out in time food.
Summary of the invention
The object that the utility model will reach is just to provide a kind of high pressure conditioner of realizing reduction of blood pressure in high-speed, is convenient to user security and opens rapidly pot cover.
In order to achieve the above object, the utility model adopts following technical scheme: a kind of high pressure conditioner of realizing reduction of blood pressure in high-speed, comprise pot cover and pot body, in described pot body, be provided with interior pot, heating plate, water tank and water pump, water tank has water tank inlet and water outlet of water tank, described heating plate inside is provided with cooling duct, cooling duct has passage water inlet and passage delivery port, described passage water inlet is connected with water outlet of water tank, passage delivery port is connected with water tank inlet, water tank and composition current loop, cooling duct also drive cooling water to circulate in current loop by water pump.
As preferred scheme, described cooling duct is formed by the water pipe being embedded in heating plate, and heating plate is stretched out at the two ends of described water pipe and one end is connected with water outlet of water tank as passage water inlet, and the other end is connected with water tank inlet as passage delivery port.
As preferred scheme, described cooling duct is formed by the through hole that is located at heating plate inside, through hole has two apertures and is distributed in bottom surface and/or the side of heating plate, one of them aperture is as passage water inlet and be connected to water inlet pipe and be connected with water outlet of water tank, and another aperture is as passage delivery port and be connected to outlet pipe and be connected with water tank inlet.
Further preferred scheme, is provided with heating tube in described heating plate, the parallel heating tube in described cooling duct route setting is set.
Further preferred scheme, described heating plate is located at the bottom of interior pot, and cooling duct and heating tube are positioned on sustained height position.
Further preferred scheme again, described heating tube is set to split ring structure, and described cooling duct is arranged on inner side or the outside of heating tube or extends to outside from inner side.
Further preferred scheme, described water pump be located in water tank or be connected to water tank and cooling duct between.
Further preferred scheme, has control panel in described pot body, and described water pump is electrically connected with control panel.Can realize by control panel the automatic operation of water pump.
Further preferred scheme, described water tank is located at the sidepiece of pot body, and described water tank inlet is located at the bottom of water tank, and water outlet of water tank is located at the bottom of water tank.Cooling water circulates within a certain height, less to the load of water pump, and the water pump that is conducive to smaller power also can drive cooling water Rapid Circulation.
Further preferred scheme, described tank top is provided with water filling port.Be convenient to supplement cooling water, it is normally closed that water filling port keeps, and need to supplement cooling water time, opens again.
Adopt after technique scheme, the utlity model has following advantage: after high pressure conditioner culinary art end-of-job, by the flow of cooling water in water pump control water tank to cooling duct, carry out reflow tank after heat exchange with heating plate, thereby take away the heat of heating plate, the heat of the interior pot fully contacting with heating plate is also taken away rapidly simultaneously, internal pot decrease temperature and pressure within short time relatively, make user can open in time pot cover, take out the food of conditioning, safe ready is reliable.
Brief description of the drawings
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the structural representation of a kind of embodiment of the utility model;
What Fig. 2 was the first heating tube and cooling duct in heating plate inside arranges route schematic diagram;
What Fig. 3 was the second heating tube and cooling duct in heating plate inside arranges route schematic diagram;
What Fig. 4 was the third heating tube and cooling duct in heating plate inside arranges route schematic diagram;
What Fig. 5 was the 4th kind of heating tube and cooling duct in heating plate inside arranges route schematic diagram;
What Fig. 6 was the 5th kind of heating tube and cooling duct in heating plate inside arranges route schematic diagram;
What Fig. 7 was the 6th kind of heating tube and cooling duct in heating plate inside arranges route schematic diagram.
Detailed description of the invention
Be illustrated in figure 1 a kind of embodiment of the utility model, a kind of high pressure conditioner of realizing reduction of blood pressure in high-speed, comprise pot cover 1 and pot body 2, in pot body 2, be provided with interior pot 3, heating plate 4, water tank 5 and water pump 6, water tank 5 has water tank inlet 51 and water outlet of water tank 52, water tank 5 is located at the sidepiece of pot body 2, and water tank inlet 51 is located at the bottom of water tank, and water outlet of water tank 52 is located at the bottom of water tank 5.Water tank 5 tops are provided with water filling port 53.Heating plate 4 inside are provided with cooling duct 7, cooling duct 7 has passage water inlet 71 and passage delivery port 72, passage water inlet 71 is connected with water outlet of water tank 52, passage delivery port 72 is connected with water tank inlet 51, water tank 5 forms current loop and drives cooling water to circulate in current loop by water pump 6 with cooling duct 7, and water pump 6 is located in water tank 5.Water pump 6 also can be connected between water tank 5 and cooling duct 7, and is to be connected between water outlet of water tank 52 and passage water inlet 71 as good.In pot body 2, have control panel 21, water pump 6 is electrically connected with control panel.
In the present embodiment, cooling duct 7 is formed by the water pipe being embedded in heating plate 4, heating plate 4 is stretched out at the two ends of water pipe and one end is connected with water outlet of water tank 52 as passage water inlet 71, the other end is connected with water tank inlet 51 as passage delivery port 72, water pipe can directly be connected with water tank 5, also the same shown in can Fig. 1, tap into water pipe 81 at passage water inlet 71 and be connected with water outlet of water tank 52, be connected with water tank inlet 51 at passage delivery port 72 connected water outlet pipes 82.According to the difference of mode of heating, on market, most high pressure conditioners adopt the internal pot of heating tube to heat, also there is the internal pot of the electromagnetic coupled of employing mode to heat, the present embodiment adopts the former, in heating plate 4, be provided with heating tube 41, the parallel heating tube 41 in cooling duct 7 route setting is set, here so-called parallel be not absolute, almost parallel, cooling duct 7 arrange route and heating tube 41 that route spacing is set is roughly equal, because heating tube 41 is pyrotoxins, temperature is the highest, thus when cooling first by cooling heating tube 41.On market, the heating plate 4 of most high pressure conditioners is all the bottom of being located at interior pot, and the heating plate 4 that also has some high pressure conditioners is that bottom and the sidepiece of internally pot all heats, and in the present embodiment, heating plate 4 is located at the bottom of interior pot.If cooling duct 7 is arranged on the top of heating tube 41, affect the normal work of heating tube 41, reduce the operating efficiency of heating plate 4, if cooling duct 7 is arranged on the below of heating tube 41, cannot be fast when cooling heating plate 4 tops and interior pot 3 be carried out cooling, therefore preferably cooling duct 7 and heating tube 41 are positioned on sustained height position, here neither be absolute, roughly in equal height, thereby reach best cooling effect in not affecting heating plate 4 operating efficiencies.If heating plate 4 extends to the sidepiece of interior pot, also can go in corresponding extension cooling duct 7, and internally the sidepiece of pot 3 carries out coolingly, and is positioned at the sidepiece of pot 3, cooling duct 7 preferably and heating tube 41 on the same face of cylinder.
As shown in Fig. 2 to 7, heating tube 41 is shaped as split ring structure in the time overlooking or look up heating plate 4, this is also the conventional design of this area, and cooling duct 7 in the present embodiment can extend to outside as shown in Figure 2 from the inner side of heating tube 41, in addition cooling duct 7 shown in Fig. 3 route is set and Fig. 2 is similar, just passage water inlet 71 and slightly difference of the setting of passage delivery port 72 on heating plate, can also adopt mode shown in Fig. 4, cooling duct 7 is arranged on to the inner side of heating tube 41, or mode shown in employing Fig. 5, all can in the outside that cooling duct 7 is arranged on to heating tube 41.
In above-described embodiment, cooling duct 7 is only provided with one, cooling duct 7 only has a passage water inlet 71 and a passage delivery port 72, also can increase as required cooling duct, as shown in Figure 6, in heating tube 41 inner sides and outside, a cooling duct 7 is set respectively, every cooling duct 7 all has a passage water inlet 71 and a passage delivery port 72, and the passage water inlet 71 of a cooling duct 7 and passage delivery port 72 quantity are also not limited to one, as shown in Figure 7, article one, cooling duct 7 has two passage water inlets 71 and a passage delivery port 72.
Cooling duct 7 is formed by the water pipe being embedded in heating plate 4, and heating plate is convenient to processing, and water pipe is also convenient to clean.In addition, cooling duct 7 also can be formed by the through hole that is located at heating plate 4 inside, through hole have two apertures be distributed in the bottom surface of heating plate 4 or two apertures be distributed in the side of heating plate 4 or two one, apertures be located at heating plate 4 bottom surface another be located at the side of heating plate 4, one of them aperture is as passage water inlet 71 and be connected to water inlet pipe and be connected with water outlet of water tank 52, and another aperture is as passage delivery port 72 and be connected to outlet pipe and be connected with water tank inlet 51.The processing and fabricating of through hole can adopt mould molding to realize, water pipe relatively, and material cost is reduced.
After culinary art finishes, can manually or automatically control startup water pump 6 by control panel and work, drive the cooling water Rapid Circulation in water tank 5, by the Rapid Circulation of cooling water, heating plate 4 is by cooling rapidly time, and the heat of interior pot 3 fully contacting with heating plate 4 is also taken away rapidly, internal pot 3 decrease temperature and pressure within short time relatively, make user can open in time pot cover 1, take out the food of conditioning, safe ready is reliable.In the utility model, the current loop of cooling water circulation is the loop of a sealing, and the evaporation of cooling water heat also can not leak, and ensures the safe handling of the electric elements of high pressure conditioner inside.Different or the heating position of mode of heatings that internally pot 3 heats changes, and does not affect the utility model cooling duct 7 is located at the enforcement of this design of heating plate 4 inside, is only that position or technologic corresponding adjustment can realize.Except above preferred embodiment, the utility model also has other embodiment, those skilled in the art can make various changes and distortion according to the utility model, only otherwise depart from spirit of the present utility model, all should belong to defined scope in the utility model claims.