TWM569402U - Range hood capable of setting and starting pressurizing machine according to current value - Google Patents

Abstract

This invention creates a range hood that can start the pressurizer according to the current value setting. The range hood is connected to the pressure exhaust pipe. The hood includes a suction hood and an air outlet. The air outlet pipe is connected to the pressure exhaust. The fan is equipped with a fan blade at the suction port and a lamp bar adjacent to the fan blade. The exhaust hood body is provided with an on-off switch group to control the fan blade, lamp bar and fan blade. There are setting buttons and screens. The sensor control is electrically connected to the pressurized exhaust. The sensor control has a built-in setting unit, judgment unit and control unit. The setting button controls the setting unit and inputs the starting setting. The judgment unit judges the current operation. The current value is high and low; the built-in installation of the sensor control allows the producer to set the startup setting after the exhaust hood is produced, which is suitable for most home use.

Description

Range hood that can start pressurizer according to current value setting

The author created a range hood that can start the pressurizer according to the current value, especially the technology applied to the field of kitchenware. The main technology is to control and set the start and stop of the hood to the pressurizer, thereby effectively limiting the power Supply and loss and consumption.

Many people in home life love to cook and enjoy the fun of cooking. However, one of the most common missing points in the cooking process at home is oil fume, which will produce harmful substances and toxins during cooking. This is a favorite food for cooking. People are one of the killers most likely to cause bodily harm. Long-term absorption of oil fume can lead to cancer, physical discomfort and many other problems. Therefore, every home will be equipped with a range hood in the kitchen so that the cook can The cooking process will not be affected by oil fume and affects the health of the body. The use of general range hoods can be divided into two parts. The first part is the adjustment of smoking of various intensities, and the second part is the switching of electric lights. The cook will choose the most suitable range hood for the wind speed to start according to the size of the oil fume, and turn on the electric light to continue to use when the sight is not good.

Under the use of the range hood for smoking, sometimes when the range is too large, the strongest wind speed of the general range hood cannot be cleared in the first time, so that the cook will still absorb the range of fumes, so there are still some People will install a so-called pressurizer to speed up the operation of exhausting oil fume. The use of the presser can be used regardless of the size of the oil fume. Quick and accurate discharge, but the installation of the press and the use of the range hood will undoubtedly cause excessive power consumption, and the power and startup required by the press must also use a larger Electricity can only be carried out, and as a result, the electricity cost will increase accordingly. Therefore, the problems caused by the use of a range hood with a pressurizer generally need to be re-thought about how to improve the industry.

In view of the lack of general exhaust hoods and pressurizers in the description of the conventional technologies listed above, the author has invested a lot of time in researching related knowledge, comparing various advantages and disadvantages, conducting research on related products and Developed and experienced many experiments and tests, and finally introduced a "hood hood that can start the pressurizer according to the current value setting" to improve the above-mentioned shortcomings to meet the needs of the public.

The main purpose of this creation is to set the start timing of the press for the installation site, thereby effectively reducing the use of electricity, so as to keep the cook in the operation and use of the range hood, and can use the most suitable power for power transmission. To achieve the best efficiency, and thus save the consumption of power transition and save the increase in electricity costs. However, in order to achieve the above-mentioned effects and improve the lack of knowledge, this creation has a two-embodiment for the range hood that can start the pressurizer according to the current value setting for the manufacturer and the user. The embodiment is mainly connected with a pressurized exhaust pipe, and includes: a hood body having a suction port and an air outlet, and the hood body is connected to the pressurized exhaust machine through an air outlet pipe, In addition, the exhaust hood body is provided with a fan blade at the suction port and a light bar adjacent to the fan blade, and the hood body is further provided with an on-off switch group to control the opening and closing of the fan blade and the light bar, and the adjustment fan Rotating speed of the leaf; a sensor control, which is installed inside the exhaust hood body and is provided with a setting button and a screen. The sensor control is electrically connected to the pressurized exhaust, and the sensor control includes a built-in setting unit. A judgment unit And a control unit, the pressing of the setting button is to control the setting unit to set, input an activation setting value and display it on the screen, and the judgment unit is to judge whether the current value of the exhaust hood body is higher or lower than the current value When the starting value is set and the current value is higher than the starting value, the judging unit generates a starting signal to the control unit, and the control unit starts the operation of the pressurized exhaust machine according to the starting signal message, and vice versa the current value When it is less than the startup setting value, the judging unit will not generate a startup signal and will not start the pressurized exhaust machine. Among them, the built-in installation of the sensor control allows the producer to perform after the exhaust hood body is produced. The setting of the starting value is set to meet the use of most homes, so that the operation of the pressurized exhaust machine can be reliably and effectively controlled to save power consumption, thereby achieving the purpose of reducing electricity costs.

The second embodiment of the present invention is a range hood which can start the pressurizer according to the current value setting, which is connected to a pressure exhaust pipe, and includes: a range hood body, which has a suction port and A row of air outlets, and the hood body is connected to the pressurized exhauster through an air outlet pipe. In addition, the hood body is provided with a fan blade at the suction inlet and a light bar adjacent to the fan blade, and the row The hood body is further provided with an on-off switch group to control the opening and closing of the fan blades and the lamp bar, and to adjust the rotation speed of the fan blades; a sense control, which is installed in the hood body and is provided with a setting button and a screen, the setting button and screen It is displayed on the outer surface of the exhaust hood body. The sensor control is electrically connected to the pressurized exhaust gas. The sensor control includes a built-in setting unit, a judgment unit and a control unit. The pressing of the setting button controls The setting unit sets, enters a starting setting value and displays it on the screen, and the judging unit determines whether the current value of the exhaust hood body is higher than, lower than the starting setting value, and the current value is higher than the starting setting value. When When the breaking unit generates a start signal to the control unit, and the control unit according to the start signal is turned on posts pressurized exhaust gases into the operating machine, and vice versa should the current value is less than the start value, the determination unit No activation signal will be generated and the pressurized exhauster will not be started. Among them, the installation of the sensor control allows producers and users to set the startup setting value at the moment when the exhaust hood is produced and used. It conforms to the use of the installed home, so as to reliably and effectively control the operation of the pressurized exhaust machine to save power consumption, thereby achieving the purpose of reducing electricity costs.

Combining the two main technical features defined above for this creation, the advantage is that it can effectively control the start-up timing of the pressurized exhaust engine through the setting of the sensor control, as long as it is higher than the start-up setting, it can be turned on. , And when it is lower than the start setting value, the pressurized exhaust machine is turned off or the operation is not started. In this way, the user can use the sensor control for the operation size of the fan and the lighting operation of the lamp row during the cooking process. Judging the current value of the current range hood and determining whether the pressurized exhaust machine is started to save power and reduce electricity costs; and according to users at different levels, such as: manufacturers, maintenance personnel to cooks For the use of users, the first embodiment can be adopted for manufacturers and maintenance personnel, so as to maintain the outer surface of the range hood to be tidy. Ordinary users, cooks, or maintenance personnel can also use the second embodiment. The setting button and the screen are displayed on the outer surface of the exhaust hood. Users and maintenance personnel can set it at any time according to the current situation to match the installation location. In addition to the above-mentioned power saving and reduction of electricity costs, current supply and transmission can also ensure the normal operation of the pressurized exhaust machine and the exhaust hood body to avoid damage by changing the settings at any time. It can be seen that this creation is a kind of quite practical and progressive creation, which is worthy of being promoted by the industry and being made public.

(10) ‧‧‧Pressurized exhaust

(1) ‧‧‧Exhaust hood body

(11) ‧‧‧Suction port

(12) ‧‧‧Exhaust vent

(13) ‧‧‧Start control switch group

(2) ‧‧‧Fan leaves

(3) ‧‧‧light bar

(4) ‧‧‧Sense control

(41) ‧‧‧setting button

(42) ‧‧‧Screen

(43) ‧‧‧Setting unit

(44) ‧‧‧Judgment unit

(45) ‧‧‧Control unit

(46) ‧‧‧Zero button

(47) ‧‧‧Transport

(48) ‧‧‧Receiving Unit

(49) ‧‧‧Data Recording Unit

(5) ‧‧‧Start setting

(6) ‧‧‧Start signal

(7) ‧‧‧Electronic mobile

(71) ‧‧‧Transmission Unit

The first picture is a three-dimensional schematic view of the creative use state.

The second picture is a three-dimensional schematic diagram of the creative control embedded in the exhaust hood.

The third figure is a block diagram of the creative structure.

The fourth figure is a schematic diagram of the steps for creating a pressurized exhauster.

The fifth figure is a schematic diagram of the wired connection between the creative control and the electronic action piece.

The sixth figure is a wireless connection diagram between the creative control and the electronic mobile device.

The seventh figure is a three-dimensional schematic view of the use state of another embodiment of the creation.

In order to clearly explain that the above-mentioned purpose and effect can be achieved by this creation, the features and effects of the embodiment of this creation are described in detail with illustrations. Please refer to the first to sixth figures. The value setting starts the exhaust hood of the pressurizer, which is connected to the pipeline of a pressurized exhauster (10). The pressurized exhauster (10) mainly accelerates and accelerates the smoking speed of the exhaust hood in order to protect the cooking. The author ’s body has two main embodiments, which are described for different levels of relevant people, respectively the producer and the cook. First, the producer and the maintenance staff are explained. The range hood for starting the pressurizer with a value setting comprises: a range hood body (1), which has a suction port (11) and an air outlet (12), and the range hood body (1) is provided with an air outlet ( 12) The pipeline is connected to the pressurized exhauster (10), so that the oil fume sucked in by the suction port (11) can be exhausted from the exhaust port (12) and completely discharged through the pressurized exhauster (10). The exhaust hood (1) is provided with a fan at the suction port (11) Leaf (2), and a light bar (3) adjacent to the fan blade (2), and the hood body (1) is further provided with a start-up switch group (13) to control the fan blade (2) and the light bar ( 3) opening and closing, and adjusting the operating speed of the fan blades (2); a sense control (4), which is installed inside the hood body (1) and is provided with a setting button (41) and a screen (42) The sensory control (4) is electrically connected to the pressurized exhauster (10). The sensor control (4) includes a built-in setting unit (43), a judgment unit (44), and a control unit (45). The pressing of the setting button (41) controls the setting unit (43) to set, input, and start. The fixed value (5) is displayed on the screen (42), and the judgment unit (44) judges whether the current value of the exhaust hood body (1) at the time of operation is higher than or lower than the starting fixed value (5), When the current value is higher than the start setting value (5), the judgment unit (44) generates a start signal (6) to the control unit (45), and the control unit (45) is based on the information of the start signal (6). Turn on the operation of the pressurized exhauster (10), and conversely when the current value is less than the start-up value (5), the judgment unit (44) will not generate a start-up signal (6) and will not start pressurized exhaust Machine (10); among them, through the built-in installation of the sensory control (4), after the hood body (1) is produced, the producer can set the startup setting (5) to meet the needs of most homes, In this way, the operation of the pressurized exhaust machine (10) is controlled reliably and effectively to save power consumption, thereby achieving the purpose of reducing electricity costs (the foregoing is a main technical feature of the main embodiment of the creator) , Which corresponds to the content of the first scope of the patent application in this case, and can understand the purpose and implementation mode of this creation in detail, and the technical features described in the remaining scope of the patent application for the subsidiary application are to detail the first content of the scope of patent application or Additional technical features, rather than limiting the scope of the first scope of the patent application, it should be understood that the first scope of the patent scope of the present application does not necessarily include the technical features described in the scope of the patent application of the remaining subsidiary applications).

According to the above description of the first embodiment of this creation, the description is made from the perspective of the producer and maintenance personnel, and an example is used to illustrate. In general, for the use of the exhaust hood (1), a suitable current must be used. It can be started, but the type of each range hood (1) is not the same, so the applicable current is not the same. Therefore, in order to match the use of various models, it is made in this range hood (1) After appearing on the scene, the producer will make the settings first, and use the setting unit (43) in the sense control (4) to set the startup setting (5). In short, the cook at home is frying on the fire. At this time, because too much oil fume will be generated, it is necessary to start the operation of the fan blades (2) of the oil fume exhaust body (1) to absorb the oil fume, and also to accelerate the discharge of oil fume through the operation of the pressurized exhaust machine (10). The operation of the leaf (2) will have different current levels depending on the speed of the rotation speed. Therefore, when the fire is fast cooking, the fan blade (2) with a higher rotation speed must be used. When the rotation speed of the fan blade (2) is faster, The judging unit of the sense control (4) now judges that the current value is higher than the start setting value (5) and then generates a start signal (6). Therefore, the control unit (45) of the sense control (4) passes the start signal (6). The message starts the pressurized exhaust machine (10) to operate, thereby accelerating the speed and exhaust of the fume exhausting body (1), and conversely, when the operation of the fan blades (2) is stopped after the fire is over, the fume exhausting body (1) When the current value used is less than the startup setting value, the pressurizing exhaust machine (10) is turned off under the judgment by the judgment unit (44), thereby reducing the use of electricity and saving electricity costs and electricity consumption. It can be seen that the setting made by the producer after the fume hood (1) is manufactured can be used with most homes.

In addition, from the standpoint of the maintenance personnel, when the exhaust hood (1) is repaired, the maintenance personnel only need to refer to the current value of the installed place, and first check the sense control (4) for pressurized exhaust. Whether the startup setting of the machine (10) is still correct. If it is not correct, just press the setting button (41) to reset it. In addition, the sensor control (4) is further set in addition to the setting button (41). There is a reset button (46). The main function of the reset button (46) is to clear the start setting value (5) set in the setting unit (43) and reset it to zero, so that maintenance personnel can target the installation site. According to the current value, reset the most suitable starting setting value (5). This setting can avoid the use of instantaneous high current to cause the pressurized exhaust machine (10) and the exhaust hood body (1) to be burned. Therefore, maintenance personnel The optimal starting setting (5) can be set according to the installation place, thereby protecting the normal use of the pressurized exhaust (10) and the range hood (1), please refer to the second, third and fourth figures.

Following the above description, the maintenance staff or the producer In the setting of the setting unit (43) of the control (4), this creation can be used in two ways. The first is that the sense control (4) is electrically connected with an electronic moving part (7) in a wired manner, and the The sensory control (4) is provided with a transmission port (47) plugged in a transmission line to connect the electronic action piece (7). The creative electronic action piece (7) can be a laptop or a PDA, so maintenance personnel and producers are setting the sensory control (4) When starting the setting value (5), in addition to directly setting and adjusting by the setting button (41) and the reset button (46), the electronic control unit (7) can also be used to reset the activation of the sense control (4). Setting value, and re-transmitting the newly set starting setting value (5) to cover the old value, the starting setting value (5) in the sense control (4) can be reset to zero and reset, please refer to the third figure As shown in the fifth figure. The second type is that the sensory control (4) is further electrically connected with the electronic moving part (7) by wireless connection. Therefore, the sensory control (4) has a built-in receiving unit (48), and the electronic moving part (7) ), A transmission unit (71) is built in, and the electronic action piece (7) can wirelessly match the control (4), and the original setting can be cleared before transmitting the new startup setting (5), or the electronic action piece (7) ) Input the new starting setting value (5) and pass the transmission unit (71) to the receiving unit (48) to cover the original settings. Please refer to the third and sixth figures. For the above two types of electrical connections, In this mode, the most important technology is that the producer and maintenance personnel can reset the start-up setting (5) of the pressurized exhaust engine (10) without completely removing the casing of the exhaust hood (1). In addition to the convenience of the producers and maintenance personnel, the setting operation is faster, and the time and physical effort are reduced. In addition, the control and start method between the sensory control (4) and the pressurized exhaust (10) can also be wired or wireless connection start.

Finally, for the summary of the above-mentioned first embodiment, in order to facilitate the maintenance personnel to clearly understand the time and process of the start-up and control of the pressurized exhaust machine (10) during the long-term operation of the hood body (1), In order to make the most accurate settings for future maintenance, the sensor control (4) further includes a data recording unit (49). The main function of the data recording unit (49) is set by the record setting unit (43). Kai The dynamic setting value (5) and the set time (year, month, day), in addition, it can also record the change data of the current value of the exhaust hood (1) during operation, so that it can be convenient for maintenance personnel to perform detailed maintenance in the future. Understand the condition of the exhaust hood (1), and then make the most appropriate repair method and maintenance, please refer to the third figure.

In addition, the second embodiment of this creation is described for general home users and cooks, but maintenance personnel and producers can also apply together; in home use, in order to facilitate general users and cooks, they can set the sense control (4 ), The second embodiment is different from the first one in the setting position of the sensory control (4), and the second embodiment is that the sensory control (4) is provided with a setting button (41 ) And the screen (42) are displayed on the outer surface of the range hood (1). It is mainly convenient for users and cooks to watch and control, set, and adjust themselves. For example, users and cooks can change the row of different models by themselves. When the hood body (1), pressurized exhauster (10), etc. have to reset the startup setting, the user and the cook can set and adjust the sensor control (4) through the second embodiment. In this way, there is no need for troublesome maintenance personnel to take time to set up and adjust, and users and cooks can use it immediately without waiting, as shown in the three pictures and the seventh picture; and other functions of the second embodiment are similar to Technology is the same as the first Are all described embodiments in general, the same, and thus will not be repeated herein.

In summary, regardless of the description of the first embodiment and the second embodiment, the common technical feature is that the pressurized exhaust machine (10) is set through the supply and output of the current value through the sense control (4). Start setting value (5), so that you can save more power consumption, and only start the operation of the pressurized exhaust machine (10) when the current value is higher than the start setting value (5), thereby protecting the pressurization Outside the service life of the exhaust (10), users, cooks, and maintenance personnel can set the optimal starting setting (5) for the change of the current value of the installed place, thereby protecting the pressurized exhaust ( 10), the operation of the exhaust hood (1), to avoid oversized Caused by the instantaneous current, or the temporary current stored in the pressurized exhauster (10), which affects the supply and transmission of electricity, only needs to be started when the pressurized exhauster (10) needs to be started. Yes, in addition to saving power consumption, you can save more electricity bills, which is definitely the biggest advantage for ordinary users and cooking; In addition, for various brands of range hoods, this creation can be used in various factories Brand range hoods have different power requirements, because the amount of current required by each type of range hood will not be exactly the same. Moreover, with the development of technology today, the lamps in the range hood have been used to save energy. LED, so that the current required by each range hood becomes smaller, so there is not much problem in the operation and operation of the normal range hood, but if you want to enhance the function of the range hood, you must add The pressurized exhauster (10) is installed, however, whether each type of range hood needs to use the pressurized exhauster (10), or the time point to start the pressurized exhauster (10) is different, so The process leading to the range hood in operation It is not easy to start the pressurized exhauster, so this creation is suitable for all kinds of range hoods. It can be provided to cooks, producers, and maintenance personnel when they are working and cooking. They can determine whether to install it. And through the settings of this creation, you can set the optimal starting time of the pressurized exhauster (10) yourself. In summary, the settings for this creation can be fully applied to the exhaust hood (1), and when it is necessary to install it to Canada When the compressor (10) is installed, it can be installed and set on its own, which is fully in line with the spirit of DIY. It can be seen that this creation has a certain degree of progress and practicability than the conventional technology, and it is also more in line with the general public. usage of. The above are only used to explain the preferred embodiments of the present invention, and are not intended to limit the present invention in any form. Therefore, any modification of the present invention made in the same spirit of the invention Or the changes, which are other forms that can be implemented and have the same effect, should still be included in the scope of the present invention.

To sum up, this creation "can start the row of presses according to the current value setting. In terms of practicability and cost-effectiveness, the hood is indeed fully in line with the needs of industrial development, and the disclosed structural creation has an unprecedented innovative structure, so its "newness" should be undoubtedly considered. It can be more effective than the conventional structure, so it is also "progressive". It fully complies with the requirements of the new patent application requirements of the Chinese Patent Law. The patent application is filed in accordance with the law. sure.

Claims (16)

The utility model relates to a range hood which can start a pressurizer according to a current value setting. The range hood is connected to a pressure exhaust pipe. The range hood includes a hood body having an inlet and an air outlet, and the hood body. The exhaust vent pipe is connected to the pressurized exhauster. In addition, the exhaust hood body is provided with a fan blade at the suction port and a light bar adjacent to the fan blade, and the exhaust hood body is further provided with a start-up switch group. Control the opening and closing of fan blades and lamp bars, and adjust the fan blade rotation speed; a sensory control, which is installed inside the exhaust hood body and is provided with a setting button and a screen. Link, and the sense control includes a built-in setting unit, a judgment unit, and a control unit. The pressing of the setting button controls the setting unit to set, enter an activation setting and display it on the screen, and the judgment unit is a judgment Whether the current value of the exhaust hood body is higher than or lower than the startup setting value when the current value is higher than the startup setting value, the judgment unit generates a startup signal to the control unit, and the control unit When the current value is smaller than the starting value, the judgment unit will not generate a starting signal and will not start the pressurizing exhauster. Among them, through the sensor control, The built-in installation allows the producer to set the startup setting after the exhaust hood body is produced to meet the needs of most homes, thereby saving the power consumption by controlling the operation of the pressurized exhauster reliably and effectively. , And then achieve the purpose of reducing electricity costs. The range hood that can start the pressurizer according to the current value setting according to item 1 of the scope of the patent application, wherein a reset button is further provided on the sensor control, and the pressing of the reset button is set by the clear setting unit The startup setting. The range hood that can start the pressurizer according to the current value setting according to item 1 or item 2 of the scope of the patent application, wherein the sensor control is further electrically connected with an electronic moving piece by wire, and the sensor control is provided A transmission port is electrically connected with the transmission line to connect the electronic moving part. The electronic moving part can transmit and reset the new starting setting to the transmission sensor control. The range hood that can start the pressurizer according to the current value setting according to item 1 or item 2 of the scope of the patent application, wherein the sensor control is further electrically connected wirelessly with an electronic moving part, and the sensor control Build a receiving unit, and the electronic action piece has a built-in transmission unit. After the electronic action piece wirelessly matches the control, the original setting can be cleared and a new startup setting can be transmitted, or a new startup setting can be entered by the electronic movement piece The value is passed by the transmitting unit to the receiving unit to overwrite the original setting. The range hood that can start the pressurizer according to the current value setting according to item 3 of the scope of the patent application, wherein the electrical connection between the sensor control and the pressurized exhauster can be wired or wireless. link. The range hood that can start the pressurizer according to the current value setting according to item 4 of the scope of the patent application, wherein the electrical connection between the sense control and the pressurized exhauster can be wired or wireless signal link. According to item 5 of the scope of the patent application, the range hood that can start the pressurizer according to the current value can be set, wherein the sensor control further includes a data recording unit, and the data recording unit is the startup set by the record setting unit. And the change data of the current value used during the operation of the exhaust hood. According to item 6 of the scope of the patent application, the range hood that can start the pressurizer according to the current value can be set, wherein the sensor control further includes a data recording unit, and the data recording unit is the startup set by the record setting unit. And the change data of the current value used during the operation of the exhaust hood. The utility model relates to a range hood which can start a pressurizer according to a current value setting. The range hood is connected to a pressure exhaust pipe. The range hood includes a hood body having an inlet and an air outlet, and the hood body. The exhaust vent pipe is connected to the pressurized exhauster. In addition, the exhaust hood body is provided with a fan blade at the suction port and a light bar adjacent to the fan blade, and the exhaust hood body is further provided with a start-up switch group. Control the opening and closing of fan blades and lamp bars, and adjust the fan blade rotation speed; a sense control, which is installed on the exhaust hood body and is provided with a setting button and a screen, which are displayed on the outer surface of the exhaust hood body The sensory control is electrically and mechanically connected to the pressurized exhaust, and the sensory control includes a built-in setting unit, a judgment unit, and a control unit. The pressing of the setting button controls the setting unit to set and input a startup setting value. It is displayed on the screen, and the judgment unit is to judge whether the current value of the exhaust hood body is higher than or lower than the startup setting value, and the judgment unit generates a startup message when the current value is higher than the startup setting value. To the control unit, and the control unit turns on the operation of the pressurized exhauster according to the message of the startup signal, and conversely when the current value is less than the startup setting value, the judgment unit will not generate a startup signal and will not start Compressor and exhauster; through the installation of the sensor control, producers and users can set the startup setting to match the installed home when the exhaust hood is produced and used. Effectively control the operation of the pressurized exhauster to save power consumption, thereby achieving the purpose of reducing electricity costs. According to the item 9 of the scope of the patent application, the range hood that can start the pressurizer according to the current value is set, wherein a reset button is further provided on the sensor control, and the pressing of the reset button is set by the clear setting unit. The startup setting. The range hood that can start the pressurizer according to the current value setting according to item 9 or item 10 of the scope of the patent application, wherein the sensor control is further electrically connected with an electronic moving part in a wired manner, and the sensor control is provided A transmission port is electrically connected with the transmission line to connect the electronic moving part. The electronic moving part can transmit and reset the new starting setting to the transmission sensor control. The range hood that can start the pressurizer according to the current value setting according to item 9 or item 10 of the scope of the patent application, wherein the sensor control is further electrically connected wirelessly with an electronic moving part, and the sensor control Build a receiving unit, and the electronic action piece has a built-in transmission unit. After the electronic action piece wirelessly matches the control, the original setting can be cleared and a new startup setting can be transmitted, or a new startup setting can be entered with the electronic movement piece. The value is passed by the transmitting unit to the receiving unit to overwrite the original setting. According to item 11 of the scope of the patent application, the range hood that can start the pressurizer according to the current value can be set, wherein the electrical connection between the sense control and the pressurized exhaust machine can be wired or wireless. The range hood which can start the pressurizer according to the current value setting according to item 12 of the scope of the patent application, wherein the electrical connection between the sense control and the pressurized exhaust machine can be wired or wireless. According to item 13 of the scope of the patent application, the range hood that can start the pressurizer according to the current value can be set, wherein the sensor control further includes a data recording unit, and the data recording unit is the startup set by the record setting unit. And the change data of the current value used during the operation of the exhaust hood. According to item 14 of the scope of the patent application, the range hood that can start the pressurizer according to the current value can be set, wherein the sensor control further includes a data recording unit, and the data recording unit is the startup set by the record setting unit. And the change data of the current value used during the operation of the exhaust hood.