CN203226197U

CN203226197U - Marine induction griddle

Info

Publication number: CN203226197U
Application number: CN2013202223382U
Authority: CN
Inventors: 李卓; 汪宏兵; 程久胜
Original assignee: ANQING 3D ELECTRIC Co Ltd
Current assignee: ANQING 3D ELECTRIC Co Ltd
Priority date: 2013-04-27
Filing date: 2013-04-27
Publication date: 2013-10-09
Anticipated expiration: 2023-04-27

Abstract

The utility model discloses a marine induction griddle comprising a top, a griddle base cabinet fixed below the top, and a control panel. A griddle plate is slantingly mounted in the top. A heat probe is disposed at the bottom of the griddle plate. An oil drain pipe is disposed on the top. An electromagnetic coil component is disposed below the griddle plate. An induction core, an electrical control cabinet and an oil catcher are disposed in the griddle base cabinet. One end of the induction core is provided with an air outlet. The oil catcher is fixed below the oil drain pipe. The marine induction griddle according to the technical scheme is simple in structure, safe, practical, high in heat efficiency, high in heat utilization rate, short in heating time, high in speed, efficient and energy saving, and saves cost for enterprises; the marine induction griddle is especially applicable to ships and trains, and dining needs of staff can be met fast.

Description

A kind of electromagnetism peculiar to vessel is taken off stove

Technical field

The utility model relates to a kind of firing equipment, is specifically related to a kind of electromagnetism and takes off stove.

Background technology

The energy is the most basic driving force of All Around The World development and economic growth, is the basis that the mankind depend on for existence.Since the industrial revolution, the energy security problem just begins to occur.In today of global economy high speed development, international energy safety has risen to national height, and it is safely the energy policy of core that each state has all formulated with energy supply.Human when enjoying interests such as economic development that the energy brings, scientific and technological progress, also run into a series of unavoidable energy security challenges, energy shortage, contention for resource and the problems such as environmental pollution of excessively using the energy to cause are threatening human existence and development.On the basis that taps a new source of energy, how energy savings is urgent problem with improving energy utilization rate.The use of electric equipment products all be unable to do without electricity, and heating electric appliances product great majority are the resistance-type heating, and the thermal efficiency generally has only 60%, heat utilization efficiency is generally the highest also only to reach 80%, the thermal efficiency and heat utilization efficiency are all low, and most of heat all is dissipated in the air, cause a large amount of energy wastes.

Summary of the invention

The technical problem of the required solution of the utility model provides a kind of electromagnetism and takes off stove, and it is simple that this electromagnetism is taken off furnace structure, safe and practical, the thermal efficiency and heat utilization efficiency height, and firing rate is fast, has saved the energy.

For solving the problems of the technologies described above, a kind of electromagnetism of the utility model is taken off the technical scheme that stove adopts and is:

A kind of electromagnetism is taken off stove, comprise table top, what be fixed on table top below takes off furnace foundation cabinet and control panel, it is characterized in that: be equipped with in the inner inclination of table top and take off the stove plate, be provided with temperature-sensing probe in the bottom of taking off the stove plate, be provided with oil exit pipe at table top, take off the stove plate below be provided with electromagnetic coil assembly, described electromagnetic coil assembly comprises aluminum hull, the pad post, axial flow blower, micarex, solenoid and low ohm temperature sensitive resister line, pad post and axial flow blower are fixed on the bottom of aluminum hull, micarex is placed on pad post top, solenoid is coiled on the micarex, and low ohm temperature sensitive resister line is fixed on the micarex, covers one deck ceramic fiber paper on solenoid; Be provided with electromagnetism movement, electric control cabinet and draw-off tray in taking off the furnace foundation cabinet, the electromagnetism movement is connected with low ohm temperature sensitive resister line by lead, is provided with air outlet at an end of electromagnetism movement, and draw-off tray is fixed on the below of oil exit pipe.

In technique scheme, replace traditional resistance-type heating with the electromagnetism heating, improved the thermal efficiency and heat utilization efficiency; In addition, utilize sensors such as temperature-sensing probe that heating-up temperature is controlled effectively, avoided energy waste, saved the energy.

Description of drawings

Fig. 1 is the structural representation that a kind of electromagnetism of the utility model is taken off stove;

Fig. 2 is the structural representation that a kind of electromagnetism of the utility model is taken off electromagnetic heating coil assembly in the stove;

Fig. 3 is the vertical view of Fig. 2.

The specific embodiment

By Fig. 1, Fig. 2 and Fig. 3 as seen, a kind of electromagnetism of this example take off stove comprise table top 1, be fixed on table top 1 below take off furnace foundation cabinet 2 and control panel 3, be equipped with in the inner inclination of table top 1 and take off stove plate 4, at the bottom groove of taking off stove plate 4 temperature-sensing probe 5 is arranged fixedly, be provided with oil exit pipe 6 at table top 1, draw-off tray 17 is fixedly arranged below oil exit pipe 6.Take off stove plate 4 below be provided with electromagnetic coil assembly 7, as Fig. 2, as shown in Figure 3, electromagnetic coil assembly 7 comprises aluminum hull 8, pad post 9, axial flow blower 10, micarex 11, solenoid 12 and low ohm temperature sensitive resister line 13, pad post 9 and axial flow blower 10 are fixed on the bottom of aluminum hull 8, micarex 11 is placed on pad post 9 tops, solenoid 12 is coiled on the micarex 11, and low ohm temperature sensitive resister line 13 is fixed on the micarex 11, covers one deck ceramic fiber paper 14 on solenoid 12.In the present embodiment, be provided with electromagnetism movement 15, electric control cabinet 16 and draw-off tray 17 in taking off furnace foundation cabinet 2, electromagnetism movement 15 is connected with low ohm temperature sensitive resister line 13 by lead, is provided with air outlet 18 at an end of electromagnetism movement 15.In the present embodiment, power regulating switch, temperature detect switch (TDS) and indicator lamp are installed also on control panel 3, power regulating switch, temperature detect switch (TDS) and indicator lamp are by electric control cabinet 16 controls.

A kind of electromagnetism of present embodiment is taken off stove and is adopted the electromagnetic eddy effect, alternating current produces magnetic field by taking off 4 times solenoids of stove plate 12, and the magnetic line of force in the magnetic field passes when taking off stove plate 4 bottoms, produces eddy current, order is taken off stove plate 4 bottoms and is generated heat rapidly, reaches the purpose of heated food.Take off stove plate 4 and adopt slightly to tilt to install, be conducive to take off on the stove plate and go into oil exit pipe 6 through surplus oil collective flow under the gravity effect of frying repeatedly and enter smoothly in the draw-off tray 17.Take off and fix a temperature-sensing probe 5 on stove plate 4 bottom grooves, temperature-sensing probe 5 is connected to the temperature detect switch (TDS) on the control panel, when the temperature of taking off stove plate 4 surpasses 250 ℃, will cut off the power supply automatically, and solenoid 12 quits work.Connect the part of taking off the stove plate on the solenoid 12 and add the thick ceramic fiber paper 14 of about 6mm, effective heat-insulation and heat-preservation, reserve enough louvres on the micarex 11, the bottom of micarex 11 is equipped with pad post 9, the thick mica spacer of about 20mm is used on top, solenoid 12 top and the bottom that are fixed on like this on the micarex 11 have enough spaces to allow solenoid 12 dispel the heat, and are difficult for causing solenoid 12 because of bad the burning out of dispelling the heat; At solenoid 12 a low ohm temperature sensitive resister line 13 is installed and is connected on the electromagnetism movement 15, will cut off the power supply when solenoid 12 temperature surpass 180 ℃ shields to solenoid 12.

Claims

1. an electromagnetism peculiar to vessel is taken off stove, comprise table top (1), what be fixed on table top (1) below takes off furnace foundation cabinet (2) and control panel (3), it is characterized in that: be equipped with in the inner inclination of table top (1) and take off stove plate (4), be provided with temperature-sensing probe (5) in the bottom of taking off stove plate (4), be provided with oil exit pipe (6) at table top (1), be provided with electromagnetic coil assembly (7) in the below of taking off stove plate (4), described electromagnetic coil assembly (7) comprises aluminum hull (8), pad post (9), axial flow blower (10), micarex (11), solenoid (12) and low ohm temperature sensitive resister line (13), pad post (9) and axial flow blower (10) are fixed on the bottom of aluminum hull (8), micarex (11) is placed on pad post (9) top, solenoid (12) is coiled on the micarex (11), low ohm temperature sensitive resister line (13) is fixed on the micarex (11), covers one deck ceramic fiber paper (14) on solenoid (12); In taking off furnace foundation cabinet (2), be provided with electromagnetism movement (15), electric control cabinet (16) and draw-off tray (17), electromagnetism movement (15) is connected with low ohm temperature sensitive resister line (13) by lead, end at electromagnetism movement (15) is provided with air outlet (18), and draw-off tray (17) is fixed on the below of oil exit pipe (6).