CN209728534U - The temperature detection control structure of fryer - Google Patents

Abstract

The utility model relates to the technical fields of fryer, disclose the temperature detection control structure of fryer, it is characterized in that, including furnace chamber, multiple temperature sensors, multiple electric heating coils for heating and the master control borad for fry basket frying, the temp probe of multiple temperature sensors arranges that multiple electric heating coil uniform intervals are arranged in the bottom of furnace chamber around the inner wall of furnace chamber respectively；Master control borad is electrically connected with temperature sensor and electric heating coil respectively；By multiple temperature sensors around the inner wall for being arranged in furnace chamber, multiple points are detected simultaneously, it realizes and the 3 D stereo of oil temperature is detected, after master control borad obtains the temperature of each point, multiple electric heating coils are controlled respectively carries out heated for controlling temperature, temperature needed for reaching food with control, avoids traditional fryer, excess temperature and low temperature cause food mouthfeel bad.

Description

The temperature detection control structure of fryer

Technical field

The utility model relates to the temperature detection control structures of the technical field of fryer, especially fryer.

Background technique

Fryer is used as the cooking equipment of fry, and generally food is placed in fry basket, and fry basket is then dipped in furnace chamber It is interior, realize the frying to food.

Currently, temperature sensor can generally be arranged in furnace chamber in order to be monitored to the temperature of food frying, supervise in real time Temperature is surveyed and adjusted, the constant temperature frying to food is realized, to guarantee food mouthfeel and quality.

But existing this High Power Fryer is only provided with temperature sensing in the side of furnace chamber when carrying out monitoring temperature Device, however, the temperature different location actually in furnace chamber is different, thus, it is apparent that carry out temperature inspection that can not be more accurate It surveys, still may cause food mouthfeel difference and inferior problem.

Utility model content

The utility model proposes fryer temperature detection control structure, it is intended to solve in the prior art temperature detection it is incomplete The problem of face.

The utility model is realized in this way the temperature detection control structure of fryer, including for fry basket frying furnace chamber, Multiple temperature sensors, multiple electric heating coils for heating and master control borad, the temp probe of multiple temperature sensors It is arranged respectively around the inner wall of the furnace chamber, multiple electric heating coil uniform intervals are arranged in the bottom of the furnace chamber；The master control Plate is electrically connected with the temperature sensor and electric heating coil respectively.

Further, second inner wall and two sides of the furnace chamber with the first inner wall and the first inner wall face Wall, and the furnace bottom of the furnace chamber is directed downward inclination to first inner wall along second inner wall.

Further, multiple temperature sensors include the first temperature sensor and second temperature sensor, described The setting of first temperature sensor is arranged in first inner wall, the second temperature sensor in second inner wall.

Further, multiple temperature sensors further include that the first side wall temperature sensor and second sidewall temperature pass Sensor, the first side wall temperature sensor and the second sidewall temperature sensor are along second inner wall to described first The direction of inner wall is arranged at intervals on the side wall.

Further, the second sidewall temperature sensor is higher than the first side wall temperature sensor.

Further, extending direction uniform intervals arrangement of the electric heating coil along two side walls.

Further, the furnace bottom of the furnace chamber has the lower end far from second inner wall, the furnace bottom of the furnace chamber Lower end is enclosed crackling receiving tank towards lower recess and with the first inner wall and two sidewalls.

Compared with prior art, the temperature detection control structure of fryer provided by the utility model, is passed by multiple temperature Sensor surround the inner wall for being arranged in furnace chamber, while detecting to multiple points, realizes and detects to the 3 D stereo of oil temperature, master control After plate obtains the temperature of each point, multiple electric heating coils are controlled respectively and carry out heated for controlling temperature, are reached needed for food with control Temperature avoids traditional fryer, and excess temperature and low temperature cause food mouthfeel bad, and it is incomplete to solve temperature detection in the prior art Problem.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the temperature detection control structure of fryer provided by the embodiment of the utility model.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

The realization of the utility model is described in detail below in conjunction with specific embodiment.

The same or similar label correspond to the same or similar components in the attached drawing of the present embodiment；In retouching for the utility model In stating, it is to be understood that if the orientation or positional relationship for having the instructions such as term " on ", "lower", "left", "right" is based on attached drawing Shown in orientation or positional relationship, be merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion institute The device or element of finger must have a particular orientation, be constructed and operated in a specific orientation, therefore position pass is described in attached drawing The term of system only for illustration, should not be understood as the limitation to this patent, for those of ordinary skill in the art and Speech, can understand the concrete meaning of above-mentioned term as the case may be.

It is preferred embodiment provided by the utility model shown in referring to Fig.1.

This gives a kind of temperature detection control structure of fryer, by multiple temperature sensors around arrangement with The inner wall of furnace chamber 11 is realized and is detected to oil temperature 3 D stereo, avoids traditional fryer, excess temperature and low temperature cause food mouthfeel bad.

The present embodiment proposes the temperature detection control structure of fryer, including furnace chamber 11, the Duo Gewen for fry basket frying Sensor, multiple electric heating coils for heating and master control borad are spent, the temp probe of multiple temperature sensors is respectively around furnace The inner wall of chamber 11 arranges that multiple electric heating coil uniform intervals are arranged in the bottom of furnace chamber 11；Master control borad respectively with temperature sensor And electric heating coil is electrically connected.

In this way, multiple temperature sensors surround the inner wall for being arranged in furnace chamber 11, while multiple points are detected, is realized 3 D stereo detection to oil temperature, after master control borad obtains the temperature of each point, controls multiple electric heating coils respectively and is heated Temperature control, temperature needed for reaching food with control, avoids traditional fryer, excess temperature and low temperature cause food mouthfeel bad.

In this way, in order to accurately control the temperature in above-mentioned furnace chamber 11, master control borad includes thyristor voltage regulation module and PID control Device processed, after temperature is arranged, thyristor voltage regulation module controls electric heating coil therewith and begins to warm up, when the temperature of each point of furnace chamber 11 When spending too high or too low, the temperature sensor of each point feeds back to PID controller, and thyristor voltage regulation module is therewith to each electricity The temperature of hot coil is adjusted, and set temperature is accurately reached with this, realizes the detection control of temperature；Master control borad and fryer Power switch be electrically connected, realize power supply power-off.

In the present embodiment, furnace chamber 11 has the first inner wall 121, the second inner wall 122 and two with 121 face of the first inner wall A side wall, and the furnace bottom 113 of furnace chamber 11 is directed downward inclination along 122 to the first inner wall 121 of the second inner wall, the furnace being downwardly inclined Bottom 113 does not influence the quality of food, while ensure that the constant temperature of temperature in furnace chamber 11 in order to frying accumulation.

Above-mentioned multiple temperature sensors include the first temperature sensor 121 and second temperature sensor 122, the first temperature The setting of sensor 121 is arranged in the first inner wall 121, second temperature sensor 122 in the second inner wall 122, it can with furnace chamber 11 The temperature of two sides realizes real-time monitoring.

Meanwhile multiple temperature sensors further include the first side wall temperature sensor 123 and second sidewall temperature sensor, One side wall temperature sensor 123 and second sidewall temperature sensor 124 are along the direction of 122 to the first inner wall 121 of the second inner wall It is arranged at intervals on side wall, in conjunction with above-mentioned first temperature sensor 121 and second temperature sensor 122, is realized each to furnace chamber 11 The temperature detection of a position effectively accurately controls the temperature in furnace chamber 11.

Above-mentioned first temperature sensor, 121 quantity is multiple, and along the extending direction arranged for interval of two side walls the One inner wall 121, likewise, the quantity of second temperature sensor 122 is also multiple, and along the extending direction interval of two side walls It is arranged in the second inner wall 122, the first side wall temperature sensor 123 and second sidewall temperature sensor 124 are two, and point The lateral of temperature in furnace chamber 11 She Zhi not be detected with realizing in two side walls.

Specifically, above-mentioned multiple temperature sensors are arranged at the bottom position of furnace chamber 11, carried out to be dipped in grease Detection, and second sidewall temperature sensor 124 is higher than the first side wall temperature sensor 123, realizes vertical temperature detection, Oil temperature 3 D stereo is detected with realizing.

In addition, electric heating coil is arranged along the extending direction uniform intervals of two side walls, to realize to laterally each position Temperature is adjusted.

In addition, electric heating coil includes the first electric heating coil being separately positioned at the first side wall and is arranged in second sidewall The temperature adjusting to lengthwise position is achieved in second electric heating coil at place, also, the position of the second electric heating coil is higher than first Electric heating coil is realized and adjusts the temperature of vertical position in conjunction with above structure, in furnace chamber 11 while each monitoring position, It realizes and the temperature of each position of temperature in furnace chamber 11 is adjusted, to more accurately control the oil temperature in furnace chamber 11.

In the present embodiment, the furnace bottom 113 of furnace chamber 11 has the lower end far from the second inner wall 122, the furnace bottom 113 of furnace chamber 11 Lower end be enclosed crackling receiving tank 1131 towards lower recess and with the first inner wall 121 and two sidewalls, in this way, in fried food products The residue of generation can also be hoarded well, not influence in fried food quality.

The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle Within the scope of shield.

Claims (7)

1. the temperature detection control structure of fryer, which is characterized in that including the furnace chamber for fry basket frying, multiple temperature sensing Device, multiple electric heating coils for heating and master control borad, the temp probe of multiple temperature sensors is respectively around described The inner wall of furnace chamber arranges that multiple electric heating coil uniform intervals are arranged in the bottom of the furnace chamber；The master control borad respectively with it is described Temperature sensor and electric heating coil are electrically connected.

2. the temperature detection control structure of fryer as described in claim 1, which is characterized in that the furnace chamber has in first Wall, with the second inner wall and two side walls of the first inner wall face, and the furnace bottom of the furnace chamber along second inner wall extremely First inner wall is directed downward inclination.

3. the temperature detection control structure of fryer as claimed in claim 2, which is characterized in that multiple temperature sensor packets Include the first temperature sensor and second temperature sensor, the first temperature sensor setting is described in first inner wall Second temperature sensor is arranged in second inner wall.

4. the temperature detection control structure of fryer as claimed in claim 3, which is characterized in that multiple temperature sensors are also Including the first side wall temperature sensor and second sidewall temperature sensor, the first side wall temperature sensor and described Two side wall temperatures sensors are arranged at intervals on the side wall along the direction of second inner wall to first inner wall.

5. the temperature detection control structure of fryer as claimed in claim 4, which is characterized in that the second sidewall temperature sensing Device is higher than the first side wall temperature sensor.

6. the temperature detection control structure of fryer as claimed in claim 2, which is characterized in that the electric heating coil is along two institutes State the extending direction uniform intervals arrangement of side wall.

7. the temperature detection control structure of fryer as claimed in claim 2, which is characterized in that the furnace bottom of the furnace chamber has remote Lower end from second inner wall, the lower end of the furnace bottom of the furnace chamber are enclosed towards lower recess and with the first inner wall and two sidewalls Conjunction forms crackling receiving tank.