SA122430532B1 - The Smart Burner - Google Patents

Abstract

This invention reveals the smart fumigator device 30 about an electronic device that works automatically, fumigating the place automatically for multiple periods of time and eliminating the user through manual and traditional fumigation. Bakelite, and the main body 1 contains a supportive ring 6, fixed in an extended manner on the sides of the main body 1 from the inside, and carrying arms that can expand and contract 21, the edges of which end with carrier rings on which containers (vessels) 5 are placed, intended for receiving and storing incense, these arms work 21 to expand until it reaches the center of the main body 1, to stop above the heating base (heater) 7, which releases the necessary heat to heat the base of the evaporation containers (vessels) 5, and thus the evaporation process takes place. The heating base (heater) 7 consists of a thermal coil covered with a layer Made of mica, and surrounded by insulating materials that prevent the spread of heat inside the main body of the vaporizer. The smart vaporizer device 30 is made through an electronic control circuit 16 connected to expansion electric motors 31 to make arms 21, connected

Description

The Smart Burner The Smart Burner Full description The background of the invention Various methods of fumigation known to man since ancient times; It began with the traditional fumigation that is done by means of a pad (embers) and ended with the present era of incense burners that operate with auxiliary electronic technologies. This is what this invention belongs to; These incense burners vary in the way they work, and they have many advantages and disadvantages. With reference to what was mentioned in the Gulf Patent No. 403 issued on 03/31/2007 AD; It is an incense burner with a rechargeable ale battery.” Equipped with a storage compartment for aromatic substances; The user takes an amount of stored incense and puts it in the fumigation container with a fan that helps speed up the burning process and reduce battery power consumption. The incense burner here works in a traditional way. Where the user places incense every time he wants to fumigate the place; 0 In addition to the possibility of the adjacent furniture being affected and burned if this incense burner falls to the ground. And with reference to what was mentioned in the Gulf Patent No. 9622 issued on 01/31/2019 AD; This incense burner is an electronic incense burner that fumigates the place in programmed periods of time through one fumigation pot; Where the user puts a specific amount of incense, and the device organizes the storage and fumigation process at specific times through a relatively complex diffusion unit that requires the integrated work of the components of the device at the same time. Therefore, the impact of one of the components of the device will affect the effectiveness of the device as a whole, and therefore any repair process will be complex and difficult. In addition to the occurrence of the evaporation process through the incense falling directly on the heating plate, which may affect the evaporation process, so the incense burns completely and a non-foaming burning smell appears. For this, the need arose to invent a new device that would overcome the drawbacks of previous techniques. Where the current device 0 operates in an automatic and intelligent manner, characterized by the automatic distribution of smoke over multiple periods of time.

General Description of the Invention The aim of this invention in light of (Gan) is to provide an incense burner that includes all the features of the previous technologies and avoids the lage, as the incense burner is characterized by containing five containers (vessels) pre-packed with one or several types of fumigation materials (oud wood; Maamoul, Mabthouth, or any solid aromatic substance) used for evaporation and perfuming the potential in a clean way, so that each container works individually sequentially at time intervals to be set by the user, while securing the rest of the containers and protecting them from being affected by the heat generated from the heating base through insulating materials and heat resistance, until the date of the next round of fumigation. Simplicity in general, as its components are arranged and organized internally in a relatively simple way, and it works with an uncomplicated electronic mechanism, which facilitates the maintenance process in the event of a defect in one of its components; it is also distinguished by its ease of filling and cleaning. Where it is done through the transfer of heat indirectly from the heating base to the 5 base of the evaporation container »with the presence of suitable insulators to prevent the spread of heat inside and outside the main body of the evaporator; In addition, this device is distinguished by its safety in the event of the incense burner falling, because the incense is contained in isolated containers; These load containers are isolated inside the main box of the fumigator, in addition to many features that will be discussed in the detailed description. Brief explanation of the drawings 0 Figure 1: It is a general view of the smart incense burner. Figure 2: It is a profile of the smart evaporator. Shows the arrangement of the internal configurations. Figure 3: It is a detailed perspective drawing of the internal parts that are located in the lower gall of the smart incense burner. Figure 4: It is an illustrative horizontal projection of the internal parts that are located in the lower part of the incense burner

smart.

Figure 5: It is an illustrative horizontal projection of the internal parts that are located in the upper gall of the incense burner

smart.

Figure 6: It is a perspective drawing showing how to isolate the components of the upper region from the components of the region

The bottom of the smart incense burner box.

Figure 7: Illustrations of the internal components of the main body of the smart incense burner and their locations.

Figure 8 - Figure 88: It is an illustration of the supporting circular ring (wheel) and the interchangeable arms

For expansion, contraction, and removable evaporation containers.

Figure 9: Proposals showing the shape of the container with the possibility of implementing fumigation containers with various designs.

Figure 10: Illustrations of an expandable and retractable arm with a ring-like end

The carrier and the method of installing evaporation containers (vessels) on it.

Figure 11: It is an image of an antenna

Figure 12: It is an illustration of the working mechanism of the electric motor for the extension and contraction of arm 5.

Figure 13: A general view of the smart incense burner box and the cover.

Figure 14: An illustration of the contents of the cover from the inside.

Figure 15: It is a side projection showing the buttons and power outlets (timer key; key

Turning off and on the power connector (battery tray). 0 Figure 16: It is an illustration of the shape of the incense burner box from the bottom, with an illustration of a drawer

the battery.

Figure 17: It is an additional embodiment illustrating the possibility of implementing smart incense burners with various designs

The possibility of hanging it 28 (1) or placing it on surfaces 27 (b) or connecting it directly to the electrical switch without

wires 26 (c) or filling it through a tray that slides out of the censer to fill it and returns to start the censer work 32 5 3(

Detailed description: A greater understanding of the present invention can be reached by looking at Figure 1, where the proposed external appearance of the present invention shows the smart incense burner 30 (which is made of heat-resistant plastic such as Bakelite so that the user can carry it safely; this smart incense burner consists of a shape Basically of two pieces: - The main body (the box) 1 is divided into two parts; a lower part that collects the mechanical and electrical components ane lls and an upper part that carries the components of the device that the user deals with directly and will be detailed LY - Cover 4” and contains covered slots with a hollow mesh tape and surrounded by a commercially known LED strip lighting that is connected to an electronic circuit to control the lighting work, and it will be detailed in Lay with reference to Figure (3) and Figure (4) » We find an illustrative description of the contents of the lower part of the Smart Incense Burner Box 1, and its details are as follows 1. Software timer ¢13 with an electronic control circuit and a relay to set the time and send operating commands to the rest of the parts; the timer works to set programmed times for the evaporation process through an external button 12 that sets three parameters that can be evaporated through (4 hours and 12 hours and 24 (dele, meaning that the fumigator will work on fumigating the place 5 times according to the number of containers (once every 4 hours as one round); or 5 times depending on the number of containers (once every 12 hours as one round); Or 5 times depending on the number of containers (once every 24 hours as one round). Where the timer 13 receives the electrical signal from the on and off switch 17 passing through the switch (button) setting the work duration 12; Then it sends its commands to the rest of the relevant components according to the programming that matches the user’s input.” It sends commands to the heating device 7, the thermostat 19, the control circuit 16 with the arms 21 that can be expanded and retracted, and the lighting strip 3.

2. an electronic circuit 16 connected to electric motors 31 of suitable shapes and sizes to move expandable and retractable arms 21; The electric motors work as expansion joints using linear actuators, which contain an appropriate set of gears, induction motors, and driving tapes.” It receives work orders from the electronic circuit 6, so it extends the arms 21 of the supporting ring 6 to the center of the evaporator and installs it above the heating base (Fig. 13). according to the programmed time; A better way to move the arm can be provided, depending on the latest technology. 3 Heating base 7 » in the center of the main burner body 1 (Fig. 3) and (Fig. 6); The heating process takes place by converting electrical energy into thermal energy, with an internal heater consisting of a thermal coil connected to covered and heat-resistant electrical wires; This thermal coil is covered with a layer of mica and can be covered with a nickel-cag Sly resistance layer. This heater is surrounded by 7 heat insulators with a suitable thickness of ceramic or porcelain 8; Then it is surrounded by an outer layer of heat-insulating plastic 11, such as Bakelite, a shall-resistant plastic material, with a suitable thickness of load to prevent the spread of shall 15 in (Jal). Another type suitable for heat insulation can be used (Fig. 3) 4. Thermostat 19 with suitable Relay; sets the maximum temperature input of Heating Base 7 (Ally) between 180”- 220”C; then fixes the maximum temperature for 15-20 minutes; Wang sends his command 5. The power connection port 10 with a suitable electrical circuit and the necessary heat-resistant electrical connection wires (Fig. 3) and (Fig. 15), the device 30 receives electricity through the power outlet 10 or through the battery 18 and sends its signal to the operating switch And the closure 17, so that the electrical circuit of the on and off switch sends its commands to the timer 13 and from it to the rest of the relevant components in a suitable manner for the selection installed in the timing button 12.

6 . The battery or charging tray 8 1 is connected to the necessary metal connectors, wires, and auxiliary electrical circuits for the transmission of electricity (Fig. 3) ¢ and is covered with a sliding protective cover 25 (Fig. 16)

7. Heat-resistant electrical connection wires with the necessary electrical circuits, Hi

8. An external key to set the time 12 and another key to turn the device on and off 17. Referring to (Fig. 6) we find an illustration of the middle layer that represents the cover 20 of heat-resistant plastic such as Bakelite material, in order to separate the components of the burner and isolate its lower part from its upper part. To (Fig. 5) and (Fig. 7), we find an illustrative description of the contents of the upper shall of Box 0 of Smart Incense Burner 1, and its details are as follows:

1. Supportive circumferential ring 6; It is installed in the upper part of the fumigator box 1; It works to install the expandable and retractable arms 21 and carries in its inner cavity the electric linear actuators 31 linear actuators that act as expansion joints for the evaporation containers and the electrical wires required for the work.

2. Extendable and retractable arms21; It ends with a vicious circle 22 to carry the evaporation containers 5 (Fig. 10 (¢) it receives its work orders from the electronic circuit 16) similar to the antenna mechanism 3 (Fig. 11) in the way it expands; it works as mechanical expansion joints using expansion linear actuators + actuators 068, as it consists of a group of gears, induction motors, and driving straps that extend the arms 21 and push them from the side of the supporting ring (wheel) 6 to the center of the evaporator and install it above the heating base (Fig. 13) according to the programmed time 5-20 minutes; by shrinking and returning the fumigation containers 5 to its place lea the supporting surrounding ring 6 until the time for the next fumigation of the next container 5 comes, and so on until the containers (Fig. With the size and design of the smart incense burner (edad) the base in which the rest of the parts are folded in this incense burner is small

anus so that it is suitable for the size of the main body of the incense burner 1; This enables the arm 21 to extend to the middle and return to its position, and this has two advantages.” (AY) The location of the main container 5 is next to the supporting circumferential ring 6; Thus, it is far from the source of Tal, and this preserves the integrity of the incense or the inner oud from being affected by the heat. The advantage, still, is that the retraction of the arm 21 and the return of the container 5 to its place helps the other containers to expand easily without the containers colliding with each other (Baath an) The correct evaporation process; Noting that the dimensions of Arm 21 can vary according to the difference in the size of the main body; Provided that the maximum point of contraction brings it back to the near field of the supporting ring 6 away from the center of the box 7” and the maximum point of ara connects it to the middle of the box above the heating base 7 and thus the evaporation process takes place with its correct mechanism; A better way to move the arm can be provided according to the developments of technology.

3. Fumigation containers ALE for removal and installation 5; There are five calla, which are packages consisting of a solid base and a perforated cover (Fig. 9); connected at one end with a foldable flap joint; At the opposite end, there are two protruding tongues in a relatively opposite way, so that they can be fixed

the lid is closed; (Sa) that these containers are made of steel covered with chromium to prevent rust and corrosion, and their sides are coated with heat-insulating paint; and they can be made of other suitable materials; its idea is based on the possibility of providing packing for 5 fumigation containers independently away from the evaporator box 1; then closing and returning it to their places on the holders designated in the arms 1 that are expandable and retractable; through which the evaporation process is carried out correctly; it works sequentially

Where, an one-round evaporation of the content of container (A) (Fig. 8) through the expansion of the arm 21 carrying container A and its stability over the heating base 7; until the steaming time is over, estimated at 5-20 minutes; the arm retracts, container A returns to its place next to the support ring 6, and the heating base stops working; Then the timer 13 starts calculating the time for the next fumigation of the incense in container B, and so on until all five containers are finished.

One round of fumigation ends; These containers can be filled with incense, oud, maamoul or

paste, extruded or other air vaporizers; Alternatively, other containers may be provided and filled for installation in the fumigator sg a new round of fumigation. 4 metal or magnetic connections with different poles 15 to be installed in one of the upper ends of the main box 1; so that you can touch the corresponding metal or magnetic connection on the inside of the burner lid 4; Thus, it works as a circuit breaker that conducts electricity from the electrical parts in the main burner box 1 to the electronic circuit 29 and the lighting strip 3. 5. An electric wire or a metal link 14 to connect the metal or magnetic link 15 at the end of the main box 1 to the timer 13 and its electronic circuit. 6. Heat-resistant electrical connection wires to connect the components of the device together. 0 cover 4; It contains three main parts, which are as follows: 1. Openings covered with hollow mesh tape 2 for incense to exit through. 2. 24 cantilevered paths to limit and restrict the outward direction of incense; Surrounded by evaporation holes from the bottom. 3. LED lighting strip 3” linked to an electronic circuit 29 to give commands to light the strip in case the device is working and to make light flashes in the event that one round ends; This connection surrounds the evaporation holes from the top and is connected to the lower electrical parts through a metal connection 5 fixed at the inner end of the cover; Corresponding to it, another metal link 15 is attached to the inner end of the main body 1; It is connected to the timer and the main electrical circuit through an electrical wire or a metal connection 14; These two metal links act as a circuit breaker or an electric switch. Once they touch, they conduct electricity to the lighting strip 3 and its electronic circuit 29. By looking at Figure 2, we find a side section of the smart incense burner showing the internal configurations and their locations; We explain it as follows: the main body of the incense burner (the box); evaporation holes in the lid; Fumigation containers (vessels). The supporting circumferential ring (wheel). heating base (heater); the insulation layer surrounding the heating base; the cavity designated for electrical and electronic circuits; power port; The external appearance of the incense burner.

With reference to Figure 9, we find proposals that represent the possibility of implementing several shapes, figures, and external designs for incense containers that bear the same characteristics in this innovation, but differ in the external shape. Referring to Figure 17, we find proposals that represent the possibility of implementing several shapes, figures, and external designs for this invention, as they can be hung 28 (a), placed on surfaces 27 (b), connected directly to the electric switch without wires 26 (c), or filled through a shaker that slides from the incense burner. to fill it and return the sad to make the incense burner 32 (d); While preserving the internal details and installations of the smart burner device as mentioned in this innovation, the difference is only in the size of the pieces, their external shape, and the locations of the components inside the main body to match the approved shape. Referring to Figure 1, the smart incense burner 30 works in the following way: the user fills the five incense containers 0 5; then placed them on the arm-supports 22; Then he sets the timer button 12 to work in one cycle at the preferred intervals (4 hours, 12 hours or 24 hours); Then press the play button 17, so that the smart vaporizer starts working according to the following mechanism: The electronic circuit of the timer device 13 receives the operation command according to the time system chosen by the selection button 12 (then it sends a set of commands. A command is sent to the heating base 5 7 to start the process of heating the base and it is done Send another command to the thermostat 19 to start setting the maximum temperatures and the duration of evaporation, and send another command to the electronic circuit 16, which is responsible for the arms 21 that can expand and retract. Tag: Sub-command stage, then the thermostat sends 19 commands to the heating base 7 to set the maximum temperature 0 between 180-220 degrees Celsius, and to set the estimated heating time of 15-20 minutes to start the first steaming process, and the electronic circuit 29 sends its commands to the lighting strip 3 to start By working according to the pre-programmed, which includes (the lighting of the chain in the event of the incense burner, the work of light flashes in the event of the end of the round, and the stop lighting in the event of a power outage or a power outage); The electronic circuit 16 sends its commands to the linear extensible electric motor 31 of the arms to move and push 5 one of the arms 21 with one of the fumigation containers 5 on it to the middle of the main body of the vaporizer 1;

and settling on the heating base oT, which leads to a gradual combustion of the incense in the container; This is because the container is located separately on the heating base7; The heating period continues according to what has been programmed, then the timer starts sending orders to the evaporator components to stop evaporating, so the thermostat 19 and heater 7 stop heating, and the electronic circuit 16 sends its orders to the electric motor 31 to contract; The arm 21 carrying the container retracts and returns to its place, and thus the fumigation process ends. Then Taw Timer 13 calculates the duration of the next steaming process; And so on until the set five fumigations are finished during one round; And at the end of the round, the electronic circuit of the timer device 13 sends a command to the electronic circuit 29, which in turn sends its commands to the light bar 3 to start flashing to indicate the end of the round and the need for 0 to start a new filling of all containers or replace them with full containers, then set the timer again or

Continue to set the previous time and start a new steaming session.

Claims (1)

protection elements 1. Safe to use automatic incense burner (30) made of lightweight and heat-resistant material; it is used to fumigate the place automatically at successive pre-set time times; the smart incense burner consists of a main body (1) that includes two upper and lower parts separated by a resistant plastic cover shall and cover (4) the upper section consists of: a cylindrical ring (6) fixed to the inner wall of the main body (1) five arms (21) that can be expanded and retracted by means of an electric motor “oe (31)” and each arm ends with a ring Round, hollow (22) and equipped to carry (5) removable evaporation containers. Each of the five containers mentioned is filled with incense or aromatic materials manually; and with each heating cycle, the arm (21) elongates, pushing the container (5) to the heating base (7) After the specified time for the fumigation process has passed, the container is pulled away from the aforementioned base, so that the second container is prepared for the next cycle. Parts of the burner; Battery (18) to operate the device without the need for electricity or by charging; A switch (17) to operate the vaporizer and a timed shutdown (13) equipped with an external switch (12) to set the evaporation cycles; the heating base (7) is in the middle and is surrounded by two layers of insulation materials, ceramic or porcelain (8) thick, then it is surrounded by Bakelite material (11) ) to protect the components of the burner from high temperature; the heating base (7) is connected to a thermostat (19) to regulate the heating process and adjust the temperature inputs; an electronic circuit (16) that controls the electric motor (31) responsible for the movement of the arms (5421) the upper part of the burner is covered (30 (4) with a removable cover; it contains openings (2) for the incense to exit, and surrounds the openings with a lighting strip (3) light-emitting diode connected to a special electronic circuit (cy) that provides it with lighting commands if the device is working or stopped or End of one round. 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