JP6616476B1 - Mosquito coil holder that automatically detects vibration and tilt and extinguishes fire - Google Patents

Abstract

An object of the present invention is to automatically enclose a mosquito coil incense incense smoke or ash in the container when the container is vibrated or tilted by external force in the mosquito coil, preventing it from scattering, allowing natural fire extinguishing, and restoring the container to a stationary state. Provided is a mosquito-repellent incense container. The mosquito-repellent incense container according to the present invention has a three-part configuration including a vibration inclination detecting unit, a mosquito-repellent incense storage / extinguishing unit, and a container maintaining unit. The vibration inclination detecting unit mechanically detects the occurrence of vibration or inclination of the container, and automatically closes the upper lid of the container. The mosquito coil storage fire extinguisher part closes the above-mentioned upper lid to prevent the mosquito coil incense incense incense and ash from enclosing in the container to prevent scattering and to extinguish the fire naturally due to the suffocation effect in the container. The container maintenance unit restores the tilted container to a stationary state by the function of the round shape or egg shape of the entire container and the weight of the inner bottom portion of the container. These functions solve this problem. [Selection] Figure 7

Description

  The present invention is a mosquito coil that contains an ignitable mosquito coil, and in the event of vibration or tilting of the container due to external force, etc., sparks and ash can be automatically enclosed in the container to prevent scattering and to naturally extinguish the fire. The present invention relates to a mosquito coil container having functions such as anti-vibration and anti-tilt functions and a fire extinguishing function.

  The origin of mosquito coils is also said to be the Heian period, but the mosquito coils that are currently in common use were prevalent in the Meiji period. Currently, the most popular product is the spiral type, but there are also rods and powders depending on the application. What is common to all of them is that they have the function of igniting and burning incense, and removing the mosquitoes in the use space by the insecticide contained in the smoke.

  In particular, in this book, all of these ignition-type mosquito coils are standardized as “mosquito coils”.

  In recent years, mosquito traps made of electrical appliances have become widespread, and the number of households using mosquito traps without smoke has increased. One of the main reasons is that there is less risk of fire because no fire is used, and there are several reasons such as the spread of sealed houses and the smoke concentration adversely affecting the human body.

  However, even in the summer, when you look at the mosquito collector sales corner of a mass retailer, many traditional mosquito coils are on display. The reason for this is that it is inexpensive and there is a great demand for mosquito coils that can be used outdoors, such as farming, where power is not available.

  In recent years, it has become necessary to take measures against dengue fever through mosquitoes in Asia, Africa, etc., and there are actual situations where inexpensive, high-performance Japanese mosquito coils are widely used overseas. It is a cause of the current demand for mosquito coils.

  In other words, with the changing times, the current demand for mosquito coils is not decreasing. Rather, there is a tendency to use mosquito collectors that do not smoke in accordance with the purpose and place of use.

  On the other hand, some problems with mosquito coils have been pointed out. Some of them contain chemical substances, fungicides and the like in order to enhance the insect repellent effect, and some have been pointed out to cause allergies. Moreover, there is a concern that the concentration of smoke and insect repellent components in the use space may be a health hazard to infants, elderly people, respiratory system disease patients, pets, etc. due to the recent residence in sealed houses. Furthermore, due to excessive awareness of public health and interpersonal morals, there are problems that have arisen with the changes of the times, such as an increasing number of people who care about attaching smoke to clothing more than necessary.

  On the other hand, there is an unchanging problem in the history of about 100 years since the use of mosquito coils. It is a fire countermeasure. In general, mosquito coils have the property that they are installed in a certain place and use fire, so it can be easily imagined that there has always been a fear of fire in unforeseen circumstances.

However, in the era when the hearths and furnaces were the center of life nationwide, the use and maintenance of fire, including the end of tobacco, permeated people mainly through home education, so fire prevention was the focus of attention. The main measures were intentionally taken by humans, such as not letting go and not letting infants use fire.

  Therefore, even for mosquito coils that have been used in such an era, there are more human considerations to use without accidents in daily life, rather than the development of tables and containers that automatically respond to unforeseen circumstances. It seems to have been emphasized.

  Nevertheless, as in the prior art documents shown below, various research and development have been carried out as measures for preventing fires and using mosquito coils in a safe manner.

  For example, as in Patent Document 1, a non-combustible net is arranged inside each of a flat metal container divided into upper and lower parts, and the mosquito coil is pressed from above and below in a sandwich shape so that the burning mosquito coil does not move due to impact or the like There is a mosquito coil that allows smoke to smoke.

  In addition, for example, as in Patent Document 2, a mosquito coil incense fixed on a mat inside a metal container having an open top is fixed from above by a net-like inner lid to prevent the mosquito coil from moving, and cloth, paper, etc. When the flying object from the outside covers the smoker, the upper lid of the container with the hinge is closed by the impact of the cover to prevent contact with combustible materials by enclosing the spark or ash inside the container. There is a mosquito-repellent incense stick container that naturally extinguishes the mosquito-repellent incense stick by the suffocation effect.

  On the other hand, as in Patent Document 3, for example, an upper hemisphere having a plurality of holes through which smoke is discharged and a lower hemisphere in which a mosquito coil is placed horizontally and a weight is placed on the inner bottom portion are placed in the center cup. There is a mosquito-repellent incense container that can restore its horizontal position by connecting and using a ring so that the mosquito-repelling incense container can be safely smoked continuously when the mosquito-repellent incense container is vibrated, tilted or falls by external force.

  Further, for example, in Patent Document 4, there is a mosquito coil incense container that has a function of continuing the smoke state while preventing oxygen deficiency by considering that ash does not come out due to inclination or falling due to external force or the like.

Shokai 59-59785 JP 2000-32002 A Shokai 50-129447 JP 2002-136254 A

  The problem to be solved in the present invention is to automatically enclose a spark or ash in the container when the container vibrates or tilts due to external force or the like in the smoke of the mosquito coil to prevent a fire. It is an object to provide a mosquito coil container having functions such as anti-vibration and anti-tilt and fire extinguishing functions that can prevent fires and naturally extinguish.

  Here again, we will discuss the fire in the mosquito coil. The main causes of fire in mosquito coils are as follows.

  First of all, it is due to errors in life or errors. For example, when one of the families with insufficient vision suddenly touches a mosquito coil in the smoke and falls it, it fails to notice it and develops into a fire without realizing it.

  The same situation is assumed when the family has elderly people with dementia, incompetent persons such as infants, and incompetent persons such as infants.

  Next, there is a contact accident caused by animals such as dogs and cats. When using a mosquito coil in the home, for example, the cat's unexpected and agile movement and its power in response to sudden impacts and sounds can cause the mosquito coil to fall over a relatively safe place, It can be a cause.

  In addition to direct contact, for example, against a mosquito coil placed on the edge side, a control string or chain extending from the collar of a dog that has left the hand is in contact with the mosquito coil and causes a fire to occur.

  Next is an accident associated with a natural phenomenon. For example, when a natural disaster such as an earthquake occurs, there is a possibility that a fire may occur when a person cannot cope with the fall of the mosquito coil in the situation where the mosquito coil incense falls due to the vibration and combustibles exist around it.

  This is not just a natural disaster, but in normal life, a general natural phenomenon in which a mosquito coil incense falls due to a sudden strong wind in the smoke of a mosquito coil on a marginal side where a person has removed his seat or a room with an open window But it happens easily. It is also possible that flammable materials such as cloth and paper that have come in due to strong winds will come into direct contact with the mosquito coils and develop into a fire.

  On the other hand, in natural disasters, infrastructure such as water, electricity or gas is severed. Propane gas, which is frequently used in ordinary households other than large cities, is heavier than air. For example, if a gas leak occurs due to partial damage to a house due to an earthquake, it is stored on the floor. It becomes a combustible material and may ignite the mosquito coil placed on the floor, etc., and develop into a fire.

  In the above, we have described the possible accidents and causes of fire in the use of mosquito coils in general life. The common fire accident here is caused by the fire of a fallen mosquito coil in contact with combustible materials and the fact that the position of the mosquito coil cannot be restored or extinguished by a human hand before it develops into a fire.

  Therefore, the present invention has raised the problem in the present invention in order to remove the possible cause of a fire accident as described above without involving human hands.

  In retrospect, in Patent Document 1, since the mosquito coil is sandwiched in a sandwich shape from above and below, it is unlikely that the mosquito coil will fall out of the container due to an external impact or the like. In addition, because of the stable shape with a large contact area and no height, there is little falling due to external force when installed horizontally, but on the contrary, if it falls once, smoke continues as it is and an opening that discharges smoke Therefore, there is a possibility that sparks and ash may fall downward, so that the sealing of the sparks and ash into the container cannot be realized, and the problem of the present invention cannot be solved.

  Next, in patent document 2, there exists a function which extinguishes the protection of a spark and ash, and extinguishing a mosquito-crank incense stick by closing a semi-open upper cover with the weight of a flying object. However, depending on the direction of the flying object, there is a possibility that the flying object may directly reach the gap between the opening and the upper lid, and at that time, it is impossible to protect and extinguish the sparks and ash by closing the upper lid. Moreover, in such a situation, there is a risk of the container falling due to strong winds before the arrival of flying objects due to its shape, and there is a risk of sparks and ash falling out of the container due to continued falling, and the problem of the present invention cannot be solved. .

  Next, in Patent Document 3, in order to maintain the horizontal position of the mosquito coil in the smoke, the mosquito coil is formed in a spherical shape, and when the container shakes and falls together with the function of the weight of the inner bottom, The mosquito-repelling incense stick is automatically returned to the horizontal position to continue the smoke.

  In addition, here, unlike the container shown in Patent Document 1 described above, because of its shape and structure that is not stable in the up-and-down state, there is a low possibility of sparks and ash coming out of the container due to gravity. Furthermore, about the correspondence to flying objects, such as the cloth in the above-mentioned Patent Document 2, the upper hemisphere with a plurality of holes functions as a guard, and the risk of the flying objects directly contacting the mosquito coil incense body in the smoke can be avoided. .

  However, there is no effective countermeasure against sparks and ash scattered from the smoke outlet to the outside of the container due to the centrifugal force generated by the container overturning and rotating while the ignited mosquito coil is fixed in place. In addition, since the fixation of the spiral mosquito coil is concentrated near the center of the container, if a strong centrifugal force occurs during multiple rotations of the container, the vicinity of the fixed part of the mosquito coil will break and fall off, and it will be decomposed while repeatedly colliding with the inner wall of the container. Probability is high.

  Therefore, the possibility that sparks and ash are scattered outside the container from the soot discharge port of the container described above is further insufficient as a measure for preventing the scattering of mosquito coil incense sparks and ash when the container falls. The problem cannot be solved.

  In that respect, in Patent Document 4, holding of the mosquito coil is sufficient, and even when the container is rotated a plurality of times by external force, measures against falling off from the position where the mosquito coil is held are taken. Also, measures against sparks and ash scattering due to centrifugal force during rotation are sufficient.

  However, the purpose of the mosquito coil incense container according to Patent Document 4 is to continue smoking safely and does not have a fire extinguishing function of the mosquito coil. Therefore, even if the mosquito coil can be safely preserved against shaking caused by an earthquake or the like, it cannot respond to secondary disasters such as gas leaks. Therefore, the problem in the present invention that requires a fire extinguishing function cannot be solved.

  In order to solve the problems in the present invention based on the problems found in the prior art documents as described above, first, sparks and ash are not scattered when the mosquito coils are shaken, vibrated, tilted or when the container falls. Must be enclosed in a container.

  In order to achieve this, it is necessary to detect vibrations and inclinations reliably and close the opening of the mosquito coil container before the sparks and ash in the container are scattered.

  Furthermore, after closing the top lid, it is necessary to extinguish the mosquito coil in a container.

  Therefore, in order to solve the above-mentioned problems, the present invention aims to provide a mosquito coil container that satisfies the above three points simultaneously.

  The main means adopted by the present invention is that the function of the mosquito coil incense stick container is composed of a vibration inclination detecting device 101 and an upper lid clip 102 as shown in FIG. 1, a partition plate 104, and the side walls of the lower container 107. , A space 106 formed by a flat surface 116 serving as a base of the vibration inclination detection device and a closed lower container upper lid 105, and a mosquito coil incense holder that fixes the mosquito coil incense stick 113 by sandwiching the mosquito coil incense stick 113 between upper and lower holders 110 and 103. Mosquito coil storage fire extinguishing part and spherical or egg-shaped container constructed by joining two upper and lower containers 109 and 107, with a flat bottom surface 114 on the stationary ground surface of the lower container 107, A three-part configuration of a container maintenance unit having a fixed mass 108 with a fixed mass is described below in detail.

  The vibration inclination detection unit has a function of mechanically automatically detecting vibration and inclination of the container due to an external force and the like, and forcibly closing the upper lid 105 of the lower container by a switching effect thereby. It is characterized by.

  The mosquito coil storage fire extinguishing unit holds the mosquito coil 113 by holding it between the upper and lower holders 110 and 103, and fixes it to the partition plate 104 installed inside the lower container 107, so that the entire mosquito coil inclines, It has a scattering prevention function that can fix the mosquito coil in the holder even when it receives a rotational force.

  And even if a centrifugal force is generated due to the container overturning or rotating due to an impact, it has a function of enclosing the mosquito coil incense stick storage fire extinguishing part 106 so that the mosquito coil incense stick or ash does not come out of the container by the instantaneous closure of the lower container upper lid 105. Features.

  Further, when the lower container upper lid 105 is closed, the space of the mosquito coil incense holder fire extinguishing unit 106 is blocked from outside air, thereby having a function of guiding the mosquito coil to natural fire extinguishing.

  When the mosquito coil is subjected to a certain level of external force or the like, the container maintenance unit easily induces vibration and inclination by shaking the container as shown in claim 2 and continues it for a while, thereby In addition to the weight 108 installed at the inner bottom part of the lower container, in addition to the weight 108 installed in the bottom part of the lower container, the hemispherical or hemispherical shape is used so that the information is reliably transmitted and, on the contrary, the vibration inclination detector is not erroneously operated by a weak external force. The lower container 107 has a slight ground contact surface with a flat bottom portion 114.

  On the other hand, the container having such a shape has a risk of easily falling over due to excessive external force or the like, and as a countermeasure against this, a function for restoring the container to a horizontal position when it falls is necessary. As a means for this, the shape of the entire container excluding the flat bottom portion 114 is made spherical or oval.

  The container as a whole is made of non-combustible material, the lower container 107 is a sealed structure without a hole in order to enhance the suffocation effect when the upper lid 105 is closed, and the upper container 109 is for easily discharging smoke. The surface is uniformly covered with small holes.

  As an example of the mosquito coil in the present invention, specific functions for actually smoking the mosquito coil are shown, and then the process from smoking of the mosquito coil to extinguishing is sequentially described. In this example, the mechanism of each part is made of non-combustible material such as metal as much as possible. The installation location of the container shall be an unobstructed floor.

  First, an example of the above-described vibration inclination detection unit is illustrated by an illustration. Here, the vibration and inclination of the entire mosquito coil container due to external force or the like are detected by mechanical operation.

  In FIG. 2, a seesaw 202 is installed in which the shaft A of 204 and the shaft B of 206 are connected to the operating points A and B shown by 203 and 205, respectively, with the 215 as a fulcrum, and the shafts 204 and 206 alternately move up and down. Configure. Among them, the shaft B 206 penetrates the bottom of a hemispherical steel ball storage container 207 with a lid, and has a mechanism that moves up and down in the steel ball storage container 207 by the operation of a seesaw.

  Then, by arranging 208 pulling springs B between the seesaw 202 and the seesaw base 209, in the state where the steel balls 210 exist vertically above the shaft B 206, the force due to the mass of the steel balls 210 causes the pulling springs B to move. The shaft B of the above-mentioned 206 is pushed down vertically and the shaft A of the opposite side 204 is pushed up vertically to hold the position. This state is a fixed position of each device in the vibration inclination detecting unit in the mosquito coil incense smoke shown in FIG.

  By the way, as shown in FIG. 7, first, the lower container upper lid 705 closed by the force of the pulling spring A 710, the permanent magnet 720, and the magnet attracting iron piece 724 is used. The mosquito coil storage fire extinguishing part is opened by manually pulling up in the direction of the arrow 725 around the hinge 723. 2 shows a state where the lower container upper lid 705 in FIG. 7 is manually pulled up to the vertical direction.

  Therefore, the shaft 204 of the above-mentioned 204 is manually forcibly pulled up and passed through the hole provided in the center of the horizontal surface of the upper lid clip 212 with respect to the lower container upper lid 211 in the state as shown in FIG. Thus, the opening of the lower container upper lid 211 is held opposite to the force of the pulling spring A 213.

  By this operation, the steel ball 210 naturally moves to a fixed position in the lower center of the steel ball storage container 207, and the shaft B of 206 is restrained from vertically above. Therefore, the shaft A of 204 is held at the above-described lifting position. The state in which the lower container upper lid 211 faces vertically upward is maintained.

  In addition, about the hinge mentioned above as 723 of FIG. 7, it is shown by 214 of FIG. Further, side views are shown at 314 and 315 in FIG.

  On the other hand, at the moment when the steel ball 210 is moved from the fixed position due to vibration or inclination received by the entire container, the shaft B of 206 is pulled upward by the force of the pulling spring B of 208, so that the steel ball is automatically automatically moved as described above. The shaft A of the pair 204 of the seesaw moves downward, so that the punch is removed from the hole of the upper lid clip 212. This is a switch operation for closing the lower container upper lid 211.

  Next, the details of the mosquito coil storage fire extinguishing unit are shown in FIG. In addition, here, the internal state of the mosquito coil holder shown by 110 and 103 in FIG. 1 is further illustrated in detail.

  The mosquito coil storage fire extinguishing part is formed again by the upper holder 404 and the lower holder 403 described above and a space surrounding the upper holder 404 and the lower holder 403. The space is defined by the side wall of the lower container 407 inside the mosquito coil, the partition plate 406, the flat surface 411 serving as a base of the vibration inclination detector, and the open part 408 in the mosquito coil that is closed by the upper lid of the lower container. The range to be done.

  The holder for fixing the mosquito coil incense stick 401 is a structure in which a non-combustible soft mat 405 is laid in a lower holder 403 partitioned by a coupling 409, and the ignited mosquito coil stick 401 is placed thereon. When the upper holder 404 having a plurality of holes for smoke discharge and the lower holder 403 fixed to the partition plate 406 are connected and fixed so as to sandwich the mosquito coil 401, the mosquito coil 401 is installed in the soft mat 405 and the upper holder 404 described above. The non-combustible soft net 402 is sandwiched and fixed.

  The smoke of the mosquito coil is passed through the plurality of holes of the net 402 and the upper holder 404 and is discharged from the open space 408.

  As shown in FIG. 5, the outer shape of the container in the container maintenance unit is spherical or oval except for a slight flat-bottomed grounding part shown in the container bottom part 523, and a weight 508 having a constant mass is provided on the inner bottom part of the lower container 507. It is fixedly arranged. Here, the lower container 507 is an aluminum container without holes that can realize a sealed space, and the upper container 509 is an aluminum container having a plurality of uniform small holes 519 on the surface.

  When receiving a vibration or impact from the outside, the mosquito coil incense stick generates a temporary tilt by a pendulum swing around a weight 508 installed and fixed on the inner bottom portion of the lower container 507, and this is the vibration tilt described above. By reliably transmitting to the detection unit 501, the operation of closing the lower container upper lid 524 is induced.

  The biggest reason for making the lower container 507 close to a round bottom is to make the pendulum swing smoothly.

  Among the forces applied to the container, extreme vertical vibrations, such as those observed in the initial swing of an earthquake, are also assumed. At this time, if the area of the normal ground flat bottom portion 523 of the lower container 507 is small, the vertical vibration is secondarily converted into the pendulum swing of the container, and information is easily transmitted to the vibration tilt detector.

  In that sense, it is ideal that the lower container 507 has a completely round bottom, but on the contrary, the container is excessively swung due to a weak external force during the smoke from the mosquito coil, and the vibration is inclined. In order to prevent the detection device from reacting more than necessary, a certain level of flat bottom is required.

  Therefore, in order to function as a practical mosquito coil container, the mosquito coil container according to the present invention has a structure having a flat bottom surface 523 which is a slight stationary ground surface in addition to the hemispherical or semi-oval side wall surface of the lower container 507. .

  On the other hand, since the mosquito coil container having such a shape and structure does not pursue stability at the time of installation, there is a risk that the mosquito coil container may easily fall over depending on the direction and size of the force received.

  Therefore, as a countermeasure, the upper container 509 is also formed in a spherical or oval shape, and can be easily operated by the function of the weight 508 fixedly disposed on the inner bottom portion of the lower container 507 when the container is turned over, upside down or rotated. A shape and structure that can restore the horizontal position is required.

  With respect to an example of the mosquito coil in the present invention having such a basic structure and effect, the process from preparation for ignition to extinction of the mosquito coil will be described below with reference to FIGS.

  First, after the upper container 709 is removed from the coupling portion 721 from the state in which the upper container 705 of the lower container is closed, the upper container 702 is pinched and the lower container upper container 705 is moved by the force of the pulling spring A of 710. On the other hand, the hinge 723 is lifted in the direction of the arrow 725 around the axis.

  As a result, an opening portion 511 of the lower container shown in FIG. 5 is generated.

  Next, since the lower holder 503 of the mosquito coils described above is fixedly arranged on the upper surface of the partition plate 504 provided in the lower container 507 shown in FIG. 5, the fire is placed on the soft mat 505 laid on the lower holder 503. The upper holder 513 is connected to the lower holder 503 at the coupling portion 522 and fixed so as to sandwich the mosquito coil incense 512 with the mark.

  As a result, the mosquito coil 512 is completely fixed in the holder. In addition, the smoke is discharged from a plurality of holes provided in the upper holder 513, and is further discharged outside the lower container 507 from the opening portion 511 of the mosquito coil.

  For the lower container upper lid 524 that has been manually pulled up to open the container, the shaft A of 515 that conveys the movement of the vibration inclination detector to the hole provided in the upper lid clip 502 is pulled up by hand, and it is formed into a hollow shape. By passing, it opposes the force of the tension spring A 510 and holds the opening.

  The operation of the steel ball 516 by the operation stops the movement of the seesaw 518 and the shaft 515 of the 515 arranged at both ends of the seesaw 518 and the shaft B of the 517, and then the upper container 509 is moved to the lower container at the coupling portion 521. Connecting to 507 completes the setting.

  The above is the process until the mosquito coil is smoked in the mosquito coil and the mosquito coil is started to be used. The smoke of the mosquito coil is discharged from the plurality of small holes 519 to the external space.

  In this state, when the entire container is subjected to vibration or impact due to external force or the like, the mosquito coil incense stick repeats the inclination by being shaken by the function of the container maintenance part, so that the steel ball storage container of the vibration inclination detection part as shown in FIG. The steel ball 610 in 607 moves in the tilt direction, and the shaft B of 606 released from the steel ball load moves in the direction of the arrow 601 by the action of the tension spring B indicated by the seesaws 602 and 608.

  Along with this, the shaft A of 604 moves in the direction of the arrow 609 and disengages from the hole provided in the upper lid fastener 612. Therefore, the lower container upper lid 611 is automatically set around the hinge 614 by the force of the pulling spring A of 605. Moving in the direction of the arrow 613, the lower container opening 615 can be closed.

  The closed lower container upper lid 611 can be kept closed by the action of the permanent magnet 616 and the magnet attracting iron piece 603.

  Since the mosquito coil in this example repeats the pendulum swing around the weight 708 in FIG. 7 due to the external force as described above, it takes a while until the stop and the level of the container are automatically restored to the normal position. Meanwhile, since the mosquito coil in the container is sandwiched between the upper holder 713 and the lower holder 703, the fixation can be maintained.

  As for sparks and ash that may become powdery, because the container maintenance part has a spherical or oval shape, the container does not basically maintain the state of being overturned. It is possible to prevent falling out of the holder due to dropping.

  On the other hand, when the mosquito coil container is rotated by a strong external force or the like, there is a possibility that sparks and ash are scattered from the plurality of holes of the upper holder 713 to the outside of the holder by the centrifugal force.

  However, as the container is vibrated or tilted, the lower container top lid closes at the same time as shown at 705, so that the sparks and ash are sealed in the space of the fire extinguishing unit 706 for storing the mosquito coil in the container and do not scatter outside the container. A container can be realized.

  Further, the mosquito coil incense storage and extinguishing unit 706 becomes a sealed space in which the circulation of air to the outside is blocked. Therefore, the enclosed mosquito coil incense 712 can be naturally extinguished in the mosquito coil incense container by the suffocation effect.

  In addition, in the case where a flammable flying object covers the container from the outside in the mosquito coil incense smoke, the upper container 709 is primarily protected by the upper container 709, which obstructs the closure of the lower container upper lid 705 Can be prevented from entering the container.

  Moreover, the contact with the mosquito coil incense in the mosquito coil incense storage fire extinguishing unit 706 can also be prevented at the same time.

  Furthermore, when the flying object comes into contact with the container and the mosquito coil stick swings, the lower container upper lid 705 is automatically closed to automatically extinguish the mosquito coil.

  When vibration or tilting of the container due to external force or the like occurs in the smoke of the mosquito coil by the above means, it is possible to automatically enclose a spark or ash in the container to prevent scattering and to naturally extinguish the fire. By providing a mosquito-repellent incense stick container having a function such as anti-tilt and a fire extinguishing function, it was possible to prevent fire and solve the problems in the present invention.

  This mosquito coil container that automatically detects vibrations and tilts and extinguishes fires can be expected to be used with high safety even when there are people who are blind or have limited safety awareness. High safety can be expected for smoke from mosquito coils in homes and livestock houses.

  In addition, a sufficient effect for the safe use of mosquito coils can be expected even in special environments where there is concern about secondary disasters caused by aftershocks, such as in areas affected by earthquake disasters, where the power grid is severed.

Functional arrangement schematic diagram of mosquito coil in the present invention Front view of vibration tilt detector Side view of vibration tilt detector Overview of mosquito coil storage fire extinguishing unit Situation of using mosquito coils Operation diagram of vibration inclination detector when detecting vibration and inclination Situation when the upper lid of the lower container is closed

DESCRIPTION OF SYMBOLS 101 Vibration inclination detection apparatus 102 Upper lid clip 103 Lower holder 104 Partition plate 105 Lower container upper cover 106 Mosquito coil storage fire extinguishing part 107 Lower container 108 Weight 109 Upper container 110 Upper holder 111 Permanent magnet 112 Pulling spring A
113 Mosquito coiling incense 114 Container grounding flat bottom part 115 Iron piece for magnet adsorption 116 Plane which becomes the base of the vibration inclination detection part 202 Seesaw 203 Seesaw action point A
204 Shaft A
205 Seesaw operating point B
206 Shaft B
207 Steel ball storage container 208 Spring B
209 Seesaw base 210 Steel ball 211 Lower container upper lid 212 Upper lid clip 213 Pull spring A
214 Rotating shaft of hinge 215 Support point of seesaw 216 Iron piece for magnet adsorption 311 Upper lid of lower container 312 Iron piece for magnet adsorption 314 Hinge A
315 Hinge B
401 Mosquito coil incense 402 Non-combustible soft net installed in upper holder 403 Lower holder 404 Upper holder 405 Non-combustible soft mat laid in lower holder 406 Partition plate 407 Lower container 408 Open part closed by lower container upper lid 409 Coupling part of upper and lower holders 410 Weight 411 Flat surface serving as a base of the vibration inclination detection device 501 Vibration inclination detection device 502 Upper lid fastener 503 Lower holder 504 Partition plate 505 Nonflammable soft mat laid in the lower holder
506 Mosquito coil storage fire extinguishing part 507 Lower container 508 Weight 509 Upper container 510 Pulling spring A
511 Open portion closed by upper lid of lower container 512 Mosquito coil 513 Upper holder 514 Steel ball storage container 515 Shaft A
516 Steel ball 517 Shaft B
518 Seesaw 519 Plural small holes on upper container 520 Permanent magnet 521 Coupling part of upper container and lower container 522 Coupling part of upper and lower holder 523 Container ground flat bottom part 524 Lower container upper cover 601 Direction of arrow 602 Seesaw 603 Magnet Iron piece for adsorption 604 Shaft A
605 Pull spring A
606 Shaft B
607 Steel ball storage container 608 Pull spring B
609 Arrow direction 610 Steel ball 611 Lower container upper lid 612 Upper lid retainer 613 Arrow indicating the direction in which the lower container upper lid is closed 614 Hinge 615 Open portion closed by lower container upper lid 616 Permanent magnet 617 Horizontal plane 702 Upper lid retainer 703 Lower holder 704 Partition plate 705 Lower container upper lid 706 Mosquito coil storage fire extinguishing part 707 Lower container 708 Weight 709 Upper container 710 Pull spring A
712 Mosquito coil 713 Upper holder 714 Steel ball storage container 715 Shaft A
716 Steel ball 717 Shaft B
718 Seesaw 719 Plural small holes on upper container 720 Permanent magnet 721 Coupling part of upper container and lower container 722 Coupling part of upper and lower holders 723 Hinge 724 Iron piece for magnet adsorption
725 Arrow direction

Claims (1)

A vibration inclination detection unit composed of a vibration inclination detection device and an upper lid retainer, a space in the lower container formed when the upper lid is closed, and two upper and lower holders in the space are fixed by sandwiching the mosquito coil. Mosquito coil storage fire extinguishing part composed of a mosquito coil holder, a spherical or oval container constructed by combining two upper and lower containers, a constant mass with a flat part on the stationary ground surface of the lower container, and fixedly placed on the inner bottom part A mosquito coil that has the three functions of the container maintenance unit with the weight of
Using a steel ball storage container, a steel ball, and a vibration tilt detector with a spring-loaded shaft that moves up and down due to the gravity of the steel ball, mechanically automatically detects vibration or tilt of the container due to external force by moving the steel ball in the container. Accordingly, the shaft pushed downward by the gravity of the steel ball in the container is released from the gravity, and the lower container upper lid switched by the upward movement of the shaft is automatically caused by the force of the spring. By closing the lower holder, the mosquito coil incense in the smoke is enclosed in the fire extinguishing section for storing the mosquito coil in the lower container, and a suffocation state is formed, so that the fire powder and ash of the mosquito coil can be extinguished naturally without scattering outside the container. And a mosquito wire that restores the container to a stationary state by the function of the container maintenance unit even when the container is rotated by an external force. Container.