TWM595468U - Pot lid button - Google Patents

Abstract

The pot lid button of the present invention is integrated with a temperature sensing module, a switch module, a display module and a control module at the button body, and the button body is provided with at least a temperature sensing module and a switch module , The battery accommodating part of the display module and the control module are electrically connected; it is convenient for consumers to replace the original pot lid button of the pot lid by themselves. When the temperature sensing module detects that the inside of the pot lid of the pot reaches a predetermined temperature, The control module sends a signal to the display module to remind the user to adjust the fire size or turn off the fire, so that consumers can quickly improve fire safety at a lower cost.

Description

Lid button

This creation is related to the lid button, and aims to provide a lid button that allows consumers to quickly improve fire safety at a lower cost.

Gas stoves have the advantages of cleanliness, high heat energy and fast heating speed, so they are widely used by ordinary households, restaurants or institutions. Therefore, the kitchen is also the place where the most open flames are used indoors. In addition, the kitchen has many oils and gas. If a fire occurs carefully, not only will the fire spread quickly, but it will also cause serious casualties.

The common causes of kitchen fires can be roughly divided into careless cooking (oil pan fire), people not leaving the fire (empty burning) and improper use of gas (gas explosion); in traditional cooking methods, stew is One of the common cooking methods, because stew usually needs to be slowly simmered, many cooks will take advantage of the empty space to do housework, sleep or even go out to buy food, when the pot is cooked until there is no soup or the soup overflows to extinguish An example of a kitchen fire is a fire.

It is known that a human-machine interface unit for setting the predetermined operating time of each furnace core can be provided in the body of the gas furnace. When the predetermined operating time of the furnace core is reached, a reminder sound is emitted to remind the user, and even the automatic Turn off the small fire or turn off the gas, so as to prevent the lid from burning dry.

However, the price of similar gas stoves with a timing function is usually higher than that of ordinary gas stoves; for ordinary households, not all have the economic ability to replace similar gas stoves with a timing function, and their original gas Furnace can be correct Under normal operating conditions, there is usually no willingness to replace gas stoves; therefore, how to enable ordinary consumers to improve the fire safety of gas stoves at a lower cost and in a faster and simpler way has long been The industry is eager to solve the problem.

In view of this, the main purpose of this creation is to provide a lid button that allows consumers to quickly improve fire safety at a lower cost.

The pot cover button of this creation includes: a button body with a through hole at the bottom; a temperature sensing module provided at the position of the button body corresponding to the through hole; and a switch module provided at the button body A display module is provided on the button body; a control module is provided on the button body and is at least electrically connected with the temperature sensing module, the switch module and the display module for integrating the temperature sensing module Group, the switch module, the operation of the display module; and, the button body is provided with a battery accommodating portion at least electrically connected to the temperature sensing module, the switch module, the display module and the control module .

According to the above structural features, the pot cover button further includes a wireless signal communication module; the wireless signal communication module is provided on the button body and electrically connected with the control module and the battery accommodating portion.

According to the above structural features, the temperature sensing module is provided with a screw hole corresponding to the through hole.

According to the above structural features, the pot lid button further includes a wireless signal communication module; the wireless signal communication module is provided on the button body and forms an electrical connection with the control module and the battery accommodating portion; the temperature sensing The module is provided with a screw hole corresponding to the through hole.

According to the above structural features, the button system is provided with an accommodating space, and the switch module is provided with at least one push switch in the accommodating space; the portion of the button body corresponding to each of the push switches can be associated with each of the push switches Relatively floating.

According to the above structural features, the button system is provided with an accommodating space, and the display module is provided with at least one photoelectric element capable of generating a corresponding light source after being energized, and a bee capable of generating corresponding audio after being energized Buzzer; the part of the button body corresponding to each photoelectric element is for the light source to penetrate.

According to the above structural features, the button system is provided with an accommodating space, and the display module is provided with at least one photoelectric element capable of generating a corresponding light source after being energized, and a bee capable of generating corresponding audio after being energized A buzzer and a liquid crystal display panel, the button body is provided with a window corresponding to the liquid crystal display panel; the part of the button body corresponding to each of the photoelectric elements is for the light source to penetrate.

According to the above structural features, the button system is provided with an accommodating space, and the switch module is provided with at least one push switch in the accommodating space; the portion of the button body corresponding to each push switch can be connected to each push switch Relatively floating; the display module is provided with at least one photoelectric element that can generate a corresponding light source after power-on, and a buzzer that can generate corresponding audio after power-on in the accommodating space; The part corresponding to the element is for the light source to penetrate.

According to the above structural features, the button system is provided with an accommodating space, and the switch module is provided with at least one push switch in the accommodating space; the portion of the button body corresponding to each of the push switches can be associated with each of the push switches Relatively floating; the display module is provided with at least one photoelectric element that can generate a corresponding light source after power-on, a buzzer that can generate corresponding audio after power-on, and a liquid crystal display panel in the accommodating space; the button body A window corresponding to the liquid crystal display panel is provided, and a portion of the button body corresponding to each optoelectronic element is provided for light source to pass through.

According to the above structural features, a base is screwed on the bottom of the button body, the base is provided with a through hole communicating with the through hole, the temperature sensing module is tightly combined with the through hole of the button body, and the through hole diameter of the base is slightly The hole diameter of the button is larger than that of the button.

According to the above structural features, a base is screwed on the bottom of the button body, the The base is provided with a through hole communicating with the through hole, the temperature sensing module is tightly combined with the through hole of the button body, the through hole diameter of the base is slightly larger than the through hole diameter of the button body; and, the side of the base A grip plate is arranged laterally outward.

The lid button disclosed in this creation mainly uses the structural design of integrating the temperature sensing module, switch module, display module and control module into the button body, which is convenient for consumers to replace the original lid button of the lid. Use, when the temperature sensing module detects that the pot lid reaches a predetermined temperature, the control module sends a signal to the display module to remind the user to adjust the fire size or turn off the fire, so that consumers can compare Low cost, quickly improve the safety of fire; even the signal can be sent to the corresponding monitoring device through the wireless signal communication module, which helps the objects used by the monitoring device to react in real time, or receive it through the wireless signal communication module The signal sent by the corresponding monitoring device helps to monitor the object used by the device, turn off the prompt function of the display module or switch the prompt mode of the display module, and improve fire safety by a more active and reliable method.

10: pot lid button

11: Button body

111: through hole

112: accommodating space

113: Battery accommodating part

114: Windows

12: Base

121: Piercing

122: Grip

13: temperature sensing module

131: screw hole

14: Switch module

141: Press the switch

15: Display module

151: Optoelectronics

152: Buzzer

153: LCD display panel

16: Control module

17: battery

18: wireless signal communication module

19: screw

20: Cookware

21: lid

211: Assembly hole

30: Gas stove

40: Monitoring device

[Figure 1] This is a perspective view of the appearance of the lid button of this creation.

[Figure 2] This is a cross-sectional view of the lid button structure of this creation.

[Figure 3] This is a reference diagram of the configuration of the lid button of this creation.

[Figure 4] This is a reference diagram of the usage state of the lid button of this creation.

[FIG. 5] This is a sectional view of a lid button of another embodiment of the present creation.

[Fig. 6] This is a reference diagram of the state of using the lid button of another embodiment of this creation.

[Fig. 7] This is a reference diagram of the configuration of the lid button used in another embodiment of this creation.

This creation mainly provides a pot lid button that allows consumers to quickly improve fire safety at a lower cost. As shown in [Figure 1] to [Figure 4], the pot lid button 10 of this creation basically includes : A button body 11 with a through hole 111 at the bottom; in implementation, a base 12 can be screwed on the bottom of the button body 11, and the base 12 is provided with a through hole 121 communicating with the through hole 111.

A temperature sensing module 13 is provided at the position of the button body 11 corresponding to the through hole 111; a base 12 is screwed at the bottom of the button body 11, and the base 12 is provided with a through hole 121 communicating with the through hole 111 In the embodiment, the temperature sensing module 13 can be tightly combined with the through hole 111 of the button body 11, and the hole 121 of the base 12 has a slightly larger hole diameter than the through hole 111 of the button body 11.

A switch module 14 is provided on the button body 11; in implementation, the button body 11 is provided with an accommodating space 112, and the switch module 14 is provided with at least one push switch 141 in the accommodating space 112; The portion of the button body 11 corresponding to each push switch 141 can float relative to each push switch 141.

A display module 15 is provided on the button body 11; in implementation, the button body 11 is provided with an accommodating space 112, and the display module 15 is provided with at least one in the accommodating space 112 which can be powered on A photoelectric element 151 that generates a corresponding light source, and a buzzer 152 that can generate a corresponding audio after being energized; the portion of the button body 11 corresponding to each photoelectric element 151 is for the light source to pass through.

A control module 16 is provided on the button body 11 and is at least electrically connected to the temperature sensing module 13, the switch module 14, and the display module 15 for integrating the temperature sensing module 13 and the switch module 14. The operation of the display module 15; in implementation, the button body 11 is provided with an accommodating space 112, and the control module 16 can be provided in the accommodating space The structure of the microcontroller (MCU) in 112 is presented.

And, the button body 11 is provided with a battery accommodating portion 113 at least electrically connected to the temperature sensing module 13, the switch module 14, the display module 15 and the control module 16; A battery 17 of a corresponding specification is placed in the battery accommodating portion 113 in advance, or a battery 17 of a corresponding specification is purchased by a consumer and inserted into the battery accommodating portion 113. The battery 17 in the battery accommodating portion 113 supplies power required for operation.

The pot button 10 of the present creation, when implemented, the control module 16 can cooperate with sending a signal to the display module 15 as the temperature of the temperature sensing module 13 rises, so that the photoelectric element 151 generates a corresponding light source, The temperature state of the temperature-sensing module 13 is represented by light sources of different colors. The control module 16 can also be set to send a signal to the display module 15 to cause the photoelectric element 151 to generate a correspondence when the temperature-sensing module 13 reaches a predetermined temperature. The light source and the buzzer 152 to generate the corresponding audio; or set a predetermined time after the temperature sensing module 13 reaches a predetermined temperature, then send a signal to the display module 15 to make the photoelectric element 151 generate the corresponding light source and command The buzzer 152 generates corresponding audio; even, it can be set to send a signal to the display module 15 when the temperature sensing module 13 reaches a predetermined temperature, and when the temperature sensing module 13 reaches a predetermined time of a predetermined temperature , And then send different signals to the display module 15.

In principle, the lid button 10 of this creation can be locked at the original assembly hole 211 of the lid 21 with screws 19 when in use, so that consumers can replace the original lid button of the lid 21 by themselves; Moreover, the temperature-sensing module 13 can be provided with a screw hole 131 corresponding to the through-hole 111, and the screw 19 is directly locked into the screw hole 131 of the temperature-sensing module 13 to make the temperature-sensing module 13 permeable The screw 19 senses the temperature inside the lid 21.

The pot lid 21 used in the pot button 10 of this creation can be used with pots 21 of the same specifications when cooking food. Just set the operation mode of the display module 15 according to the actual cooking needs. When the fire of the furnace 30 acts on the pot 20 used in the lid 21, the temperature sensing module 13, the switch module 14, the display module 15 and the control Under the integrated operation of the module 16, the internal temperature change of the lid 21 of the pot 20 is detected in real time. When the temperature sensing module 13 reaches a predetermined temperature, the control module 16 sends a signal to the display module 15 to cause the photoelectric element 151 to generate Corresponding light source; if necessary, the control module 16 can send a signal to the display module 15 to cause the buzzer 152 to generate a corresponding audio to remind the user to adjust the fire size or turn off the fire.

According to this, it not only helps the user to grasp the fire intensity of the gas stove 30, especially when the temperature of the pot lid button 10 reaches the set temperature when the soup or boiling water in the pot lid button 10 is dried, the user is reminded to turn off immediately Stove fire, to avoid the danger of continuous dry burning of the pot 20; so that consumers can quickly improve the safety of fire at a lower cost.

And, if the cooking requires a period of cooking, or in the dechlorination process after boiling water, you can choose the preset time after the temperature sensing module 13 reaches the predetermined temperature, then the control module 16 displays The module 15 sends a signal to remind the user that the size of the fire must be adjusted or the fire should be turned off, which helps the user to accurately grasp the cooking time of cooking or the dechlorination time when boiling water.

Of course, when the temperature-sensing module 13 reaches a predetermined temperature, the control module 16 can send a signal to the display module 15 to cause the photoelectric element 151 to generate the corresponding light source and the buzzer 152 to generate the corresponding audio to remind the user that In addition to adjusting the size of the furnace fire or turning off the furnace fire, the control module 16 further sends different signals to the display module 15 to enhance the prompting effect when the temperature sensing module 13 reaches a preset time of a predetermined temperature.

As shown in [FIG. 5] and [FIG. 6], the pot cover button 10 of the present invention may further include a wireless signal communication module 18; the wireless signal communication module 18 is disposed on the button body 11 and is connected to the control The module 16 and the battery accommodating portion 113 constitute an electrical connection; in implementation, the wireless signal communication module 18 may be an RF radio frequency receiving/transmitting module conforming to the ZigBee communication protocol, the Bluetooth communication protocol, or the Wi-Fi communication protocol Group can be The corresponding monitoring device constitutes signal transmission. The monitoring device 40 corresponding to the wireless signal communication module 18 may be a smart phone as shown in [Figure 6], or other remote monitoring device.

The signal can be transmitted to the corresponding monitoring device 40 through the wireless signal communication module 18, which helps the objects used by the monitoring device 40 to react in real time, or can receive the signal from the corresponding monitoring device 40 through the wireless signal communication module 18 The signal helps to monitor the objects used by the device 40, turn off the prompt function of the display module 15 or switch the prompt mode of the display module 15, and improve the fire safety in a more active and reliable way.

The pot lid button 10 of the present invention, when implemented, the whole pot lid button 10 further includes a wireless signal communication module 18; the wireless signal communication module 18 is disposed on the button body 11 and connected with the control module 16 The battery accommodating portion 113 constitutes an electrical connection, and the temperature sensing module 13 is provided with a screw hole 131 corresponding to the through hole 111.

In the pot lid button 10 of the present invention, under various possible implementations, the button body 11 can be provided with an accommodating space 112, and the switch module 14 is provided with at least one press in the accommodating space 112 The switch 141, and the portion of the button body 11 corresponding to each push switch 141 can float relative to each push switch 141.

In the pot cover button 10 of the present invention, under various possible implementations, the button body 11 may be provided with an accommodating space 112, and the display module 15 is provided with at least one adjustable space in the accommodating space 112. A photoelectric element 151 that generates a corresponding light source after power-on, and a buzzer 152 that can generate corresponding audio after power-on, and the portion of the button body 11 corresponding to each of the photoelectric elements 151 is for the light source to penetrate.

In the pot cover button 10 of the present invention, under various possible implementations, the button body 11 may be provided with an accommodating space 112, and the display module 15 is provided with at least one adjustable space in the accommodating space 112. The photoelectric element 151, a A buzzer 152 and a liquid crystal display panel 153 that can generate corresponding audio after being powered on, the button body 11 is also provided with a window 114 corresponding to the liquid crystal display panel 153, and the button body 11 corresponds to each photoelectric element 151 The part is for the light source to penetrate.

In the pot lid button 10 of the present invention, under various possible implementations, the button body 11 can be provided with an accommodating space 12, and the switch module 14 can be provided with at least one in the accommodating space 112 Press the switch 141, the portion of the button body 11 corresponding to each press switch 141 can float relative to each press switch 141; the display module 15 can be provided in the accommodating space 112 with at least one that can be powered on A photoelectric element 151 that generates a corresponding light source, and a buzzer 152 that can generate a corresponding audio after being energized. The portion of the button body 11 corresponding to each photoelectric element 151 is for the light source to penetrate.

In the pot lid button 10 of the present invention, under various possible implementations, the button body 11 may be provided with an accommodating space 112, and the switch module 14 may be provided with at least one in the accommodating space 112 Press the switch 141, the portion of the button body 11 corresponding to each press switch 141 can float relative to each press switch 141; the display module 15 can be provided in the accommodating space 112 with at least one that can be powered on A photoelectric element 151 that generates a corresponding light source, a buzzer 152 that can generate corresponding audio after being energized, a liquid crystal display panel 153, the button body 11 is provided with a window 114 corresponding to the liquid crystal display panel 153, the button body 11 The part corresponding to each of the photoelectric elements 151 is provided for the light source to pass through.

The pot lid button of the present invention has a base 12 screwed on the bottom of the button body 11, the base 12 is provided with a through hole 121 communicating with the through hole 111, the temperature sensing module 13 is a through hole with the button body 11 111 is tightly coupled, and the hole 112 of the base 12 has an aperture slightly larger than the aperture 111 of the through hole 111 of the button body 11; the side of the base 12 is laterally provided with a grip plate 122 (as shown in FIG. 7) (Showing), the grip plate 122 can be grasped by the user, and the grip plate 122 can also be used to support the lid 21 to be placed upright.

Specifically, the lid button disclosed in this creation mainly uses the structural design of integrating the temperature sensing module, switch module, display module and control module into the button body. It is convenient for consumers to replace the original pot lid button of their pot lids. When the temperature sensing module detects that the pot lid reaches a predetermined temperature, the control module sends a signal to the display module to remind the user to adjust the furnace The size of the fire or turn off the fire, so that consumers can quickly improve the safety of fire at a lower cost; it can even send the signal to the corresponding monitoring device through the wireless signal communication module, which helps to monitor the objects used by the device Respond in real time, or receive the signal from the corresponding monitoring device through the wireless signal communication module, which helps to monitor the objects used by the device, turn off the display module prompt function or switch the display module prompt mode, to Relatively more positive and reliable means to improve fire safety.

The technical content and technical characteristics of this creation have been disclosed as above, but those familiar with this technology may still make various substitutions and modifications based on the disclosure of this creation without departing from the creative spirit of this case. Therefore, the scope of protection of this creation should not be limited to those disclosed in the embodiments, but should include various substitutions and modifications that do not deviate from this creation, and are covered by the following patent applications.

10: pot lid button

11: Button body

111: through hole

112: accommodating space

113: Battery accommodating part

114: Windows

12: Base

121: Piercing

13: temperature sensing module

131: screw hole

14: Switch module

141: Press the switch

15: Display module

151: Optoelectronics

152: Buzzer

153: LCD display panel

16: Control module

17: battery

19: screw

21: lid

211: Assembly hole

Claims (11)

A pot cover button includes: a button body with a through hole at the bottom; a temperature sensing module provided at the position of the button body corresponding to the through hole; a switch module provided at the button body; a A display module is provided on the button body; a control module is provided on the button body and is at least electrically connected to the temperature sensing module, the switch module, and the display module for integrating the temperature sensing module, The operation of the switch module and the display module; and, the button body is provided with a battery accommodating portion at least electrically connected to the temperature sensing module, the switch module, the display module and the control module. The pot lid button according to claim 1, wherein the pot lid button further includes a wireless signal communication module; the wireless signal communication module is disposed on the button body and accommodated with the control module and the battery The part constitutes an electrical connection. The pot lid button according to claim 1, wherein the temperature sensing module is provided with a screw hole corresponding to the through hole. The pot lid button according to claim 1, wherein the pot lid button further includes a wireless signal communication module; the wireless signal communication module is disposed on the button body and accommodated with the control module and the battery The part constitutes an electrical connection; the temperature sensing module is provided with a screw hole corresponding to the through hole. The lid button according to any one of claims 1 to 4, wherein the button system is provided with an accommodating space, and the switch module is provided with at least one push switch in the accommodating space; The part corresponding to each push switch can float relatively to each push switch. The pot lid button according to any one of claims 1 to 4, wherein the button system is provided with an accommodating space, and the display module is provided with at least A photoelectric element that can generate a corresponding light source after power-on, and a buzzer that can generate corresponding audio after power-on; the portion of the button body corresponding to each of the photoelectric elements is for the light source to pass through. The pot lid button according to any one of claims 1 to 4, wherein the button system is provided with an accommodating space, and the display module is provided with at least one corresponding light source in the accommodating space after being energized The photoelectric element, a buzzer that can generate corresponding audio after power-on, and a liquid crystal display panel, the button body is provided with a window corresponding to the liquid crystal display panel; the part of the button body corresponding to each photoelectric element is Allows the light source to penetrate. The lid button according to any one of claims 1 to 4, wherein the button system is provided with an accommodating space, and the switch module is provided with at least one push switch in the accommodating space; The corresponding part of each push switch can float relative to each push switch; the display module is provided with at least one photoelectric element in the accommodating space that can generate a corresponding light source after power-on, and a corresponding one that can generate correspondence after power-on Audio buzzer; the part of the button body corresponding to each photoelectric element is for the light source to penetrate. The lid button according to any one of claims 1 to 4, wherein the button system is provided with an accommodating space, and the switch module is provided with at least one push switch in the accommodating space; The corresponding part of each push switch can float relative to each push switch; the display module is provided with at least one photoelectric element in the accommodating space that can generate a corresponding light source after power-on, and a corresponding one that can generate correspondence after power-on A buzzer for audio and a liquid crystal display panel; the button body is provided with a window corresponding to the liquid crystal display panel, and the part of the button body corresponding to each optoelectronic element is for the light source to penetrate. The pot lid button according to any one of claims 1 to 4, wherein a base is screwed on the bottom of the button body, the base is provided with a through hole communicating with the through hole, the temperature sensing module is connected with the button The through holes of the body are tightly combined, and the through hole diameter of the base is slightly larger than the through hole diameter of the button body. The pot lid button according to any one of claims 1 to 4, wherein a base is screwed on the bottom of the button body, the base is provided with a through hole communicating with the through hole, the temperature sensing module is connected with the button The through holes of the body are tightly combined, and the perforation aperture of the base is slightly larger than the aperture of the through hole of the button body;

Images