Electronic aromatherapy candle device with anti-inclination alarm function and operation method of electronic aromatherapy candle device

Abstract

The invention discloses an electronic aromatherapy candle device with an anti-inclination alarm function and an operation method thereof.The electronic aromatherapy candle device is composed of two independent components including an aromatherapy candle body and a candle cup, the aromatherapy candle body is of a cavity structure design, the top of the aromatherapy candle body is further provided with an air outlet and an adjusting component, and the electronic aromatherapy candle device has a reliable fire extinguishing effect; the structure is simple and processing is convenient. Meanwhile, sensing devices (a motion sensor and a photosensitive sensor) and a conductive mechanism are arranged on a cup holder in the wax cup and a control panel in the candle body, and a plurality of groups of vibrating needles are ingeniously utilized, so that the electronic aromatherapy candle device with high safety and high reliability and functions of automatic ignition, timed fire extinguishment, separation, inclination alarm and the like is formed. And not only can the life quality of people be improved, but also the standardized processing of the electronic aromatherapy candle device can be realized, and the recyclable green circulation effect can be realized.

Description

Technical Field

[0001] The present invention relates to an electronic aromatherapy candle device, in particular to an electronic aromatherapy candle device with an anti-tilt alarm function and an operation method thereof, belonging to the technical field of aromatherapy candles. Background Art

[0002] Aromatherapy candles have the characteristic of fresh and pleasant fragrance. Different from traditional candles, aromatherapy candles belong to a kind of craft candles, with rich and diverse shapes and beautiful colors. The natural plant essential oils contained in them emit a pleasant fragrance when burned, having the effects of beauty care, nerve soothing, air purification, and odor elimination. However, for existing anti-tipping aromatherapy candles, when they are tipped over during use, it is easy to ignite other combustibles, which is relatively dangerous.

[0003] Traditional anti-tipping aromatherapy candle devices use a set of mechanical structures to cover the entire candle device, and then wait for the candle device to automatically go out to achieve the anti-tipping effect. The disadvantages are that the processing of this mechanism is complex, the difficulty of standardized production is large, and it is sold as a whole, which is not conducive to recycling and reprocessing. Moreover, when people use aromatherapy candle devices, they often forget to blow out the candles or the candles are tipped over and extinguished. There is no good timing fire extinguishing and anti-tipping alarm reminder, which greatly reduces the use effect of aromatherapy candle devices. Summary of the Invention

[0004] Therefore, the applicant provides an electronic aromatherapy candle device with an anti-tilt alarm function, which mainly consists of an aromatherapy candle body and a wax cup. The wax cup is composed of a cup holder, a wax body, and a glass cover. The candle body is composed of an upper shell, a bottom cover, a control board, a fan, and a battery. An air outlet is provided at the top of the upper shell, and a silica gel decorative part is embedded in the air outlet. A set of magnets is provided on the bottom cover, and then the magnets, together with the battery and the control board, are respectively fixed to the upper shell. The fan performs a timing fire extinguishing operation according to the timing fire extinguishing instruction provided by the control board.

[0005] Preferably, a set of assembly holes are provided on the cup holder for respectively fixing an iron sheet, a first conductive copper sheet, a second conductive copper sheet, a third conductive copper sheet, and a light guide column. The first conductive copper sheet and the second conductive copper sheet are respectively composed of a pair of conductive copper sheets. One end of the first conductive copper sheet is provided with an assembly clip for clamping a set of conductive wicks. The wooden wick passes through the middle of the conductive wicks and is fixed on the cup holder. One end of the second conductive copper sheet is fixedly connected to the other end of the first conductive copper sheet.

[0006] Preferably, a set of conductive spring pins and a set of separating spring pins are provided on the control board. The top end of the conductive spring pin is exactly below the second conductive copper sheet. One end of the second conductive copper sheet is embedded and fixed on the cup holder, and the other end of the second conductive copper sheet is welded and fixed to one end of the first conductive copper sheet respectively. The top end of the separating spring pin is exactly below the third conductive copper sheet.

[0007] 000. Preferably, a buzzer, a photosensitive sensor, a motion sensor, a high-voltage discharge pack and a touch switch are further provided on the control board. The photosensitive sensor is used to detect the light guide column on the cup holder of the wax cup, and starts the automatic fire extinguishing operation when the photosensitive sensor detects that the candle has burned out. The motion sensor is used to detect the horizontal attitude of the electronic aromatherapy candle. The buzzer is used for timing fire extinguishing and anti-tilting protection alarm, and emits a "beep beep beep" sound to remind. A set of buttons is provided at the top end of the touch switch, and the buttons correspond to the functions of "automatic ignition" and "timing fire extinguishing" respectively. When the "automatic ignition" button is pressed, the high-voltage discharge pack on the control board generates an instantaneous high voltage, which is conducted to the second conductive copper sheet through the conductive spring pin, and finally the instantaneous high voltage is transmitted to the conductive wick through the first conductive copper sheet, and then the wooden wick is ignited by discharging, completing the automatic ignition operation.

[0008] As a further improvement of the present invention, the button on the touch switch on the control board is provided with the function of "automatic ignition". The control board generates high-voltage electricity through the high-voltage discharge pack, and then the high-voltage electricity reaches the conductive wick of the wax cup through the first conductive copper sheet, and then the wooden wick is ignited by the conductive wick.

[0009] Preferably, the electronic aromatherapy candle device enters the automatic ignition operation program setting by long pressing the "automatic ignition" button on the touch switch for more than seconds. Furthermore, the high-voltage discharge pack on the control board generates an instantaneous high voltage, which is conducted to the second conductive copper sheet through the conductive spring pin, and finally the instantaneous high voltage is transmitted to the conductive wick through the first conductive copper sheet, and then the middle wooden wick is ignited by discharging, completing the automatic ignition operation.

[0010] As a further improvement of the present invention, a set of indicator lights is further provided on the button on the touch switch, corresponding to different timing fire extinguishing times respectively. The "timing fire extinguishing" button is used to set the timing fire extinguishing time. The upper shell of the aromatherapy candle body is a cavity structure, and a fan is arranged in its cavity structure. The fan starts the fire extinguishing operation after receiving the fire extinguishing instruction from the control board, and extinguishes the candle flame through the silica gel decorative part on the upper shell.

[0011] Preferably, the silica gel decorative part has a curved surface structure and is arranged at the air outlet at the top end of the upper shell, and is used to control the air outlet direction of the fan to realize the rapid fire extinguishing operation.

[0012] Further, the electronic aromatherapy candle device enters the setting of the timed extinguishing operation program by short - pressing the "Timed Extinguishing" button on the touch switch; the control board starts the timed extinguishing operation through the button on the touch switch, and then the blower issues a timed extinguishing instruction according to the extinguishing time set by the control board to turn on the working state of the blower.

[0013] As a further improvement of the present invention, the electronic aromatherapy candle device will conduct high - voltage electricity to the conductive pin only when the control board detects that the third conductive copper sheet corresponding to the separation pin has reached the position, and then reach the first conductive copper sheet via the corresponding second conductive copper sheet, and then the wooden wick is ignited by the conductive wick. On the contrary, when the control board detects that the third conductive copper sheet corresponding to the separation pin is not in place, the electronic aromatherapy candle device issues a separation alarm.

[0014] Preferably, the electronic aromatherapy candle device uses the separation pin on the control board to detect in real time whether the third conductive copper sheet is in place. At this time, if the candle body and the wax cup base are separated, the separation pin on the candle body detects that the third conductive copper sheet of the wax cup is in a separated state, and then the buzzer emits a "beep - beep - beep" alarm sound to remind that the electronic aromatherapy candle device is in a separated state; when the electronic aromatherapy candle device is in a separated state, the control board on the candle body will turn on the automatic ignition locking function, and the automatic ignition button cannot work properly; at this time, the wax cup needs to be reinstalled on the aromatherapy candle body, that is, the automatic ignition locking function is turned off; then the "beep - beep - beep" sound is eliminated, and the automatic ignition button of the electronic aromatherapy candle device resumes normal operation.

[0015] As a further improvement of the present invention, the control board is provided with an inclination protection function for "timed extinguishing", and detects its horizontal attitude through the motion sensor. When the product is tilted or fallen, the automatic extinguishing function of the blower is turned on only once, and there is no alarm function.

[0016] Preferably, when the control board activates the inclination protection function for "timed extinguishing", if the product is tilted or fallen, the automatic extinguishing function of the blower will be turned on, and then the buzzer emits a "beep - beep - beep" alarm sound to remind that the electronic aromatherapy candle device is in an inclined state; only when the electronic aromatherapy candle device is righted can the inclination protection be unlocked and the device can be turned on normally.

[0017] As a further improvement of the present invention, the aromatherapy candle wax cup is composed of a cup holder, a wax body and a glass cover. A set of assembly holes are provided on the cup holder for fixing iron sheets, the first conductive copper sheet, the second conductive copper sheet and the light guide column respectively; the glass cover covers the wax body and is fixed on the cup holder; one end of the first conductive copper sheet is provided with an assembly clip for clamping the conductive wick; the wooden wick passes through the conductive wick and is fixed on the cup holder.

[0018] Preferably, a set of conductive wicks and a wooden wick are provided in the wax body. The top of the conductive wick is 2-3 mm higher than that of the wooden wick, and the wooden wick is located exactly in the middle of the conductive wicks. The conductive wick is made by spraying conductive paint on an ordinary peach wood wick, and the assembly spacing is between 2-6.5 mm.

[0019] Furthermore, the wax cup of the aromatherapy candle conducts the ignition high voltage to the conductive wick through contact with the first conductive copper sheet, and then generates a high-voltage spark to ignite the wooden wick in the middle, realizing the ignition function. Preferably, since the wooden wick assembled in the middle of the conductive wick plays an insulating role, no discharge occurs between the conductive wicks on both sides. However, at the top of the conductive wick, it is 2-3 mm higher than the wooden wick. Here, due to the absence of the isolation of the wooden wick, a high-voltage spark is generated by the conductive wick to ignite the wooden wick in the middle.

[0020] The applicant has noticed that during daily use, people will continuously obtain a better aromatherapy effect by frequently using an electronic aromatherapy candle device. According to the structural characteristics of the wax cup of the above-mentioned electronic aromatherapy candle device, an automatic assembly operation process can be set using a series of processing parameters to implement the automatic production of wax cups.

[0021] Therefore, the applicant also provides a method for manufacturing a wax cup of an electronic aromatherapy candle device with an anti-tilt alarm function. Specifically, first, fix the iron sheet, the first conductive copper sheet, the second conductive copper sheet, and the third conductive copper sheet on the cup holder. Among them, the iron sheet and the second conductive copper sheet are fixed by directly inserting them into the assembly holes and then bending them. The third conductive copper sheet is adhesively bonded in the bottom groove of the cup holder with back glue, and the first conductive copper sheet is fixed in the fixing groove on the front of the cup holder by tight fitting. The second conductive copper sheet is connected by soldering at the staggered part with the first conductive copper sheet. Then, assemble the light guide column in the assembly hole on the cup holder and fix it by tight fitting. Furthermore, clamp the conductive wick on the first conductive copper sheet by tight fitting, and pass the wooden wick through the conductive wick and fix it on the cup holder. Furthermore, put the glass cover on the cup holder, then pour black AB glue with a height of ~mm inside it, and then seal the inside of the glass cover. After the AB glue dries, pour wax into the glass cover to complete the standardized assembly operation of the aromatherapy wax cup.

[0022] As a further improvement of the present invention, the aromatherapy candle body is composed of an upper shell, a bottom cover, a control board, a blower, and a battery. An air outlet is provided at the top of the upper shell, and a silicone decorative part is embedded in the air outlet. The control board is provided with an automatic ignition and a timed extinguishing program, and automatic ignition and timed extinguishing operations are performed through the buttons of the touch switch. The battery provides working power for the blower and the control board respectively. A set of magnets is provided on the bottom cover, and the magnet, the battery, and the control board are respectively fixed to the upper shell. The blower is in an operating state according to the timed extinguishing instruction provided by the control board to perform an automatic extinguishing operation.

[0023] According to the structural characteristics of the aromatherapy candle body of the above-mentioned electronic aromatherapy candle device, an automatic assembly operation process set by a series of processing parameters can also be used to manufacture the aromatherapy candle body.

[0024] Therefore, the applicant also provides a method for manufacturing the aromatherapy candle body of an electronic aromatherapy candle device with an anti-tilting alarm function. Specifically, first, the magnet, the battery, and the button are assembled onto the upper shell, and then the button is fixed to the upper shell through a snap position; the battery is directly placed in the battery slot, and the bottom cover is assembled by using the ribs on the bottom cover to press it to prevent it from running out; there are ribs in the magnet assembly slot, and the magnet is fixed by being tightly fitted with the assembly slot; then the control board is fixed inside the upper shell by screws, and then the blower is fixed to the bottom cover by screws. There is a circle of wind-blocking ribs on the bottom cover to prevent the wind from running out; the bottom cover is fixed to the upper shell by screws, the foot pads are bonded to the fixing slots of the bottom cover by back glue, and the silicone decorative part is fixed at the air outlet of the upper shell to complete the standardized assembly operation of the aromatherapy candle body.

[0025] Advantages of this technical solution: 1. The aromatherapy candle body is designed with a cavity structure, and an air outlet and an adjusting member are further provided at the top, which has a reliable extinguishing effect and is simple in structure and convenient to process; 2. Some sensing devices (motion sensors, photosensitive sensors) and conductive mechanisms are provided on the cup holder in the wax cup and the control board in the candle body, and a plurality of sets of spring needles are ingeniously used to form an electronic aromatherapy candle device with functions of automatic ignition, timed extinguishing, separation, and tilting alarm with high safety and high reliability. It can meet people's usage effects of the electronic aromatherapy candle device in different scenarios; 3. The aromatherapy candle device adopts an independent component design, which can realize the standardized processing and recyclable green cycle function of the electronic aromatherapy candle device while meeting people's improvement of the quality of life. Description of the Drawings

[0026] Figure 1 It is an overall structure diagram of an electronic aromatherapy candle device with an anti-tilting alarm function according to the present invention.

[0027] Figure 2Schematic structural diagram of the timed fire extinguishing of an electronic aromatherapy candle device with an anti-tilting alarm function according to the present invention.

[0028] Figure 3 Schematic structural diagram of the anti-separation fire extinguishing of an electronic aromatherapy candle device with an anti-tilting alarm function according to the present invention.

[0029] Figure 4 Automatic ignition structural diagram of an electronic aromatherapy candle device with an anti-tilting alarm function according to the present invention.

[0030] Figure 5 Wax cup ignition structural diagram of an electronic aromatherapy candle device with an anti-tilting alarm function according to the present invention.

[0031] Figure 6 Candle body fire extinguishing structural diagram of an electronic aromatherapy candle device with an anti-tilting alarm function according to the present invention.

[0032] Figure 7 Wax cup structural diagram of an electronic aromatherapy candle device with an anti-tilting alarm function according to the present invention.

[0033] Figure 8 Candle body structural diagram of an electronic aromatherapy candle device with an anti-tilting alarm function according to the present invention.

[0034] In the figure: Aromatherapy candle wax cup 1: Cup holder 11, wax body 12, glass cover 13, iron sheet 114, first conductive copper sheet 111, second conductive copper sheet 112, third conductive copper sheet 113, light guide column 115, conductive wick 121, wooden wick 122; Aromatherapy candle body 2: Upper shell 21, bottom cover 22, control board 23, fan 24, battery 25, silicone decorative part 211, touch switch 231, magnet 221, separation ejector pin 232, conductive ejector pin 233, buzzer 234, photosensitive sensor 235, high-voltage discharge pack 237. Detailed implementation manners

[0035] To make the technical solutions of the present invention clearer and more definite to those skilled in the art, the present invention will be further described in detail below in conjunction with embodiments and the accompanying drawings, but the implementation manners of the present invention are not limited thereto.

[0036] In the description of the present invention, it should be noted that the orientation or positional relationship indicated by the terms "top end", "bottom end", "front side", "reverse side", "center", "upper", "lower", etc. is based on the orientation or positional relationship shown in the drawings. It is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be construed as a limitation to the present invention. In addition, the terms "first", "second", "third" are only used for descriptive purposes and cannot be construed as indicating or implying relative importance.

[0037] Example 1, as shown in the attached Figure 1 and the attached Figure 7 to the attached Figure 8 as shown.

[0038] An electronic aromatherapy candle device with an anti-tilting alarm function provided in this embodiment has a structure including an aromatherapy candle body (2) and a wax cup (1). The wax cup (1) is composed of a cup holder (11), a wax body (12), and a glass cover (13). The aromatherapy candle body (2) is composed of an upper shell (21), a bottom cover (22), a control board (23), a blower (24), and a battery (25). The top of the upper shell (21) is provided with an air outlet, and a silica gel decorative part (211) is embedded in the air outlet; a set of magnets (221) are provided on the bottom cover (22), which are exactly located below the wax cup (1); the magnets (221), the battery (25), and the control board (23) are respectively fixed to the upper shell (21), and the blower (24) performs a timed extinguishing operation according to a timed extinguishing instruction provided by the control board (23). A set of assembly holes are provided on the cup holder (11) for respectively fixing a first conductive copper sheet (111), a second conductive copper sheet (112), a third conductive copper sheet (113), an iron sheet (114), and a light guide column (115); one end of the first conductive copper sheet (111) is provided with an assembly clip for clamping a set of conductive wicks (121); a wooden wick (122) passes through the middle of the conductive wicks (121) and is fixed to the cup holder (11), and one end of the second conductive copper sheet (112) is welded and fixed to the other end of the first conductive copper sheet (111).

[0039] A set of conductive spring pins (233) and a set of separating spring pins (232) are provided on the control board (23). The top of the conductive spring pins (233) is exactly located below the second conductive copper sheet (112). One end of the second conductive copper sheet (112) is embedded and fixed on the cup holder (11), and the other end of the second conductive copper sheet (112) is welded and fixed to one end of the first conductive copper sheet (111); the top of the separating spring pins (232) is exactly located below the third conductive copper sheet (113).

[0040] The control board (23) is also provided with a high-voltage discharge pack (237), a photosensitive sensor (235), a motion sensor, a buzzer (234) and a group of touch switches (231). The top of the photosensitive sensor (235) is exactly located below the light guide column (115) and is installed on the front of the control board (23). The high-voltage discharge pack (237), the motion sensor and the buzzer (234) are respectively installed on the back of the control board (23). Among them, the motion sensor adopts an integrated circuit design and is not shown in the drawings. The top of the touch switch (231) is provided with a group of buttons, and the buttons respectively correspond to the functions of "automatic ignition" and "timed extinguishing".

[0041] The automatic ignition function of an electronic aromatherapy candle device with an anti-tilting alarm function is realized as follows. By pressing the "automatic ignition" button, the control board (23) activates the high-voltage discharge pack (237) to generate an instantaneous high voltage. Then, the instantaneous high voltage is conducted to the second conductive copper sheet (112) through the conductive spring pin (233), and is conducted to the conductive wick (121) through the first conductive copper sheet (111). Then, the conductive wick (121) discharges to ignite the wooden wick (122), completing the automatic ignition operation. In addition, the control board (23) can also detect its horizontal posture through the motion sensor. Furthermore, the buzzer (234) is used for timed extinguishing and anti-tilting protection alarm and emits a "beep beep beep" sound to remind.

[0042] The automatic extinguishing function of an electronic aromatherapy candle device with an anti-tilting alarm function is realized as follows. By pressing the "timed extinguishing" button, select to start the automatic extinguishing operation within a certain time. Specifically, the control board (23) controls the working state of the blower (24) to implement the extinguishing operation. In addition, when and only when the wax body (12) burns out, the photosensitive sensor (235) detects the optical signal of the light guide column (115) on the cup holder (11) of the wax cup (1), and then the control board (23) controls the blower (24) to implement the extinguishing operation.

[0043] Embodiment 2 is as shown in the attached Figure 2 、attached Figure 6 to the attached Figure 8 figures.

[0044] The timed extinguishing operation method of an electronic aromatherapy candle device with an anti-tilting alarm function provided in this embodiment is specifically The touch switch (231) on the control board (23) is provided with a "timed extinguishing" function, and a group of indicator lights are also provided on the buttons of the touch switch (231), corresponding to different timed extinguishing times respectively; the time of timed extinguishing is set through the "timed extinguishing" button.

[0045] A light guide column (115) is provided on the cup holder (11) of the wax cup (1), corresponding to the photosensitive sensor (235) of the control board (23); when the photosensitive sensor (235) detects that the aromatherapy candle has burned out, it starts the automatic fire extinguishing operation.

[0046] The upper shell (21) of the aromatherapy candle body (2) is a cavity structure, and a blower (24) is arranged in its cavity structure. The blower (24) starts the fire extinguishing operation after receiving the fire extinguishing instruction from the control board (23), and extinguishes the candle flame through the silica gel decorative part (211) on the upper shell (21). The silica gel decorative part (211) has a curved surface structure and is arranged at the air outlet at the top of the upper shell (21) for controlling the air outlet direction of the blower (24) to achieve a quick fire extinguishing effect.

[0047] The timed automatic fire extinguishing of an electronic aromatherapy candle device with an anti-tilting alarm function is as follows: By short-pressing the "Timed Fire Extinguishing" button on the touch switch (231), the timed fire extinguishing operation is entered. The control board (23) turns on the anti-tilting alarm function through the touch switch (231). Furthermore, the blower (24) issues a timed fire extinguishing instruction according to the fire extinguishing time set by the control board (23), turns on the working state of the blower (24), and implements the automatic fire extinguishing operation.

[0048] Specifically, short-press the timing button to set the timing time. When the timing time arrives, the candle will automatically go out. Continuously short-press to change the timing gear. Short-press once, the first indicator light is on, and the timing is N hours; short-press once, the second indicator light is on, and the timing is M + 1 hours; short-press once, the third indicator light is on, and the timing is M + 2 hours. If not short-pressed, the indicator lights are all off, and there is no timing function during long-term operation. Long-press the timing button to cancel the timing function and the candle will automatically go out.

[0049] Specifically, when the aromatherapy candle burns out, the flame will be at the bottom of the wax cup. When the wax on the light guide column also melts, the exposed head will conduct the light of the flame downward and finally transmit it to the photosensitive sensor on the control board. The photosensitive sensor will transmit the signal to the control chip to make it start the blower to execute the fire extinguishing action.

[0050] Example 3, as shown in the attached Figure 3 to the attached Figure 8 figure.

[0051] A separation alarm operation method of an electronic aromatherapy candle device with an anti-tilting alarm function provided in this embodiment, specifically, The electronic aromatherapy candle device is composed of a candle body (2) and a wax cup (1). A group of conductive wicks (121) and a wooden wick (122) are provided on the wax body (12) of the wax cup (1); a first conductive copper sheet (111), a second conductive copper sheet (112), and a third conductive copper sheet (113) are provided at the bottom of the cup holder (11) of the wax cup (1); a group of conductive spring pins (233) and a group of separating spring pins (232) are provided on the control board (23) of the aromatherapy candle body (2). The conductive spring pins (233) are located below one side of the second conductive copper sheet (112). One end of the second conductive copper sheet (112) is fixedly connected to the first conductive copper sheet (111). Thus, high-voltage electricity reaches the conductive wick (121) of the wax cup (1) through the first conductive copper sheet (111). The control board (23) enables the anti-tilt alarm function through the touch switch (231), and then the wooden wick (122) is lit by the conductive wick (121); the separating spring pins (232) are distributed directly below both ends of the third conductive copper sheet (113) for detecting the separation state between the wax cup (1) and the aromatherapy candle body (2).

[0052] The timed ignition separation alarm operation of an electronic aromatherapy candle device with an anti-tilt alarm function is as follows, The first step is separation detection and automatic ignition, First, the control board (23) first detects that the third conductive copper sheet (113) corresponding to the separating spring pins (232) is in place, then conducts high-voltage electricity through the conductive spring pins (233), and then through the corresponding second conductive copper sheet (112), and finally the wooden wick (122) is lit by the conductive wick (121). When and only when the electronic aromatherapy candle device does not turn on the timing function, that is, it is not in the automatic extinguishing state; at this time, the separating spring pins (232) on the aromatherapy candle body (2) do not detect the separation state of the third conductive copper sheet (113) of the wax cup (1).

[0053] The second step is separation locking and automatic alarm, If the third conductive copper sheet (113) detected by the separating spring pins (232) is not in position, the aromatherapy candle body (2) will not generate high-voltage electricity and the automatic ignition locking function will be activated; at this time, when the aromatherapy candle body (2) and the base of the wax cup (1) are separated, the separating spring pins (232) on the aromatherapy candle body (2) detect that the third conductive copper sheet (113) of the wax cup (1) has been separated, and immediately emits a "beep beep beep" sound to remind that the product is in a separated state.

[0054] The third step is separation locking and automatic ignition, When the product is in a separated state, the control board (23) on the aromatherapy candle body (2) will activate the automatic ignition locking function, and the automatic ignition button will not work properly; at this time, the wax cup (1) needs to be reinstalled on the aromatherapy candle body (2), that is, the automatic ignition locking function is turned off; then the "beep beep beep" sound is eliminated, and the automatic ignition button resumes normal operation.

[0055] Example 4, as shown in the attached Figure 4 , the attached Figure 5 , the attached Figure 7 shown.

[0056] A method for manufacturing the wax cup of an electronic aromatherapy candle device with an anti-tilting alarm function provided in this embodiment. Specifically, First, fix the iron sheet (114), the first conductive copper sheet (111), the second conductive copper sheet (112), and the third conductive copper sheet (113) on the cup holder (11). Among them, the iron sheet (114) and the second conductive copper sheet (112) are fixed by directly inserting into the assembly holes and then bending. The third conductive copper sheet (113) is bonded to the bottom groove of the cup holder with back glue. The first conductive copper sheet (111) is fixed in the fixing groove on the front of the cup holder (11) by tight fitting; the second conductive copper sheet (112) is soldered to the first conductive copper sheet (111) at the staggered part; then, the light guide column (115) is assembled into the assembly hole on the cup holder (11) and fixed by tight fitting; furthermore, the conductive wick (121) is clamped on the first conductive copper sheet (111) by tight fitting, and the wooden wick (122) passes through the conductive wick (121) and is fixed on the cup holder (11); furthermore, the glass cover (13) is put on the cup holder (11), and then 3-4 mm high black AB glue is poured inside it, and then the inside of the glass cover (13) is sealed. After the AB glue dries, wax is poured into the glass cover (13).

[0057] As is well known, the wax cup of the electronic aromatherapy candle device needs to be replaced frequently during daily use to obtain a continuously better aromatherapy effect. Then, green sales can be carried out through the wax cup recycling and replacement method, which can not only improve the corporate social responsibility, but also shorten the production cycle of the wax cup. A series of experimental data show that the recycled wax cup can be reused at least 3-5 times.

[0058] According to the characteristics of the recycled wax cup, an automatic wax pouring and assembly device can be set up to further improve the production level. At the same time, it can also be based on a digital process design of automatic accessory transfer, cup holder pressing and assembly, robotic welding, wax pouring, etc. to realize the automatic production of the entire wax cup.

[0059] Therefore, the applicant has noticed that based on such a digital production process, a series of assembly process parameters need to be set.

[0060] As shown in the attachedFigure 7 As shown, the wax cup (1) is composed of a cup holder (11), a wax body (12), and a glass cover (13). A set of assembly holes are provided on the cup holder (11) for fixing an iron sheet (114), a first conductive copper sheet (111), a second conductive copper sheet (112), and a light guide column (115) respectively. The glass cover (13) covers the wax body (12) and is fixed on the cup holder (11). One end of the first conductive copper sheet (111) is provided with an assembly clip for clamping the conductive wick (121). The wooden wick (122) passes through the conductive wick (121) and is fixed on the cup holder (11).

[0061] As attached Figure 5 As shown, two conductive wicks (121) and one wooden wick (122) are provided in the wax body (12). The top of the conductive wick (121) is 2 - 3 mm higher than that of the wooden wick (122). The wooden wick (122) is located in the middle of the conductive wicks (121). The conductive wick (121) is made by spraying conductive paint on an ordinary peach - wood wick, and the assembly spacing is between 2 - 6.5 mm.

[0062] Specifically, the wax cup (1) conducts the ignition high - voltage to the conductive wick (121) by contacting the first conductive copper sheet (111), and then generates a high - voltage spark to ignite the wooden wick (122) in the middle, realizing the ignition function.

[0063] As attached Figure 4 As shown, since the wooden wick (122) assembled in the middle of the conductive wick (121) plays an isolation role, no discharge will occur between the two conductive wicks on both sides. However, at the top of the conductive wick (121), it is 2 - 3 mm higher than the wooden wick. Here, due to the absence of the isolation of the wooden wick (122), at this time, the conductive wick (121) generates a high - voltage spark to ignite the wooden wick (122) in the middle.

[0064] Example 5, as attached Figure 4 、attached Figure 5 、attached Figure 8 As shown.

[0065] The manufacturing method of the aromatherapy candle body of an electronic aromatherapy candle device with an anti - tilt alarm function provided in this embodiment is specifically First, assemble the magnet (221), battery (25), and button onto the upper shell (21). The button is fixed to the upper shell (21) through a snap position; the battery (25) is directly placed in the battery slot, and the bottom cover (22) is assembled by using the ribs on the bottom cover to press it to prevent it from running out; there are ribs in the assembly slot of the magnet (221), and the magnet (221) is fixed by being tightly fitted with the assembly slot; then, fix the control board (23) inside the upper shell (21) with screws, and then fix the blower (24) to the bottom cover (22) with screws. There is a circle of wind-blocking ribs on the bottom cover (22) to prevent the wind from running out; fix the bottom cover (22) to the upper shell (21) with screws, the foot pads are adhesively bonded in the fixing slots of the bottom cover (22), and fix the silicone decorative piece (211) at the air outlet of the upper shell (21) to complete the standardized assembly operation of the aromatherapy candle body (2).

[0066] The above method for manufacturing the aromatherapy candle body can be based on a set of digital processes such as automatic accessory transfer, outer shell (bottom cover) pressing and assembly, robotic welding, and gluing to further improve production capacity. At the same time, the applicant also noticed that based on such an automatic assembly process, a series of assembly process parameters need to be set.

[0067] As shown in the appendix Figure 4 As shown, a set of conductive spring pins (233) and a set of separating spring pins (232) are provided on the control board (23). The top of the conductive spring pin (233) is exactly below the second conductive copper sheet (112). One end of the second conductive copper sheet (112) is embedded and fixed on the cup holder (11), and the other end of the second conductive copper sheet (112) is welded and fixed to one end of the first conductive copper sheet (111) respectively; the top of the separating spring pin (232) is exactly below the third conductive copper sheet (113).

[0068] As shown in the appendix Figure 5 As shown, the second conductive copper sheet (112) and the third conductive copper sheet (113) are respectively located on the reverse side of the bottom of the cup holder (11) on the wax cup (1), and are respectively centered corresponding to a set of conductive spring pins (233) and a set of separating spring pins (232) on the control board (23) of the aromatherapy candle body (2); the iron sheets (114) are respectively located on both sides of the second conductive copper sheet (112), and are centered corresponding to the magnet (221) in the upper shell (21) of the aromatherapy candle body (2).

[0069] As shown in the appendix Figure 8As shown, the aromatherapy candle body (2) is composed of an upper shell (21), a bottom cover (22), a control board (23), a blower (24), and a battery (25). An air outlet is provided at the top of the upper shell (21), and a silica gel decorative piece (211) is embedded in the air outlet. The control board (23) is provided with an automatic ignition and a timed extinguishing program, and the automatic ignition and timed extinguishing operations are performed through a set of connected buttons. The battery (25) provides working power for the blower (24) and the control board (23) respectively. A set of magnets (221) are provided on the bottom cover (22), right below the wax cup (1). The magnets (221), the battery (25), and the control board (23) are respectively fixed to the upper shell (21). Among them, the magnets (221) are set at a better position, which should be centrosymmetric with the iron sheet (114) of the cup holder (11) on the wax cup (1). The blower (24) is instructed by the control board (23) to provide a timed extinguishing command, and the working state of the blower (24) is turned on to perform the automatic extinguishing operation.

[0070] The technical features of the above-described embodiments can be combined arbitrarily. For the sake of brevity of description, not all possible combinations of the technical features in the above-described embodiments are described. However, as long as there is no contradiction in the combination of these technical features, it should be considered to be within the scope described in this specification.

[0071] Therefore, from any point of view, the embodiments should be regarded as exemplary and non-limiting. The scope of the present invention is defined by the appended claims rather than the above description. Therefore, all changes falling within the meaning and scope of the equivalent elements of the claims are intended to be embraced within the present invention. Any reference signs in the claims should not be regarded as limiting the claims involved.

Claims

1. An electronic aromatherapy candle device with an anti-tilting alarm function, which is composed of an aromatherapy candle body (2) and a wax cup (1). The aromatherapy candle wax cup (1) is composed of a cup holder (11), a wax body (12), and a glass cover (13). The aromatherapy candle body (2) is composed of an upper shell (21), a bottom cover (22), a control board (23), a blower (24), and a battery (25), and is characterized in that, The top of the upper shell (21) is provided with an air outlet, and a silica gel decorative piece (211) is embedded in the air outlet; a set of assembly holes are provided on the cup holder (11) for fixing the first conductive copper sheet (111), the second conductive copper sheet (112), the third conductive copper sheet (113), and the light guide column (115) respectively; the first conductive copper sheet (111) and the second conductive copper sheet (112) are each composed of a pair of conductive copper sheets. One end of the first conductive copper sheet (111) is provided with an assembly clip for clamping a set of conductive wicks (121); the wooden wick (122) passes through the middle of the conductive wicks (121) and is fixed on the cup holder (11). One end of the second conductive copper sheet (112) is fixedly connected to the other end of the first conductive copper sheet (111); a set of conductive spring pins (233) and a set of separating spring pins (232) are provided on the control board (23). The top of the conductive spring pin (233) is exactly located below the second conductive copper sheet (112). One end of the second conductive copper sheet (112) is embedded and fixed on the cup holder (11), and the other end of the second conductive copper sheet (112) is welded and fixed to one end of the first conductive copper sheet (111) respectively; the top of the separating spring pin (232) is exactly located below the third conductive copper sheet (113); a buzzer (234), a photosensitive sensor (235), a high-voltage discharge pack (237), and a touch switch (231) are further provided on the control board (23). A set of buttons are provided at the top of the touch switch (231), and the buttons respectively correspond to the functions of "automatic ignition" and "timed extinguishing"; the photosensitive sensor (235) is used to detect the light guide column (115) on the cup holder (11) of the wax cup (1). When the photosensitive sensor (235) detects that the candle has burned out, it starts the automatic extinguishing operation; a motion sensor is further provided on the control board (23) to detect the horizontal attitude of the electronic aroma candle. The buzzer (234) is used for timed extinguishing and anti-tilting protection alarm and emits a "beep beep beep" sound to remind.

2. An automatic operation method of an electronic aromatherapy candle device with an anti-tilting alarm function, characterized in that, The electronic aromatherapy candle device is provided with an automatic ignition function. Specifically, the button of the touch switch (231) on the control board (23) is provided with an "automatic ignition" function. The control board (23) generates high-voltage electricity through the high-voltage discharge pack (237). Then, the high-voltage electricity reaches the conductive wick (121) of the wax cup (1) through the first conductive copper sheet (111). Then, the wooden wick (122) is ignited by the conductive wick (121). The electronic aromatherapy candle device enters the automatic ignition operation program setting by long-pressing the "automatic ignition" button on the touch switch (231) for more than 1 second. Then, the high-voltage discharge pack (237) on the control board (23) generates an instantaneous high voltage, which is conducted to the second conductive copper sheet (112) through the conductive spring pin (233), and finally the instantaneous high voltage is transmitted to the conductive wick (121) through the first conductive copper sheet (111). Then, the discharge will ignite the middle wooden wick (122) to complete the automatic ignition operation.

3. The automatic operation method of an electronic aromatherapy candle device with an anti-tilt alarm function according to claim 2, characterized in that, The electronic aromatherapy candle device is also provided with an automatic extinguishing function. Specifically, a group of indicator lights are also provided on the button of the touch switch (231), corresponding to different timed extinguishing times respectively. The timed extinguishing time is set through the "timed extinguishing" button. The upper shell (21) of the aromatherapy candle body (2) is a cavity structure, and a blower (24) is arranged in its cavity structure. The blower (24) starts the extinguishing operation after receiving the extinguishing instruction from the control board (23), and extinguishes the candle flame through the silica gel decorative part (211) on the upper shell (21). The silica gel decorative part (211) has a curved surface structure and is arranged at the air outlet at the top of the upper shell (21) to control the air outlet direction of the blower (24) to achieve rapid extinguishing operation. The electronic aromatherapy candle device enters the timed extinguishing operation program setting by short-pressing the "timed extinguishing" button on the touch switch (231). The control board (23) starts the timed extinguishing operation through the button of the touch switch (231). Then, the blower (24) issues a timed extinguishing instruction according to the extinguishing time set by the control board (23) to start the working state of the blower (24).

4. The automatic operation method of an electronic aromatherapy candle device with an anti-tilting alarm function according to claim 2, characterized in that, The electronic aromatherapy candle device is also provided with an automatic separation alarm function. Specifically, the electronic aromatherapy candle device uses the separation spring pin (232) on the control board (23) to detect in real time whether the third conductive copper sheet (113) is in place. At this time, if the candle body (2) and the base of the wax cup (1) are separated, the separation spring pin (232) on the candle body (2) detects that the third conductive copper sheet (113) of the wax cup (1) is in a separated state. Then, the buzzer emits a "beep beep beep" alarm sound to remind that the electronic aromatherapy candle device is in a separated state. Only when the control board (23) of the electronic aromatherapy candle device detects that the third conductive copper sheet (113) corresponding to the separation spring pin (232) is in place, will it conduct high voltage to the conductive spring pin (233), and then reach the first conductive copper sheet (111) via the corresponding second conductive copper sheet (112), and then the conductive wick (121) ignites the wooden wick (122). When the control board (23) detects that the third conductive copper sheet (113) corresponding to the separation spring pin (232) is not in place, the electronic aromatherapy candle device will issue a separation alarm. When the electronic aromatherapy candle device is in a separated state, the control board (23) on the candle body (2) will activate the automatic ignition locking function, and the automatic ignition button cannot work properly. At this time, the wax cup (1) needs to be reinstalled on the aromatherapy candle body (2), that is, the automatic ignition locking function is turned off. Then, the "beep beep beep" sound is eliminated, and the automatic ignition button of the electronic aromatherapy candle device resumes normal operation.

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