CN209300736U - Simulation incense burner with simulation incense - Google Patents

Abstract

The utility model provides an emulation incense of emulation incense burner collocation match can form like burning incense and smoking, and need not burn like real fragrant, can reach and burn the emulation incense of incense burner collocation that the incense prayed for fortune and accord with the environmental protection again. The technical means comprises the following steps: a incense inserting disc arranged in the temple incense burner; at least one incense cone inserted into the incense inserting disc; a fire smoke pipe which is arranged at the bottom of the temple incense burner and is communicated with the temple incense burner; and the fire smoke generator is arranged at one end of the fire smoke through pipe and is communicated with the fire smoke through pipe and the temple incense burner.

Description

Simulation incense burner with simulation incense

technical field

The utility model relates to the technical field of censer and incense, in particular to an environment-friendly and smoke-free simulated censer matched with simulated incense.

Background technique

Generally, when praying for blessings or reaching the sky for spiritual comfort, the incense sticks are lit to worship the sky, so that the smoke generated by lighting the incense sticks can reach the sky. However, due to the traditional burning of incense sticks Incense ash smoke, which contains PM2.5 and other harmful substances, is likely to cause air pollution and harm human health. Therefore, all incense burners in front of the temple are closed, and incense burners are not allowed to worship. Violators will be fined, so the incense burners in front of the temple have been sealed. Furnaces are only stored in front of temples and used as decorations. Therefore, how to make them conform to the traditional beliefs of the people to achieve the habit of lighting incense and praying for blessings, and also comply with environmental protection and laws and regulations, is a problem that the industry wants to solve.

SUMMARY OF THE INVENTION

The purpose of the utility model is to provide a simulated incense burner with simulated incense that can be formed like burning incense and smoke without burning incense like real incense, which can achieve burning incense for blessing and conform to environmental protection.

In order to solve the above-mentioned problems and achieve the purpose of the present utility model, the technical means of the present utility model are realized in this way, which is a kind of simulated incense burner with simulated incense, which comprises: an incense plate set in the temple incense burner; The incense stick in the incense stick; a fire smoke pipe arranged at the bottom of the temple incense burner and communicated with the temple incense burner; and a fire smoke pipe arranged at one end of the fire smoke pipe and connected to the fire smoke pipe and the temple The smoke generator connected to the incense burner.

More preferably, one end of the smoke generator is electrically connected with a power cord capable of supplying power to the incense stick.

More preferably, the incense-inserting tray includes a plurality of incense-inserting tubes, and the bottom of the incense-inserting tubes is further provided with a fire-smoke activity control sheet and a power contact of the incense-inserting tubes.

More preferably, the lengths of the fragrance-inserting tubes are different, and a number plate is also provided at the opening of each fragrance-inserting tube.

More preferably, the incense stick is cylindrical and made of plastic, the top of which is provided with a light-emitting component, and the top surface and the bottom end surface of the incense stick are also surrounded by a number of smoke nozzles. , and the outer surface of the incense cone is surrounded by a power supply contact of the incense cone that can be electrically connected to the power supply contact of the incense stick.

More preferably, the fire smoke generator further comprises a water bottle arranged on the top of the fire smoke generator; a water bottle cap arranged on the top of the water bottle; an electric heating plate arranged in the water bottle; a power supply unit arranged in the fire smoke generator and electrically connected to the electric heating plate and the incense inserting plate; a power supply unit disposed in the fire smoke generator and connected to the fire smoke pipe at one end and a dry ice mechanism connected with each other; and a pipe body arranged between the dry ice mechanism and the water bottle for the two to communicate with each other.

More preferably, the dry ice mechanism is composed of a Styrofoam box with an interior chamber, and a dry ice block disposed in the chamber.

More preferably, a door body, a power switch and a fire smoke emission control button are provided on one side of the fire smoke generator, and the fire smoke discharge amount control button can control the start of the fire smoke generator and the discharge into the temple. Fire smoke emissions from incense burners.

More preferably, the power supply unit can be powered by batteries, batteries, generators or commercial power.

According to the above-mentioned technical means, the functions and functions that can be obtained by the present invention are: the fire smoke generated by the fire smoke generator is transported to the inside of the temple incense burner through the fire smoke pipe, and when the incense stick is inserted into the incense stick, the incense stick is inserted into the incense stick. The fire-smoke activity control sheet at the bottom of the tube is flushed out, so that the fire-smoke in the fire-smoke tube is ejected from the smoke-spraying port of the incense stick. The power contact of the incense tube is electrically connected, so that the top of the incense stick emits fire. In this way, the incense stick can be burned like a real incense from the appearance, and the cigarette is surrounded by cigarettes, which can not only improve the traditional habit of lighting incense and pray for blessing, but also meet the Environmental friendly.

Description of drawings

Figure 1 is an exploded schematic view of the present invention.

Figure 2 is a schematic plan view of the present invention.

Figure 3 is a schematic top view of the incense stick of the present invention.

Figure 4 is a schematic cross-sectional view of the incense burner of the present invention.

FIG. 5 is a schematic cross-sectional view of the fragrance inserting tube of the present invention.

Fig. 6 is a three-dimensional schematic view of the incense stick of the present invention.

Fig. 7 is a three-dimensional cross-sectional schematic diagram of the incense stick of the present invention.

8 and 9 are schematic views of the implementation of the present invention.

Reference number:

1 Incense tray 43 Electric heating tray

11 Incense tube 44 Battery

111 Fire and Smoke Activity Control Sheet 45 Dry Ice Mechanism

112 Power contact for incense tube 451 Container

113 Number plate 452 Compartment

2 incense sticks 453 dry ice cubes

21 Lighting assembly 46 Tube body

22 Fire smoke vents 5 Power cord

23 Incense stick power contact 6 door body

3 Fire and smoke pipe 7 Power switch

4 Fire smoke generator 8 Fire smoke emission control knob

41 Water Bottles 100 Temple Incense Burners

42 water bottle caps

Detailed ways

The following describes in detail according to the embodiment shown in the drawings:

As shown in FIG. 1 and FIG. 2 , as shown in the drawings, it is an artificial incense burner with artificial incense, which includes: an incense plate 1 arranged in the temple incense burner 100; at least one incense plate 1 inserted into the incense plate 1 Inside the incense stick 2; a fire smoke pipe 3 arranged at the bottom of the temple incense burner 100 and communicated with the temple incense burner 100; and a fire smoke pipe 3 arranged at one end of the fire smoke pipe 3 and A fire smoke generator 4 is connected to the temple incense burner 100 , and one end of the fire smoke generator 4 is electrically connected to a power cord 5 that can supply power to the incense stick 2 .

Wherein, the fire smoke generated by the fire smoke generator 4 is transported to the inside of the temple incense burner 100 through the fire smoke pipe 3. When the incense stick 2 is inserted into the temple incense burner 100, the fire smoke in the fire smoke pipe 3 will It is sprayed from the incense stick 2, so that the incense stick 2 can burn like a real incense from the appearance, and present the effect of cigarettes.

As shown in FIG. 3 to FIG. 8 , the incense stick 1 includes a plurality of incense sticks 11 . The bottom of the incense sticks 11 is further provided with a fire smoke activity control piece 111 and a fragrant stick power contact 112 , and The lengths of the incense sticks 11 are different, and a number plate 113 is also provided at the opening of each incense stick 11; and the incense stick 2 is cylindrical and made of plastic, and its top is provided with a The light-emitting component 21, and the top surface and the bottom end surface of the incense stick 2 are also surrounded by a number of smoke nozzles 22, and the outer surface of the incense stick 2 is surrounded with a power contact 112 that can be connected to the incense stick. Electrically connected incense stick power contact 23 .

Wherein, when the incense stick 2 is inserted into the incense stick 11, the incense stick power supply contact 23 at the bottom end of the incense stick 2 will be electrically connected with the incense stick power supply contact 112 at the bottom end of the incense stick 11, so that the incense stick 2. The light-emitting component 21 at the top emits fire light to generate fire light like igniting real incense to achieve the same effect as igniting real incense.

Secondly, through the application of the number plate 113, it is easy to identify the incense sticks 2 inserted respectively, and take them out for use after worshiping.

Furthermore, in order to show the different times when each person inserts incense and worships, and produces a realistic feeling of different lengths after burning the incense, the incense sticks 11 are set to have different lengths, so as to display the different heights of each incense stick 2. , it can be seen that the burning time of each incense stick 2 is different, which makes the present utility model look more real.

As shown in FIG. 9 , the fire and smoke generator 4 further includes a water bottle 41 disposed on the top of the fire and smoke generator 4 ; a water bottle cap 42 disposed on the top of the water bottle 41 ; a water bottle cap 42 disposed on the water bottle The electric heating plate 43 in 41; a power supply unit 44 arranged in the fire smoke generator 4 and electrically connected with the electric heating plate 43 and the incense insert plate 1; a power supply unit 44 arranged in the fire smoke generator 4 A dry ice mechanism 45 connected to and communicated with the fire and smoke pipe 3 at one end; and a pipe body 46 arranged between the dry ice mechanism 45 and the water bottle 41 to communicate with each other. Accordingly, the operator only needs to open the water bottle cap 42, add water to the water bottle 41 and cover it, and start the smoke generator 4, so that the electric heating plate 43 in the water bottle 41 heats the water, and the hot water will pass through the water bottle 41. When the pipe body 46 is dropped on the dry ice mechanism 45, mist can be generated, which is similar to fire smoke.

Secondly, fragrant powder or liquid with fragrance and no bad gas can also be added into the water bottle 41, so that when the incense stick 2 is inserted into the incense burner 1, not only fire smoke, but also fragrance can be emitted, filling the In temples, compared with the traditional burning of real incense, it has self-evident functions and advantages.

Furthermore, the dry ice mechanism 45 is composed of a Styrofoam box 451 having a chamber 452 and a dry ice block 453 disposed in the chamber 452 .

In the above, one side of the fire smoke generator 4 is provided with a door body 6, a power switch 7 and a fire smoke discharge amount control button 8, and the fire smoke discharge amount control button 8 can control the start of the fire smoke generator 4. In addition to the amount of fire smoke discharged into the temple incense burner 100 , the design of the door body 6 can also facilitate the operator to replace the dry ice block 453 or maintain the fire smoke generator 4 .

In the above, the power supply unit 44 can be powered by batteries, batteries, generators or commercial power.

Please continue to refer to Figure 8 and Figure 9, the figure also shows the operation mode of the present utility model: first hollow out the ash and sand in the original incense burner in the temple, and install the entrance of the fire smoke pipe 3 and the power cord 5 at the bottom thereof , and install the incense plate 1 in the original incense burner, and then add water from the water bottle 41, and then heat the water through the electric heating plate 43, and the hot water will drop on the dry ice mechanism 45 through the pipe body 46. When the incense stick 2 is inserted into the incense stick 11, the fire smoke at the bottom of the incense stick 11 will be transported to the inside of the incense burner. The movable control piece 52 will be flushed open, so that the fire smoke in the fire smoke pipe 3 is ejected from the fire smoke outlet 22 of the incense stick 2, and at the same time, the incense stick power contact at the bottom end of the incense stick 2 23 will be electrically connected with the incense tube power supply contact 112 at the bottom end of the incense tube 11, so that the top of the incense cone 2 emits fire, so that the visual effect of burning traditional real incense can be simulated, and existing burning can be avoided. The harm caused by the real incense is to achieve the purpose of environmental protection without losing the solemnity.

Finally, it can be clearly seen from the above Figures 1 to 9 that this creation simulates the traditional incense burner in front of the temple, which is an act of putting incense and worshipping; The ash and sand in the incense burner 100 are hollowed out, and the entrance of the fire smoke pipe 3 and the power cord 5 is installed at the bottom thereof, and the incense insertion plate 1 is installed in the original incense burner, and the incense insertion plate 1 has a plurality of incense insertion pipes 11. , and a number plate 113 is arranged next to each incense stick 11 to facilitate the identification of the simulated incense inserted respectively, and take it out for use after worshiping; the bottom of each incense stick 11 of the incense stick 1 is provided with a fire smoke activity control sheet 111 and the power contact 112 of the incense stick, and a smoke generator 4 is installed on the side of the temple incense burner 100. The smoke generated by the fire smoke is sent to the simulated incense burner through the fire smoke pipe 3, and the simulated incense burner is provided with fire smoke. The movable control piece 111 is controlled. When the simulated incense is inserted into the incense stick 11 of the simulated incense burner, the fire smoke movable control piece 111 in the simulated incense burner will be flushed out, and the fire smoke will be emitted from the fire smoke outlet around the fire at the upper end of the simulated incense burner. 22 is sprayed out, and at the same time, the power supply contact 23 of the incense stick of the simulated incense burner is in contact with the power supply contact 112 of the incense stick inside the simulated incense burner, and the simulated incense will emit fire. It emits fire smoke and fire light like lighting traditional incense to achieve the same effect as lighting traditional incense, but there is no fire smoke that is harmful to human health caused by lighting traditional incense. For the realistic feeling of different lengths of the incense sticks, the incense sticks 11 of the simulated incense burners are designed to have different lengths, so that the different heights of the simulated incense can be displayed. Different times; the newly made artificial incense burner, according to the above method. There is a fire smoke generator 4 beside the simulated incense burner, a water bottle 41 is arranged on the upper end of the fire smoke generator 4, and an electric heating plate 43 is installed in the water bottle 41, and the electric heating plate 43 and the fire smoke generator 4 When the water bottle cap 42 is opened, add water to the water bottle 41 and cover it well; on one side of the fire smoke generator 4, install the power switch 7 and fire smoke emission control knob 8 to control the fire smoke generator 4 start and discharge into the simulated incense burner; the bottom of the fire smoke generator 4 is provided with a dry ice mechanism 45 to put in and take out the door 6, and put the dry ice cubes 453 together with the Styrofoam box 451 into the fire smoke The door 6 is closed in the generator 4, and a battery 44 is installed on the bottom side of the fire and smoke generator 4. The battery 44 is electrically connected to the electric heating plate 43 in the water bottle 41, and is powered by the fire and smoke generator 4. The switch 7 is controlled on and off. When it is on, the electric heating plate 43 in the water bottle 41 heats the water, and the hot water drips on the dry ice cubes 453 to generate mist, which is like fire smoke. The discharge of the fire smoke can turn the fire. The smoke emission control button 8 is controlled; the bottom of each incense stick 11 of the simulated incense burner is provided with a power supply contact 112 and a fire smoke movable control piece 111. When the simulated incense is inserted into the incense stick 11 of the simulated incense burner, Open the fire and smoke activity control sheet 111 to simulate the fire smoke in the incense burner, that is, spray from the fire smoke nozzles 22 around the simulated incense light, like a traditional incense lit. At the same time, when the artificial incense is inserted into the plug When the incense tube is 11, the power supply contact 23 of the incense stick at the bottom of the simulated incense burner is in contact with the power supply contact 112 of the incense stick in the simulated incense burner, and the simulated incense is energized to emit fire; the simulated incense is a cylindrical simulated incense tube made of plastic. , a light-emitting component 21 is installed above it, like the fire produced by igniting traditional incense, and around the fire, there are a plurality of smoke nozzles 22, and wires and incense stick power contacts 23 are installed at the bottom of the fire. When the artificial incense is inserted into the incense stick 11 of the artificial incense burner, the artificial incense contacts the positive and negative contacts of the power supply in the artificial incense burner, and the artificial incense emits fire light. The smoke is sprayed from the smoke nozzles 22 around the simulated incense sparks to achieve the same effect as igniting traditional incense. The landscape, of course, does not have the lack of traditional incense.

The structure, features and effects of the present utility model are described in detail above according to the embodiments shown in the drawings, but the above are only examples of the present utility model, and are not intended to limit the scope of implementation. Modification changes, as long as they are within the scope of equivalent effect, should be included within the scope of the patent of the present invention.

Claims (9)

1. a kind of type simulated incense burner collocation emulation is fragrant characterized by comprising

One is set to the slotting fragrant disk (1) in temple incense burner (100)；

At least one is inserted in the fragrant wick (2) in the slotting fragrant disk (1)；

The one fiery cigarette siphunculus (3) for being set to temple incense burner (100) bottom and being connected to temple incense burner (100)；And

The one fiery cigarette for being set to described fiery cigarette siphunculus (3) one end and being connected to the fiery cigarette siphunculus (3) and temple incense burner (100) Generator (4).

2. type simulated incense burner collocation emulation according to claim 1 is fragrant, it is characterised in that: described fire cigarette generator (4) one end It is electrically connected with a power supply line (5) that can be powered to the fragrant wick (2).

3. type simulated incense burner collocation emulation according to claim 1 is fragrant, it is characterised in that: the slotting fragrant disk (1) includes more A incense-inserting tube (11), incense-inserting tube (11) bottom is additionally provided with a fiery cigarette activity control sheet (111) and an incense-inserting tube power supply connects Point (112).

4. type simulated incense burner collocation emulation according to claim 3 is fragrant, it is characterised in that: the length of the incense-inserting tube (11) is not One, and number plate (113) are additionally provided in the opening of each incense-inserting tube (11).

5. type simulated incense burner collocation emulation according to claim 3 is fragrant, it is characterised in that: the perfume wick (2) is cylindrical shape, and It is to be made of plastics, top is provided with a luminescence component (21), and goes back ring around fragrant wick (2) top end face and bottom face Be provided around several fiery cigarette chimneys (22), but described fragrant wick (2) outer surface be surrounded with one can be with the incense-inserting tube power supply The fragrant wick power supply contact (23) of contact (112) electrical connection.

6. type simulated incense burner collocation emulation according to claim 1 is fragrant, it is characterised in that: the fire cigarette generator (4) is also wrapped The water bottle (41) for being set to described fiery cigarette generator (4) top containing one；One is set to the water bottle cap on the water bottle (41) top (42)；One is set to the electric hot tray (43) in the water bottle (41)；One be set in the fiery cigarette generator (4) and with it is described The power supply unit (44) that electric hot tray (43) and the slotting fragrant disk (1) are electrically connected；One is set in the fiery cigarette generator (4), simultaneously In the dry ice mechanism (45) that one end connect and is connected with the fiery cigarette siphunculus (3)；And one be set to the dry ice mechanism (45) between the water bottle (41), for the interconnected tube body (46) of the two.

7. type simulated incense burner collocation emulation according to claim 6 is fragrant, it is characterised in that: the dry ice mechanism (45) is by one Poly Foam box (451) and one of the inside with a room (452) are set to dry ice lumps (453) institute group in the room (452) At.

8. type simulated incense burner collocation emulation according to claim 1 is fragrant, it is characterised in that: described fire cigarette generator (4) side It is provided with a door body (6), a power switch (7) Ji Yihuo cigarette discharge amount control knob (8), the fire cigarette discharge amount control knob (8) Control the starting of fiery cigarette generator (4) and the fiery cigarette discharge amount being discharged into temple incense burner (100).

9. type simulated incense burner collocation emulation according to claim 6 is fragrant, it is characterised in that: said supply unit (44) is by electricity Pond, storage battery, generator or alternating current provide electric power.