KR102516042B1 - Animal corpse cremation vehicle - Google Patents

Abstract

The present invention relates to a companion animal cremation vehicle. According to the present invention, since a crematorium is mounted at the interior of a vehicle such as a van, the companion animal cremation vehicle of the present does not provide disgust to people around the same when moving and using the same, like a general vehicle. At the same time, regardless of a place and a time, a user can directly visit a client's home to safely incinerate and cremate a corpse of a companion animal, such as a dog or a cat. The companion animal cremation vehicle comprises: the crematorium (110); a chimney (120); an insulation door (130); a cremation bogie (140); a first burner (150); a second burner (160); a blowing fan (170); and a control unit (180).

Description

Companion animal cremation vehicle {ANIMAL CORPSE CREMATION VEHICLE}

The present invention relates to a companion animal cremation vehicle, and more particularly, a cremation furnace is mounted inside a vehicle such as a van, and, like a general vehicle, it does not give disgust to the people around it during movement and use, and it is convenient to place and time. It relates to a companion animal cremation vehicle capable of safely incinerating and cremating a corpse of a companion animal, such as a dog or cat, by visiting a client's home directly without receiving it.

As modern society becomes more and more nuclear family, the number of people who consider companion animals familiar to humans, such as dogs and cats, as members of the family, is rapidly increasing.

These companion animals are recognized as beings like friends or family that give people psychological stability and intimacy while living in the same space as people.

Accordingly, when a companion animal dies, it has become common to honor the memory by burying the body in a nearby place, just like a person. As the corpse of a companion animal is currently classified as waste and must be buried only in a landfill that has been permitted, approved, or reported, as with humans, the animal corpse is incinerated and cremated in a crematorium, and then the ashes are finely ground and the remains are stored in an urn. Crypts for companion animals are gradually increasing.

However, as the crematorium is recognized as a repellent facility, there are many difficulties in cremating the corpse of a companion animal, which is increasing day by day due to the small number of crematoriums for cremating the corpse of a companion animal.

In particular, since the owner of the companion animal has to directly transport the corpse of the companion animal to the crematorium, a separate transportation cost is additionally generated, increasing the economic burden. Of course, it is possible to cremate the corpse of a companion animal using a portable incinerator developed for incinerating the corpses of animals that have died from various infectious diseases, but if you want to spend the last farewell with a companion animal that you feel as a family member in a sacred and solemn way, Not only is it not suitable for owners of companion animals, but existing portable incinerators are exposed to the outside due to their structure, so there are many restrictions on their use as they provide disgust to those around them.

Domestic Patent Registration No. 10-0721130, Domestic Patent Registration No. 10-1160878, Domestic Patent Registration No. 10-1156579, Domestic Patent Registration No. 10-1541799,

The present invention has been made to solve the above-mentioned problems of the prior art, and an object of the present invention is to mount a crematorium inside a vehicle such as a van so that it does not provide disgust to the people around it when moving and using it like a general vehicle It is to provide a companion animal cremation vehicle that can safely incinerate and cremate the corpse of a companion animal in a more sacred and solemn atmosphere by visiting directly regardless of place and time.

The present invention for achieving the above object is a companion animal cremation vehicle capable of cremating by incinerating a corpse of a companion animal inside the vehicle, which is mounted inside the vehicle, and has a first combustion chamber and a second combustion chamber at the top and bottom of the inside. A crematory furnace provided so that the corpse of a companion animal can be directly cremated in the first combustion chamber, and in the second combustion chamber, the smoke generated in the process of incinerating the corpse of the companion animal is secondaryly burned to completely burn the smoke; a chimney provided to communicate with the furnace and discharging smoke completely burned in the second combustion chamber to the outside; an insulated door rotatably installed with one side as a support point to open and close the entrance of the crematorium; A dressing table that is drawn in and out of the furnace in a sliding manner along a rail installed at the bottom of the furnace, and has an oil receiving groove on the upper surface to receive oil generated after the corpse of a companion animal is burned; A first burner mounted on the rear side of the combustion chamber to emit flame into the first combustion chamber to incinerate the corpse of a companion animal in the first combustion chamber; It is mounted on the rear side of the combustion chamber to be disposed above the first burner and emits flame into the second combustion chamber to completely burn the smoke generated in the process of incinerating the corpse of a companion animal. a second burner that maintains a temperature of the second combustion chamber at 800° C. or higher; a blowing fan capable of supplying and circulating air into the furnace; and a control unit for controlling operations of the first and second burners and the blowing fan, wherein an upper partition wall and a lower part are installed at predetermined intervals inside the furnace to divide the first combustion chamber and the second combustion chamber. septum; a passage provided between the upper bulkhead and the lower bulkhead, through which smoke generated in the process of incinerating the corpse of a companion animal in the first combustion chamber moves to the second combustion chamber; And the upper partition wall and the lower partition wall face each other alternately so that the smoke flowing into the second combustion chamber through the passage is stagnantly moved while passing between the upper partition wall and the lower partition wall in a zigzag manner and introduced into the second combustion chamber. It further includes upper body protrusions and lower body protrusions formed so as to protrude, and the upper body protrusions and the lower body body protrusions have stagnation grooves formed so as to be concave in an arc shape on the front surface, so that smoke is removed by the stagnation grooves. It is provided to be positioned in the first combustion chamber so that the entire process of cremating the companion animal, including the process of incinerating the corpse of the companion animal in the first combustion chamber, can be monitored. A photographing unit capable of capturing and transmitting the photographed image to the control unit for display on a monitor, wherein the photographing unit includes an infrared camera lens and a visible camera lens, and the visible camera lens captures and transmits the photographed image. and an image signal convergence unit for fusing a visible image signal captured by the infrared camera lens and an infrared image signal captured and transmitted by the infrared camera lens. Preferably, at least one of the infrared image and the visible image captured by the visible camera lens is controlled to be displayed on the monitor.

The crematorium includes a first heat insulating wall made of a heat insulating fireproof board and an iron plate; and a second insulating wall formed by finishing the first insulating wall with a layer of insulating wool and a stainless steel plate.

It is preferable that the first burner is provided with two nozzles to adjust the intensity according to the combustion state of the carcass so as to control low and high fire and prevent overheating during combustion.

Preferably, an opening and closing opening for opening and closing the chimney is installed at an upper end of the chimney.

Preferably, the monitor is configured to be separated from the outside of the crematorium, and a magnet is installed on the back of the monitor so that it can be conveniently attached to a metal part of the vehicle for monitoring, and is configured to transmit signals to the control unit wirelessly using Bluetooth. do.

According to the companion animal cremation vehicle according to the present invention, by providing a movable vehicle equipped with a crematorium inside, the crematorium is mounted inside the movable vehicle so that it is not exposed to the outside of the movable vehicle, so that it can be seen by the surrounding people as the same as a general van. Even if the vehicle is recognized and cremated using a crematorium while the vehicle is moving or it is stopped, there is an effect of not giving disgust to the people around.

In addition, the present invention has the effect of enabling comfortable makeup by improving safety by double insulation and air flow inside the vanity.

In addition, there is an effect of preventing overheating by controlling the intensity of the primary burner and maintaining the temperature of the secondary burner at 800 ° C. to completely burn the exhaust gas to ensure safe cremation.

1 is a view showing a companion animal cremation vehicle according to the present invention,
2 is a view showing the front of a cremation furnace mounted on a companion animal cremation vehicle according to the present invention;
3 is a view showing the rear side of a cremation furnace mounted on a companion animal cremation vehicle according to the present invention;
4 is a view showing the internal structure of a cremation furnace mounted on a companion animal cremation vehicle according to the present invention;
5 is an enlarged view of part “A” shown in FIG. 4;
6 is a block diagram of the present invention;
7 is a view showing an example of a monitor provided in a cremation furnace mounted on a companion animal cremation vehicle according to the present invention.

Hereinafter, preferred embodiments according to the present invention will be described in more detail with reference to the accompanying drawings.

Prior to the description of the present invention, the following specific structural or functional descriptions are only exemplified for the purpose of explaining embodiments according to the concept of the present invention, and embodiments according to the concept of the present invention may be implemented in various forms, , should not be construed as being limited to the embodiments described herein.

In addition, since embodiments according to the concept of the present invention can be made with various changes and can have various forms, specific embodiments will be illustrated in the drawings and described in detail herein. However, this is not intended to limit the embodiments according to the concept of the present invention to a specific disclosed form, and should be understood to include all modifications, equivalents or substitutes included in the spirit and scope of the present invention.

In addition, the configurations of the present invention are to be interpreted in the same range as not only direct contact or connection, but also contact or connection through other configurations between configurations.

1 is a view showing a cremation vehicle for companion animals according to the present invention, FIG. 2 is a view showing the front of a cremation furnace mounted on a cremation vehicle for companion animals according to the present invention, and FIG. 4 is a view showing the internal structure of the crematorium mounted on a cremation vehicle for companion animals according to the present invention, and FIG. 5 is an enlarged view of “A” portion shown in FIG. 4 FIG. 6 is a block diagram of the present invention, and FIG. 7 is a view showing an example of a monitor provided in a crematorium mounted on a companion animal cremation vehicle according to the present invention.

As shown in these drawings, the companion animal cremation vehicle according to the present invention may be configured as a commercial van having a relatively wide space so that the crematorium 110 is mounted therein.

As the crematorium 110 is mounted inside the mobile vehicle so as not to be exposed to the outside of the mobile vehicle, it is recognized as the same as a general van by those around the vehicle, so that the crematorium 110 can be used while the vehicle is moving or stopped. Even if you use it to cremate the body of a companion animal, people around you will recognize it as a general van and will not cause disgust to those around you.

As shown, the crematorium 110 is mounted inside the vehicle, and it is preferable that the first combustion chamber 110a and the second combustion chamber 110b are provided at upper and lower portions inside. In the first combustion chamber 110a, the corpse of the companion animal can be directly cremated, and in the second combustion chamber 110b, the smoke generated in the process of incinerating the corpse of the companion animal is secondaryly burned to completely burn the smoke. there is.

The crematorium 110 includes a first insulating wall 112 made of an insulating fireproof board 112a and an iron plate 112b, and a layer of insulating wool 114a and stainless steel on the first insulating wall 112. It is preferable that the second insulating wall 114 is finished with an iron plate 114b.

As shown, a chimney 120 is provided to communicate with the furnace 110, and the chimney 120 discharges smoke completely burned in the second combustion chamber 110b to the outside.

It is preferable that an opening 122 for opening and closing the chimney 120 is installed at the top of the chimney 120 . The opening and closing opening 122 is exposed to the outside through the roof of the vehicle, and the opening and closing opening may be opened and closed manually or automatically by being coupled with a driving device such as a cylinder or a motor.

As shown, it is preferable that one side of the insulated door 130 is pivotally installed at the entrance of the furnace 110 as a support point to open and close the front portion of the furnace 110 .

One side of the insulated door 130 is rotatably coupled to a rotational member installed on one side of the crematorium 110 to open and close the combustion chamber by rotating the rotational member around an axis.

As shown, the dressing furnace 110 includes a dressing cart 140. The vanity cart 140 is drawn in and out of the crematorium in a sliding manner along the rails installed on the bottom of the crematorium 110, and the upper surface receives oil generated after the corpses of companion animals are burned. It is preferable that an oil receiving groove 142 is formed for the oil.

A safety net (not shown) may be further installed on the top of the vanity cart 140 so that the body of the companion animal is placed in the safety net.

As shown, a first burner 150 is mounted on the rear side of the furnace 110 to emit flame into the first combustion chamber 110a by the first burner 150, thereby emitting flame into the first combustion chamber 110a. It is desirable to be able to incinerate the corpse of a companion animal in (110a).

This first burner 150 is provided with two nozzles, it is desirable to be able to adjust the weak fire and strong fire, and to be able to adjust the strength according to the combustion state of the carcass to prevent overheating during combustion.

As shown, the second burner 160 is mounted on the rear side of the furnace 110 so as to be disposed above the first burner 150, and the second burner 160 operates the second combustion chamber 110b. ) It is preferable to maintain the temperature of the second combustion chamber (110b) at 800 ° C. or higher by igniting at all times during combustion so that the smoke generated in the process of incinerating the corpse of a companion animal can be completely burned by radiating a flame into the interior of the .

As shown, a blowing fan 170 capable of supplying and circulating air into the furnace 110 is included.

The blower fan 170 facilitates the flow of air in the combustion chamber during combustion and supplies oxygen to ensure complete combustion, and serves to cool the combustion chamber by injecting air after makeup is completed.

As shown, a control unit 180 for controlling operations of the first burner 150, the second burner 160, and the blowing fan 170 is included.

The controller 180 collectively controls the combustion operation of the crematorium 110 . In particular, the control unit 180 controls the ventilation and ignition of the blowing fan and burner, and the opening and closing of the chimney opening and closing, so that cremation is safe.

As shown, inside the crematorium 110, an upper partition wall 116 and a lower partition wall 118 are installed at predetermined intervals to divide the first combustion chamber 110a and the second combustion chamber 110b. it is desirable

In addition, a passage 117 is provided between the upper partition wall 116 and the lower partition wall 118 so that the smoke generated in the process of incinerating the corpse of a companion animal in the first combustion chamber 110a is discharged into the second combustion chamber 110b. ), it is desirable to allow smoke to pass through.

Meanwhile, the smoke flowing into the second combustion chamber 110b via the passage 117 passes between the upper partition wall 116 and the lower partition wall 118 in a zigzag pattern and moves to the second combustion chamber 110b. It is preferable to further include upper stagnation protrusions 116a and lower stagnation protrusions 118a formed to alternately protrude from the upper partition wall 116 and the lower partition wall 118 so as to flow in.

At this time, the upper stagnation protrusions 116a and the lower stagnation protrusions 118a have stagnation grooves 119 formed so as to be concave in an arc shape on the front surface, so that the smoke vortexes and moves stagnation by the stagnation grooves 119 it is desirable

In this way, when the smoke generated in the process of incinerating the corpse of a companion animal in the first combustion chamber 110a by the upper stagnation protrusions 116a and the lower stagnation protrusions 118a flows into the first combustion chamber 110a By allowing the stagnant inflow, the stagnation time of the smoke in the second combustion chamber 110b is increased, and complete combustion can be achieved at a high temperature of 800° C. or higher. That is, in order to completely burn the smoke at a high temperature, the longer the stagnation time of the smoke, the more complete combustion is possible. While forming a vortex, it is stagnantly moved and introduced into the second combustion chamber 110b to enable complete combustion of smoke.

As shown, the present invention includes a photographing unit 210 capable of photographing the inside of the furnace 110, and electrically connects the photography unit 210 to the controller 180 to It is preferable to photograph the inside of the combustion chamber and display the photographed image on the monitor 220 so that the user can check the inside of the combustion chamber.

At this time, the photographing unit 210 is a means for capturing an image of the inside of the combustion chamber, and is preferably composed of an infrared camera lens 212 and a visible light camera lens 214.

In general, in the case of a visible light camera, observation is difficult at night without lighting. In addition, since the near-infrared camera uses IR illumination, it has a limitation that it can be used only at a short distance. Therefore, infrared observation equipment in the thermal image wavelength band is widely used as nighttime observation equipment because it can reproduce a visualized image according to the temperature of an object. However, since infrared observation equipment is affected by the temperature of an object, it is difficult to observe when the temperature difference between objects is small. Therefore, even when observing objects using infrared observation equipment at night, it is difficult to observe as clearly as visible images observed during the day.

However, when both the infrared camera lens 212 and the visible light camera lens 214 are configured as in the present invention, the inside of the combustion chamber is not limited in brightness using the infrared camera lens 212 and the visible light camera lens 214. It has the feature of being able to shoot at the same time.

In addition, it is preferable that the photographing unit 210 includes an image signal convergence unit 230 .

The image signal fusion unit 230 is a means for fusing an infrared image signal photographed and transmitted by the infrared camera lens 212 and a visible light image photographed and transmitted by the visible light camera lens 214 .

In general, visible light images have more delicate high-frequency components than infrared images, and infrared images have relatively low-frequency characteristics but have thermal information. Therefore, an effective image can be displayed on the monitor 94 by using a multi-scaling method and performing a pseudo coloring process to fuse these characteristics. The fused image may be displayed using a dedicated fusion image monitor, but the visible light image and the fused image may be selectively displayed using only one visible light image monitor.

Therefore, according to the present invention, an infrared image captured by the infrared camera lens 212 and a visible light image captured by the visible light camera lens 214 are mutually compared and checked on a monitor. In addition, an infrared image and a visible light image captured by each camera lens are fused by the image signal convergence unit 230, and the fused image can also be confirmed.

In addition, the monitor 220 may be divided into an infrared image display unit 222, a visible light image display unit 224, and a fusion image display unit 226. That is, the infrared image display unit 222 is a means for displaying an infrared image taken by the infrared camera lens 212 to an observer, and the visible light image display unit 224 is a means for displaying a visible light image taken by the visible light camera lens 214. The fusion image display unit 226 is a means for displaying the fusion image fused by the image signal fusion unit 230 .

Therefore, in the present invention, by displaying two images on the monitor 220, it is possible to check the makeup state inside the combustion chamber more reliably. That is, through the combination of the infrared camera lens 212 and the visible light camera lens 214, there is an effect that can be checked through a monitor even when the inside of the combustion chamber is dark. In addition, there is an effect of accurately checking the inside of combustion by fusing and providing a dark image of an infrared image and a bright image of visible light for the same observation range or separately displaying the image on a monitor.

In addition, it is preferable that the monitor 220 is configured separately from the furnace 110, and when the monitor 220 is configured separately, the operator can check the monitor 220 at a place that is easy to see, that is, at a convenient location. can

At this time, it is preferable that a magnet 222 is installed on the back of the monitor 220 so that the monitor 220 can be attached to a convenient location in the vehicle and used.

On the other hand, it is preferable that the monitor 220 is configured to transmit a signal to the control unit 180 wirelessly. That is, a Bluetooth (not shown) function may be provided inside the monitor 220 to transmit a signal wirelessly. Here, wireless signal transmission by Bluetooth is a common technique, and a detailed description thereof will be omitted.

According to the present invention, the photographing unit 210 capable of photographing the combustion chamber is provided, and the video captured by the photographing unit 210 is displayed through the monitor 220, so that the entire process of making up the corpse of a companion animal is real-time. There are benefits to check.

In addition, when describing the process of cremating and cremating a corpse of a companion animal using the crematorium 110 of the mobile vehicle of the present invention, first open the rear door of the mobile vehicle, and then open the heat insulation door of the crematorium 110 ( 130) to open the inside of the combustion chamber, and withdraw the vanity cart 140 drawn into the combustion chamber in a sliding manner.

Thereafter, the corpse of the companion animal to be cremated is placed on the top of the vanity cart 140 drawn out of the combustion chamber, and the vanity carriage 140 with the corpse of the companion animal placed therein is introduced into the combustion chamber.

Then, after closing the insulated door 130 to seal the inlet of the combustion chamber, the first burner 150 and the second burner 160 are ignited through the control unit 180, and the flame is radiated into the combustion chamber through the nozzle. Incinerate the animal's corpse.

At this time, the blowing fan 170 is operated to supply a large amount of air to the inside of the combustion chamber to more stably and quickly incinerate the corpse of the companion animal to make cremation.

When all of the companion animal corpses are incinerated, the operations of the first burner 150, the second burner 160, and the blowing fan 170 are stopped, and then the insulated door 130 is opened to move the vanity cart 140 into the combustion chamber. After being withdrawn from the toilet bowl, the oil remaining in the oil receiving groove 142 of the makeup cart 140 is collected and provided to the client in an urn box.

In the present invention, the entire process of putting on makeup can be checked in real time through a monitor.

The technical problem of the present invention is achieved by the technical configuration as described above, and although it has been described by the limited embodiments and drawings, it is not limited thereto and the present invention by those skilled in the art to which the present invention belongs Of course, various modifications and variations are possible within the scope of the technical idea of and the scope of the claims to be described below.

110 - crematorium 120 - chimney
130 - insulated door 140 - dressing table
150 - first burner 160 - second burner
170 - blowing fan 180 - control unit
210 - filming unit 220 - monitor
230 - video signal fusion unit

Claims (5)

In a companion animal cremation vehicle capable of cremating by incinerating a corpse of a companion animal inside the vehicle,
It is mounted inside the vehicle, and inside, a first combustion chamber 110a and a second combustion chamber 110b are provided at upper and lower portions so that the corpse of a companion animal can be directly cremated in the first combustion chamber 110a, and the second combustion chamber 110a can be directly cremated. In the combustion chamber 110b, a crematorium 110 capable of completely burning smoke by secondary combustion of smoke generated in the process of incinerating a corpse of a companion animal;
a chimney 120 provided to communicate with the furnace 110 and discharging smoke completely burned in the second combustion chamber 110b to the outside;
an insulated door 130 rotatably installed with one side as a support point to open and close the entrance of the crematorium 110;
The rails installed on the bottom of the crematorium 110 are drawn in and out of the crematorium in a sliding manner, and the oil receiving groove portion 142 for receiving oil generated after the carcass of a companion animal is burned on the upper surface ) is formed on the dressing table 140;
A first burner 150 mounted on the rear side of the crematorium 110 to emit flame into the first combustion chamber 110a to incinerate the corpse of a companion animal in the first combustion chamber 110a;
It is mounted on the rear side of the crematorium 110 so as to be disposed above the first burner 150 and emits flame into the second combustion chamber 110b to remove the smoke generated in the process of incinerating the corpse of a companion animal. a second burner (160) which is always turned on during combustion to maintain the temperature of the second combustion chamber (110b) at 800° C. or higher to ensure complete combustion;
a blowing fan 170 supplying and circulating air into the furnace 110; and
A control unit 180 controlling operations of the first burner 150, the second burner 160, and the blowing fan 170; includes,
Inside the furnace 110, an upper partition 116 and a lower partition 118 are installed at predetermined intervals to partition the first combustion chamber 110a and the second combustion chamber 110b;
It is provided between the upper partition wall 116 and the lower partition wall 118, and the smoke generated in the process of incinerating the corpse of a companion animal in the first combustion chamber 110a moves to the second combustion chamber 110b. A passage 117 through which the may pass; and
Smoke flowing into the second combustion chamber 110b via the passage 117 passes between the upper partition wall 116 and the lower partition wall 118 in a zigzag manner while being stagnantly moved and introduced into the second combustion chamber 110b. Further comprising upper stagnation protrusions 116a and lower stagnation protrusions 118a formed to face each other and protrude alternately from the upper partition wall 116 and the lower partition wall 118,
The upper stagnation protrusions 116a and the lower stagnation protrusions 118a are formed with stagnation grooves 119 concave in an arc shape on the front surface, so that the smoke vortexes and moves stagnation by the stagnation grooves 119,
It is provided to be located in the first combustion chamber 110a so that the entire process of cremating the companion animal, including the process of incinerating the corpse of the companion animal in the first combustion chamber 110a, can be monitored. Further comprising a photographing unit 210 for photographing the interior and transmitting the photographed image to the controller 180 to display it on the monitor 220,
The photographing unit 210 includes an infrared camera lens 212 and a visible light camera lens 214,
An image signal fusion unit 230 for fusing a visible light image signal photographed and transmitted by the visible light camera lens 214 and an infrared image signal photographed and transmitted by the infrared camera lens 212,
At least one image of the fusion image fused by the image signal fusion unit 230, the infrared image captured by the infrared camera lens 212, and the visible image captured by the visible light camera lens 214 is displayed on the monitor 220. Companion animal cremation vehicle, characterized in that controlled to be displayed on.
According to claim 1,
The crematorium 110 includes a first insulating wall 112 composed of an insulating fireproof board 112a and an iron plate 112b, and a single layer of insulating wool 114a and a stainless steel plate on the first insulating wall 112. A companion animal cremation vehicle characterized in that it consists of a second insulating wall 114 finished with (114b).
According to claim 1,
The first burner 150 controls low heat and high heat, and has two nozzles to adjust the strength according to the burning state of the corpse so as to prevent overheating during combustion.
According to claim 1,
Companion animal cremation vehicle, characterized in that the opening 122 for opening and closing the chimney 120 is installed at the top of the chimney 120.
According to claim 1,
The monitor 220 is configured to be separated from the outside of the crematorium 110, and a magnet 222 is installed on the back of the monitor 220 so that it can be conveniently attached to the vehicle body (metal material) and monitored. A companion animal cremation vehicle characterized in that it is configured to transmit a signal to the control unit 180 wirelessly by Bluetooth.

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