CN211066224U - Pot capable of detecting temperature and capacity in pot - Google Patents

Abstract

The utility model discloses a can probe pan of pot internal temperature and capacity, including pot cover, the pot body, handle, the handle is installed to the pot cover top, and it is fixed through the screw thread installation between handle and the pot cover, and the inside fixed mounting of handle has first detector, and pot body one side is provided with the installation arch, installs the handle in the arch through the double-screw bolt, and the handle is inlayed in one side of being close to the pot body and is installed the second detector. The cooker adopts the detachable detector, has no overhigh requirement on the production and processing of the cooker body, can detect the temperature during cooking and the food material capacity in the cooker, and has higher practical value.

Description

A pot that can detect the temperature and capacity of the pot

technical field

The utility model relates to an intelligent cookware, in particular to a cookware that can detect the temperature and capacity in the cooker.

Background technique

With the development of society and the progress of the times, modern people pay more and more attention to the family. As an indispensable part of the family, the kitchen is the kitchen, which carries the family's hope for delicious food, but not every kitchen can To create satisfying food, as a manufacturer of food in the kitchen also has high requirements. In the existing market, there are a variety of pots and pans, and smart home has also involved smart pots. Some cookware that uses temperature sensors to transmit and display the temperature of the cookware are mostly transformed on the cookware itself, which makes the cookware structure complex, the mold structure complex, the cost is high, the production scrap rate is high, and the display temperature is not correct enough, practical. not tall.

Utility model content

In order to overcome the defects of the existing smart cookware with complex structure, high production cost and low practicability, the utility model provides a cookware that can detect the temperature and capacity in the cooker. There are no high requirements for production and processing, and it can detect the temperature during cooking and the capacity of the ingredients in the pot, which has high practical value.

The technical solution adopted by the utility model to solve the technical problem is as follows: a pot utensil capable of detecting the temperature and capacity of the pot, comprising a pot cover, a pot body and a handle, a handle is installed above the pot cover, and the handle A first detector is fixedly installed inside the handle, and the first detector includes a first temperature detector, a first distance detector and a first intelligent chip. A distance detector is respectively connected with the first smart chip through wires, a first display screen is arranged on the surface of the handle above the first detector, a first detector switch is arranged on the side end of the handle, the A smart chip, a first display screen, and a first detector switch are connected through wires, a first angle sensor is embedded in the handle near the first detector, and the first angle sensor is connected to the first detector through wires The first smart chip is connected to the first smart chip in the pot; one side of the pot body is provided with a mounting protrusion, and a handle is installed on the protrusion through the stud, and the handle is inlaid and installed with a second detector on the side close to the pot body. The second detector includes a second temperature detector, a second distance detector and a second smart chip. The second temperature detector and the second distance detector are respectively connected to the second smart chip through wires, and are arranged above the second detector. There is a second display screen, a second detector switch is arranged at the end of the handle, the second smart chip, the second display screen, and the second detector switch are connected by wires, and the inside of the handle is close to the second detector. A second angle sensor is embedded near the position, the second angle sensor is connected with the second smart chip in the second detector through a wire, the first angle sensor and the second angle sensor are both vertically arranged, the first angle sensor and Before the second angle sensor is installed and used, its count value in the vertical state is initialized to zero, and it can measure the inclination angle of the cookware in any direction during use. A detector and a second detector are powered.

The above-mentioned pot utensils that can detect the temperature and capacity of the pot, the first temperature detector and the second temperature detector can choose an infrared temperature detector, and the first distance detector and the second distance detector can be selected. Laser distance detector, the first distance detector is vertical to the pot cover for detection, the second distance detector is detected at a certain angle, the depth measured by the second distance detector is processed by multiplying the sine value of the angle, and the infrared temperature detector and Laser distance detectors are space detectors.

The above-mentioned pot utensil that can detect the temperature and capacity in the pot, the first smart chip and the second smart chip are both provided with a program with voice prompting temperature and time, helping cooks cook food at suitable temperature and time. , the first smart chip and the second smart chip are also provided with an integral algorithm for calculating the spatial volume, which can be based on the tilt angle measured by the first angle sensor and the second angle sensor, as well as the first distance detector and the second distance detector. According to the depth measured by the instrument, the volume capacity of the ingredients in the pot is calculated by the calculation rule of triple integration. The first smart chip and the second smart chip have the parameters of the shape of the pot and the arc of the inner wall of the pot recorded in advance.

The above-mentioned cooking utensil capable of detecting the temperature and capacity of the pot is connected to the wires of the first detector, the first display screen, the switch of the first detector, and the second detector, the second display screen, The wires of the second detector switch are all covered with waterproof and high temperature resistant sheaths, and the handle is provided with a buried groove for burying the wires, which is convenient for the disassembly and installation of the detector.

In the above-mentioned pot utensil that can detect the temperature and capacity in the pot, the end of the stud is provided with ear-shaped protrusions, which is convenient for installation and disassembly.

The beneficial effect of the utility model is that the cookware of the utility model is provided with a temperature detector and a distance detector on the lid and the handle, and the detector is also connected with an angle sensor. The tilt angle of the pot measured by the angle sensor can be used to accurately calculate the capacity of the ingredients by using the geometric triple integral algorithm, which can accurately measure the capacity of the ingredients when the pot is tilted and horizontal. Reliable, the cooking temperature and the capacity of the ingredients are displayed on the display screen, and the cooking time and cooking temperature are broadcasted by voice through the intelligent chip. The best cooking temperature and cooking time have an indispensable advantage for making delicious food. The detector device is detachable. When cleaning the cover and the pot, it can be removed to avoid the infiltration of water, and it will not affect the use of the pot due to the infiltration of water. There are detector switches on the handle and handle. When the cookware is not in use, the switch is turned off, the detector switch is easy to operate, saves energy, and prolongs the life cycle of the detector.

Description of drawings

The present utility model will be further described below in conjunction with the accompanying drawings and embodiments.

Fig. 1 is the utility model schematic diagram;

Fig. 2 is the structural representation of pot body;

Figure 3 is a schematic structural diagram of a stud.

In the picture, 1. Handle, 2. Second detector, 3. First detector switch, 4. Handle, 5. First display screen, 6. First detector, 7. Pot lid, 8. Ingredients, 9 .First virtual detection line, 10. Pot body, 11. Second detector switch, 12. Second display screen, 13. Second virtual detection line, 14. Stud, 15. Second angle sensor, 16. Section An angle sensor.

Detailed ways

In order for those skilled in the art to better understand the technical solutions of the present invention, the present invention is described in detail below with reference to the accompanying drawings and specific embodiments.

A pot utensil capable of detecting the temperature and capacity in the pot, comprising a pot cover 7, a pot body 10, and a handle 1, a handle 4 is installed above the pot cover 7, and a thread is connected between the handle 4 and the pot cover 7. The installation is fixed, the first detector 6 is fixedly installed inside the handle 4, and the first virtual detection line 9 is shown in FIG. 1. The first detector 6 includes a first temperature detector, a first distance detector and a first smart chip , the first temperature detector and the first distance detector are respectively connected with the first smart chip through wires, a first display screen 5 is arranged on the surface of the handle 4 above the first detector 6, The end is provided with a first detector switch 3, the first smart chip, the first display screen 5, and the first detector switch 3 are connected by wires, and the handle 4 is embedded near the position near the first detector 6 There is a first angle sensor 16, and the first angle sensor 16 is connected with the first smart chip in the first detector 6 through a wire; a mounting protrusion is provided on one side of the pot body 10, and the stud 14 is installed on the protrusion There is a handle 1. The handle 1 is inlaid and installed with a second detector 2 on the side close to the pot body 10. The first virtual detection line 13 is shown in FIG. 2. The second detector 2 includes a second temperature detector, a first Two distance detectors and a second smart chip, the second temperature detector and the second distance detector are respectively connected with the second smart chip through wires, a second display screen 12 is arranged above the second detector 2, and a second display screen 12 is arranged on the handle 1 A second detector switch 11 is arranged at the end of the handle 1. The second smart chip, the second display screen 12, and the second detector switch 11 are connected by wires. The handle 1 is embedded near the position of the second detector 2. A second angle sensor 15 is installed, the second angle sensor 15 is connected to the second smart chip in the second detector 2 through a wire, the first angle sensor 16 and the second angle sensor 15 are both vertically arranged, the first angle Before the sensor 16 and the second angle sensor 15 are installed and used, their count values in the vertical state are initialized to zero, and the inclination angle of the cookware in any direction can be measured during use. The handle 4 and the handle 1 are provided inside There is a battery pack for powering the first detector 6 and the second detector 2 .

Further, an infrared temperature detector can be selected for the first temperature detector and the second temperature detector, and a laser distance detector can be selected for the first distance detector and the second distance detector to detect the depth of the food 8 , the infrared temperature detector and the laser distance detector are both space detectors, the first distance detector is vertical to the pot cover 7 for detection, and the depth h ₂ of the ingredients 8 in the pot is directly measured, and the second distance detector is Detection is performed at a certain angle, and the depth measured by the second distance detector is multiplied by the sine value of the angle to obtain the depth h ₁ of the ingredients 8 in the pot. The infrared temperature detector and the laser distance detector are both airborne detection device.

Further, the first smart chip and the second smart chip are both provided with a program with voice prompts for temperature and time to help cooks cook food at a suitable temperature and time, and the first smart chip and the second smart chip also An integral algorithm for calculating the volume of the space is provided, and the triple integral can be used according to the inclination angle measured by the first angle sensor 16 and the second angle sensor 15, and the depth measured by the first distance detector and the second distance detector. The calculation method calculates the volumetric capacity of the ingredients in the pot, and displays the calculated volumetric capacity on the first display screen 5 and the second display screen 12 respectively, and the first smart chip and the second smart chip are recorded in advance with the pot body 10 The shape and the arc parameters of the inner wall of the pot body 10, when the pot is placed horizontally, the data capacity data displayed on the first display screen 5 shall prevail. When the pot is tilted, due to the first angle sensor 16 and the second The angle sensor 15 is always in a parallel state, so the volume and volume data measured by the first detector 6 and the second detector 2 are basically consistent, and which part of the data to refer to is determined according to the user's judgment. When cooking without using the lid 7 , the data displayed on the second display screen 12 shall prevail.

Further, the wires connecting the first detector 6, the first display screen 5, and the first detector switch 3, and the wires connecting the second detector 2, the second display screen 12, and the second detector switch 11. The wires are covered with a waterproof and high temperature resistant sheath, and the handle 1 is provided with a buried groove for embedding the wires, which is convenient for the disassembly and installation of the detector.

Further, the ends of the studs 14 are provided with ear-shaped protrusions, as shown in FIG. 3 , this structure can be installed and disassembled without using tools, and is convenient to use.

The above embodiments are only exemplary embodiments of the present invention, and are not intended to limit the present invention, and the protection scope of the present invention is defined by the claims. Those skilled in the art can make various modifications or equivalent replacements to the present invention within the spirit and protection scope of the present invention, and such modifications or equivalent replacements should also be regarded as falling within the protection scope of the present invention.

Claims (4)

1. A pot capable of detecting the temperature and the capacity in a pot comprises a pot cover (7), a pot body (10) and a handle (1), and is characterized in that a handle (4) is installed above the pot cover (7), the handle (4) and the pot cover (7) are fixedly installed through threads, a first detector (6) is fixedly installed inside the handle (4), the first detector (6) comprises a first temperature detector, a first distance detector and a first intelligent chip, the first temperature detector and the first distance detector are respectively connected with the first intelligent chip through leads, a first display screen (5) is arranged above the first detector (6) on the surface of the handle (4), a first detector switch (3) is arranged at the side end of the handle (4), the first intelligent chip, the first display screen (5) and the first detector switch (3) are connected through leads, a first angle sensor (16) is embedded near the position, close to the first detector (6), in the handle (4), and the first angle sensor (16) is connected with a first intelligent chip in the first detector (6) through a wire; the pot body (10) is provided with an installation bulge on one side, a handle (1) is installed on the bulge through a stud (14), a second detector (2) is installed on one side, close to the pot body (10), of the handle (1) in an embedded mode, the second detector (2) comprises a second temperature detector, a second distance detector and a second intelligent chip, the second temperature detector and the second distance detector are connected with the second intelligent chip through leads respectively, a second display screen (12) is arranged above the second detector (2), a second detector switch (11) is arranged at the end portion of the handle (1), the second intelligent chip, the second display screen (12) and the second detector switch (11) are connected through leads, a second angle sensor (15) is embedded near the position, close to the second detector (2), in the handle (1), and the second angle sensor (15) is connected with the second intelligent chip in the second detector (2) through leads, the first angle sensor (16) and the second angle sensor (15) are both vertically arranged, the counting value of the first angle sensor (16) and the second angle sensor (15) in the vertical state is initialized to zero before installation and use, and the inclination angle of the cookware in any direction can be measured during use; handle (4) and handle (1) inside all is provided with the group battery, supplies power to first detector (6) and second detector (2).

2. The pot capable of detecting the temperature and the volume in the pot as claimed in claim 1, wherein the first temperature detector and the second temperature detector are infrared temperature detectors, the first distance detector and the second distance detector are laser distance detectors, the first distance detector is vertical to the pot cover (7) for detection, the second distance detector is used for detection at a certain angle, the depth measured by the second distance detector is multiplied by the sine value of the angle, and the infrared temperature detector and the laser distance detector are both space detectors.

3. The pot as claimed in claim 1, wherein the wires connecting the first detector (6), the first display screen (5) and the first detector switch (3), and the wires connecting the second detector (2), the second display screen (12) and the second detector switch (11) are covered with a waterproof and high temperature resistant sheath, and the handle (1) is provided with a buried groove for burying the wires.

4. The pot for detecting the temperature and the volume in the pot as claimed in claim 1, characterized in that the stud (14) is provided with a lug-shaped protrusion at the end.

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