KR101236852B1 - Cinerary urn be sealed - Google Patents

Abstract

The present invention relates to ashes, and more particularly, to increase the preservation and workability through the process of compression molding to the powdered ashes into powdered water, and the compressed molded ashes are placed in the inner cylinder of the double sealing structure and evacuated. By injecting an inert gas and sealing it completely, if necessary, it ensures the prevention of deterioration (rot, decay, mold growth, etc.) of the ashes, and the outer cylinder is made of transparent material, and the surface of the inner cylinder is made of gold or silver color. The ashing box formed by plating or coating to have a plating layer is housed in a separate display box having a see-through window, and when the lighting means provided at the bottom of the housing of the display box is turned on, the inside of the display box can be easily seen through the see-through window. The mourning can be done by making the brilliance shine and the inner barrel shine, inspiring the worshipers' godliness and respect for the deceased. It relates to a rock urn.
The ashes according to the present invention includes an inner cylinder including a main body in which the ashes are placed and a cover covering the opening of the main body; An outer cylinder including a body on which the inner cylinder is seated and a lid covering the opening of the body; Is coupled to the cover of the inner cylinder, the valve to discharge the air inside the body to the outside, injecting the inert gas into the inside; is made, including the outer cylinder made of a transparent material capable of seeing the inner cylinder It is characterized by.

Description

Ashes with sealed structure to prevent rancidity {Cinerary urn be sealed}

The present invention relates to ashes,

More specifically, the cosmetic ashes are granulated in water and compressed to increase preservation and workability. The compressed ashes are placed in an inner cylinder of a double seal structure, and then vacuum evacuation and inert gas are injected as necessary. By completely sealing it, making sure that the bones are not deteriorated (such as rancidity, rot, or mold growth).

The outer cylinder is made of a transparent material, and the surface of the inner cylinder is plated or coated so as to have a gold or silver color, and the ashes formed with a plating layer are housed in a separate display box having a viewing window. When the light is turned on, the inside of the display box can be seen through the viewing window, and the glow is surrounded around the ashes, and the inner barrel is shining to inspire godliness and reverence for the deceased worshiper so that the mourning can be done.

The ossuary was recognized as a loathing facility and had to be installed in a residential filtration district.

The problem is that while the perception of burial-style funeral cultures has changed dramatically, the repulsion for cremation has been drastically reduced in the short term. Causing a large imbalance.

The prior art related to the ossuary has been developed based on the sealing technology to prevent the deterioration of the ashes placed in the ashes, and the technique of increasing the convenience of the ritual at the time of visits made up of family and relatives and creating the ritual atmosphere. .

For example, Korean Patent Publication No. 2003-0025097 "Gas-filled ossuary and its storage method", and Patent No. 00696970 "Caltenoid processing method" and the like are discharged from the ashes and the inert gas is injected after the ashes of the ashes. The gap is sealed with a sealing member to prevent deterioration of the ashes,

[0007] Unexamined Patent Publication No. 2001-0064660 "Cyrus Immobilization System with Cyber Imaging System and Fully Automatic Receiving System", and Patent Publication No. 2001-00742909 "Three-dimensional image memorial service which combines with ossuary", etc. It is easy to move to the place, and the display device installed in the place of memorial, so that you can watch the life of the deceased, the life and development of the deceased, memoirs, etc., so that worshipers can commemorate the deceased in a solemn, comfortable and comfortable atmosphere.

The Ossuary is a tribute to the deceased by visiting worshipers in groups on special days such as the date of the deceased or the birthday.

When you think and miss the deceased personally and personally, a person or a small number of worshipers visit and think about the deceased by looking at the deceased in front of the deceased's ossuary without special mourning.

As such, the visit to the Ossuary is for a memorial event of the deceased, or the deceased may be visited without a special memorial event. In the prior art, only the convenience and atmosphere related to the memorial service of the deceased are concentrated. Simple visits are neglected.

In other words, the ossuary installed in the ossuary is composed of an ossuary where the ashes are placed, and a display box where the ossuaries are stored and loaded in the ossuary.

And worshipers who visited the ossuary are honoring the deceased while seeing the remains of the deceased's remains. I'm lighting, so the ashes look unclear,

By worshiping the deceased, the worshipers need to inspire godliness and respect for the deceased, thus increasing the satisfaction of the deceased's visit to the process of honoring the deceased and returning after the visit. Just show a picture or video of your life. The photograph or video of the deceased reminds me of the memory of the deceased, but it is weak enough to cause reverence or love for the deceased. Reverence or love for the deceased can be strongly induced in the remains of the deceased. Therefore, there is a need for means that can induce piety or loveliness through ashes, but the prior art does not have such means.

The present invention has been made in order to solve the problems of the prior art as described above, so that the deceased thoughtless visitor visits the deceased in front of the ossuary, so that the ashes of the deceased are directly placed in the remains of the deceased. In order to induce a tender feeling of thinking about the deceased, the lighting means is placed at the bottom of the ashes so that the ashes stored in the display box can be seen well, and the illumination light emitted by the lighting means is irradiated by the outer shell of the transparent ashes. The inner barrel, with its brilliance and gold-plated layer, is illuminated by the illuminated illumination light to inspire godliness and respect for the deceased, and the worshipers who visited the ossuary can be fully satisfied with their visit to the ossuary. It is aimed at providing the ashes to be made.

In addition, the present invention is to prevent the deterioration of the cover by the expansion pressure of the gas inside the main body after the process or injecting an inert gas into the inner cylinder in order to prevent the deterioration of the ashes, the lighting means is a commercial AC input from the outside It is another object of the present invention to provide a ash box for preventing a power supply and an LED module from being damaged by a surge or an overvoltage by providing an overvoltage circuit breaker that blocks a surge or an overvoltage of a power source.

Ashes having a sealed structure for preventing rancidity according to the present invention for achieving the above object

The body where the remains are placed,

An inner cylinder including a cover covering the opening of the main body;

A body on which the inner cylinder is seated;

An outer cylinder including a lid covering an opening of the body;

Is coupled to the cover of the inner cylinder, the valve for discharging the air inside the body to the outside, injecting inert gas into the inside;

The outer cylinder is made of a transparent material, characterized in that the perspective of the inner cylinder is possible.

And the ashes are

In order to prevent damage, the main body is put into a mold while the outer surface of the main body is wrapped with a cushioning member, and then the inside of the main body where the ashes in the form of powder are placed is compressed and pressed into a press.

After the compression molded and placed in the main body, the gap between the main body and the cover is sealed with a sealing member, characterized in that the sealing,

Gold or silver plated layer is formed on the surface of the inner cylinder

The lower portion of the outer cylinder is provided with lighting means,

In the illumination of the luminaire, the outer cylinder is radiant to the surroundings by the incident illumination light, and the inner cylinder reflects the incident illumination light to shine, thereby inspiring the feeling of remembrance for the deceased,

The lighting means

An LED module including an LED emitting light and a PCB on which the LED is mounted;

A transparent plate disposed on the LED module and mounted on the outer cylinder;

A support having a built-in LED module and supporting the transparent plate thereon;

A power supply for converting commercial AC power input from the outside into driving power and supplying it to the LED module;

It is connected to the input side of the power supply, it characterized in that it comprises an over-voltage circuit breaker to protect the surge and over voltage to the commercial power input.

The ashes according to the present invention having such a structure are the preservation of bone ashes after the cremation and compression molding process after the cremation is increased, and also the primary seal through the vacuum packaging, the vacuum inside the inner cylinder (addition of inert gas if necessary) Secondary sealing through the sealing member after the exhaust, it is possible to prevent the bones from deterioration due to decay, rancidence, mold growth, and the like.

And the inner cylinder where the ashes are directly placed is visible, and the lighting means illuminates the outer cylinder of the transparent ashes, causing the glow to shine around the ashes, and allowing the inner cylinders to shine by the light reflected from the plating layer on the surface. The worshipers who see the remains of the remains can be inspired by a feeling of tenderness, solidarity, and love for the deceased, and can be fully satisfied with the visit to the ossuary.

In addition, the cover is firmly defected to the main body through the locking groove and the engaging protrusion, thereby preventing the cover from being separated from the main body by the expansion pressure of the main inert gas, and also the sealing force of the sealing member which fills the gap between the main body and the cover is reduced. By preventing the weakening can be more surely prevented degeneration of the bones.

In addition, the lighting means is protected from surges or overvoltages of commercial AC power through an overvoltage breaker to prevent damage or fire risk.

1 is a perspective view of the ossuary box in which the ashes in accordance with the present invention are stored in a display box.
2 is a cross-sectional view of the ossuary shown in FIG.
3 is an exploded perspective view of the ossuary shown in FIG.
4 is a view showing an example of the ossuary installed in the ossuary of the ossuary is stored in the display box according to the present invention.
5 is a block diagram of a lighting means according to the present invention.
6 is a circuit diagram of an overvoltage breaker according to the present invention.

Hereinafter, with reference to Figures 1 to 6 will be described in more detail with respect to the ashes according to the present invention, the display box in which the ashes are accommodated, and the lighting means for illuminating the ashes.

As shown in the figure, the ossuary according to the present invention comprises large components such as ashes (A), display boxes (D), and lighting means (L).

The ash box (A) is a housing in which the remains of the deceased are placed, and includes an inner cylinder 10 and an outer cylinder 20.

The inner cylinder 10 includes a main body 11 having a settled portion 11a in which ashes are placed, a cover 13 covering an upper opening of the main body 11, and a main body 11 mounted on the cover 13. ) And a valve 15 for discharging the air inside and injecting an inert gas such as nitrogen or helium into the vacuum.

The main body 11 may be made of various materials such as metal, porcelain, synthetic resin, etc. In the present invention, the dimensional stability is excellent, and it has a high digestibility and acid resistance, and deforms using polycarbonate synthetic resin having strong weatherability and impact resistance. It was made to be strong with little inert gas filled inside.

The surface of the main body 11 is gold-plated (11b) to increase the luxury and mystery of the inner cylinder 10 through the transparent outer cylinder 20, it is preferable to inspire more godliness and love for the deceased Can be.

On the inner surface of the upper opening of the main body 11, a step 11c is formed on which the cover 13 is caught. The step 11c narrows the gap between the cover 13 and the main body 11 and breaks the gap path to prevent the outside air from flowing into the main body 11.

In addition, a sealing member 17 such as epoxy or silicone is fired and sealed in the coupling gap between the cover 13 and the main body 11 so that outside air flows into the main body 11 and the inner part 11a through the gap or is inside. Block outflow of inert gas to the outside.

The cover 13 is seated and supported by the upper step 11c of the main body 11 to cover the opening of the main body 11.

The cover 13 has an insertion hole 13a through which the valve 15 is inserted and mounted, and the upper surface 15a of the valve 15 is in close contact with the insertion hole 13a on the upper surface thereof. The recessed groove 13b is formed to be seated.

In addition, a plurality of locking projections 13d are radially arranged and protruded from the lower surface edge of the cover 13, and a plurality of locking grooves 11d having a predetermined length are formed on the inner surface of the main body 11.

Thus, when the cover 13 is inserted into the opening of the main body 11, the locking projection 13d is hooked to the locking groove 11d to prevent separation and detachment of the cover 13, in particular, the main body ( When the inert gas is injected into 11), the cover 13 is prevented from being separated and separated by the pressure of the injected gas.

The valve 15 inserted into and inserted into the insertion hole 13a of the cover 13 has an elastomeric material having a soft elasticity, and has a lower extension part 15b that is caught in contact with an inner surface of the cover 13; An upper extension part 15a that is in contact with the outer surface of the cover 13 and a through part 15c connecting the lower extension part 15b and the upper extension part 15a to be inserted into the insertion hole 13a. And an insertion part 15d formed through the lower extension part 15b in the upper extension part 15a and into which a nozzle for discharging internal air or injecting an inert gas is inserted therein.

The insertion part 15d is formed by a pre-dissection method so that both sides of the incision are normally kept in close contact with each other, and when the nozzle is inserted, the gap between the nozzle and the nozzle is opened while allowing the nozzle to be inserted in close contact. Block outflow and inflow of air by preventing generation.

Only one valve 15 may be mounted to the cover 13 as shown in the drawing, but may be provided separately for discharging air and injecting inert gas.

In addition, a sealing member such as epoxy or silicon is fired and sealed in the inserting portion 15d into which the coupling gap between the valve 15 and the cover 13 and the nozzle are inserted, so that the outside air is placed through the gap. Block 11 flow into or out of the inert gas inside.

For reference, the ashes placed in the inner cylinder 10 main body 11 is placed through the process of makeup, powder, compression molding.

In more detail, after putting the ashes powdered in the form of powder into the main body 11 and putting the main body 11 into a mold (not shown), after pressing the inner settled portion of the press (not shown) main body By compression molding the powdered ashes. Thus, the volume of the ashes placed in the main body 11 is reduced, and the preservation of the ashes is increased.

At this time, the mold supports the outer surface of the main body in the process of pressing with a press to prevent the main body from being damaged, and between the main body outer surface and the inner surface of the mold through the buffer member such as fabric so as not to damage the outer surface of the main body in the process of pressing. It is preferable to make it. The buffer member also prevents damage to the plating layer formed on the surface of the body.

 After the ashes are placed in the main body 11 by compression molding, the cover 13 is covered with the main body 11, and then the gap is sealed with a sealing member 17, and the air inside the main body is sealed through the valve 15. To evacuate to a vacuum to prevent degeneration of the ashes. And if necessary, after exhausting the air inside the main body 11 injecting an inert gas into the settled portion (11a) it is possible to more stably prevent the deterioration of the ashes (corruption, acidification, mold breeding, etc.).

The outer cylinder 20 includes a body 21 in which a seating portion 21a on which the inner cylinder 10 is mounted is formed, and a lid 23 covering an opening of the body 21.

The outer cylinder 20 is made of a transparent material to allow light radiated from the bottom to be incident and transmitted to frost the surroundings. The present invention uses a crystal as a transparent material of the outer cylinder (20).

In addition, the body 21 and the lid 23 of the outer cylinder 20 may be preferably attached or printed with symbols 25 related to the religion or faith of the deceased or worshipers so that the heart of the deceased may be further inspired by the worshipers. have.

The lower surface of the lid 23 is formed with a protrusion 2a inserted into the upper opening of the body 21 and in contact with the inner surface of the seating portion 21a, so that the lid 23 is in place without shaking. )

The display box (D) is a housing in which the ashes (A) are accommodated, and includes a housing (30) and a detachable cap (40).

The housing 30 has an accommodating portion 31 in which the ashes A are accommodated, and is formed in a generally rectangular parallelepiped shape so that the housing 30 can be stacked and coupled with the other housing 30 in a horizontal and vertical direction.

The front of the housing 30 is open, the back plate 32 is perforated with a fixing hole (32a) is inserted into the fixing pin for fixing the housing 30 to the wall per ossuary.

The housing 30 is composed of an inner plate 33 and an outer plate 34 so as to have a predetermined thickness, and the inner plate 33 and the outer plate 34 are connected by a plurality of reinforcing plates 35 to be reinforced and supported. .

An inner bottom surface (ie, inner plate 33) of the housing 30 is provided with a mounting groove 36 on which the lighting means L is seated and mounted, and a front outer surface (ie, outer plate 34). Stepped portion 34a is formed so that the detachable cap 40 to be inserted is not protruded, and the rear surface of the detachable cap 40 is connected to the front surface to which the inner surface plate 33 and the outer surface plate 34 are connected. A plurality of receiving grooves 34b into which the reinforcing teeth 43c provided in the insert are accommodated are formed.

The loading protrusions 37 protrude from the left and right sides of the outer upper surface of the housing 30, and the loading grooves 38 inserted into the loading protrusions 37 of the other housing 30 on the left and right sides of the outer lower surface thereof. Formed.

In addition, the stacking grooves 38 are formed in a plurality at a predetermined interval in the front-rear direction, so that the two housings 30 arranged up and down according to which stacking grooves 38 are inserted into and coupled to each other are aligned with each other. It can be stacked, or can be stacked in a forward and backward direction by a certain length.

Thus, as shown in Figure 4, the display boxes (D) of the crypt assembly according to the present invention is stacked on each other, the stacking protrusions and the loading grooves can be shifted back and forth with each other,

The display boxes (D) loaded on one side of which one comes out and which one enters, can express a specific symbol in three dimensions as a whole.

In the drawing, the display boxes entering the rear of the display boxes (D) loaded on one surface represent a cross.

Magnets (or metals) 39 are provided on the upper and lower sides of the front and rear surfaces of the housing 30, and corresponding magnets (or metals) 49 are magnetically coupled to the magnets 39 at the rear of the detachable cap 40. do. The magnet 39 and the corresponding magnet 49 are not only magnetically coupled but also coupled in a male and female coupling manner to increase the coupling force, and the magnet 39 has a concave groove shape, and the corresponding magnet 49 is formed in the concave groove. The convex protrusion is inserted.

The detachable cap 40 covers the front opening of the housing 30 in a detachable manner.

The detachable cap 40 has a see-through window 41 for viewing and seeing the inside of the housing 30, and a holder 43 surrounding the edge of the see-through window 41 and coupled to the front of the housing 30. It is made to include.

The holder 43 is composed of an inner surface portion 43a and an outer surface portion 43b so as to cover the inner and outer surfaces of the front edge of the housing 30, and the inner surface portion 43a and the outer surface portion 43b are reinforcement bars ( 43c) to be reinforced and supported.

A pressing part 81 is provided below the outer surface of the holder 43, and a sensor 83 that detects pressing of the pressing part 81 is mounted inside. The pressing part 81 and the sensor 83 constitute a button 80 of the lighting means (L). The sensor 83 may be a pressure sensor for detecting the pressing force of the pressing part 81 or a touch sensor for detecting a finger touch of the pressing part 81.

The see-through window 41 is coupled to the rear of the holder 43 through the bracket 45.

The bracket 45 is a support part 45a supporting the rear surface of the see-through window 41 and a connecting part 45b vertically connected forward from the end of the support part 45a to protrude forward through the upper surface of the see-through window 41. ), A vertical portion 45c vertically connected upward from the end of the connecting portion 45b, and a fastening portion 45d vertically connected upward from the front surface of the viewing window 41 on both sides of the connecting portion 45b.

In addition, a fastening hole is drilled in the fastening part 45d, and a boss 43d for inserting a bolt penetrating the fastening hole into the rear of the holder 43 to couple the viewing window 41 to the holder 43 is provided. Formed.

And the corresponding magnet (or metal) 49 which is magnetically coupled to the magnet 39 of the housing 30 is coupled to the rear of the vertical portion (45c) of the bracket (45).

The lighting means (L) is mounted on the bottom surface of the housing 30, and illuminates the ash box (A) from the bottom.

The lighting means (L) is shown in Figures 3 and 5, the support 70, the LED module 50, the transparent plate 60, the button 80, the power supply 110, the overvoltage breaker 200, It comprises a switch 100, a timer 90.

The support 70 is mounted seated in the mounting groove 36 formed on the inner bottom surface of the housing 30.

The LED module 50 includes a light emitting LED 53 and a PCB 51 on which the LED 53 is mounted, and is embedded in the support 70.

The transparent plate 60 is placed on the upper portion of the support 70 to cover the opening, and made of a transparent material so that light emitted from the LED 53 can be transmitted to the ashes A.

The button 80 is provided on the outer surface of the detachable cap 40 of the display box (D). The button 80 is composed of a pressing portion 81 provided on the outer surface of the detachable cap 40 and a sensor 83 provided on the front surface of the housing 30 to sense whether the pressing portion is pressed.

The switch 100 turns on and off the power line connected to the LED module 50 to turn on the LED 53. The switch 100 is turned on or off when the button 80 is pressed to turn on or turn off the LED 53, and the lighting state of the LED lasts for a predetermined time (for example, 10 minutes) so that the timer 90 When off, it turns off to turn off the LED.

The power supply 110 converts commercial AC power input from the outside into driving power and supplies the power to the LED module 50 through a power line.

The overvoltage circuit breaker 200 is connected to the input side of the power supply 110, and when the surge or overvoltage is included in the input commercial AC power supply, the overvoltage circuit breaker 200 damages the power supply 110 and the LED module 50. prevent.

The power supply 110 and the overvoltage breaker 200 may be embedded in the support 70 of each crypt, but may be provided outside and electrically connected to a plurality of crypts to supply power.

As shown in Figure 6, the overvoltage breaker 200

A surge blocking unit 210 for absorbing and blocking a surge of an input commercial AC power source,

A noise removing unit 220 for removing noise of commercial AC power passing through the surge blocking unit;

A switching unit 230 provided at an output terminal and supplying or blocking commercial AC power passing through the noise removing unit to the power supply 110 by an on / off switching operation;

A detection unit 240 for detecting the strength of the AC power output from the noise removing unit;

A control unit 250 which receives the detection signal of the detection unit and controls an on / off switching operation of the switching unit to cut off the overvoltage;

A counter electromotive force blocking unit 270 for blocking back electromotive force introduced into the power supply 60 through the switching unit;

And a starting power supply unit 260 for rectifying and smoothing the output AC power of the noise removing unit to supply the starting power to the switching unit.

The surge blocking unit 210 is connected in parallel to the input terminal, and comprises a varistor (MOV1) and the arrester (A1) connected in series with each other.

A fuse F1 is connected to an input side of the surge interrupter 210 to block an overcurrent when a commercial AC power is applied.

The varistor MOV1 operates as if it is open (OFF) with a high resistance value below a specific voltage, but operates as if it is shorted because the resistance value is lowered above a specific voltage. Thus, when a surge overvoltage is input to the input terminal, it is turned on so that a current can flow.

The arrester A1 absorbs and blocks a current corresponding to a surge overvoltage introduced by the varistor MOV1 turned on. More specifically, the input current is avoided to ground so that the surge overvoltage component of the commercial AC power supply is no longer transmitted to the rear side.

The noise removing unit 232 is connected to the line filter LF1, the capacitors C1 and C2 connected in parallel to both sides of the line filter LF1, and parallel to the output side of the line filter LF1. The point comprises a pair of capacitors C3 and C4 with ground FG.

The line filter LF1 is composed of two coils wound in opposite directions, and cancels noise of the in-phase component from each other and serves as a low pass filter that blocks high frequency components.

Capacitors C1 and C2 connected in parallel to both sides of the line filter LF1 allow the line filter LF1 to remove noise in a wider band.

A pair of capacitors C3 and C4 connected in parallel to the output side of the line filter LF1, more specifically, the capacitor C2 provided on the output side of the line filter LF1, has an intermediate point grounded thereto. Eliminates electromagnetic noise caused by the AC characteristics of commercial AC power supplies.

That is, the pair of capacitors C3 and C4 remove conduction noise, enhance EMC (electromagnetic compatibility), lower EMI (electromagnetic interference) by about 10 dB, and resist EMS (electromagnetic immunity) by more than 10 kV. Have it.

The switching unit 230 is provided at the output terminal of the overvoltage circuit breaker, and is turned on and off by a switching operation to be turned off when the commercial AC power is an overvoltage higher than a predetermined voltage so that the overvoltage is not supplied to the power supply 110.

In the present invention, when the commercial AC power exceeds AC 380V, the switching unit 230 is turned off to cut off.

In the present invention, although the relay is used as the switching unit 230, a transistor capable of switching operation, a thyristor, a triac, and the like may be used as the switching unit.

As the switching unit 230, the relay includes a driving coil RC and a magnet switch RS turned on and off by an electromagnetic force of the driving coil RC.

The detector 240 includes a current transformer CT1, a bridge diode BD1, a capacitor C8, and a resistor R9.

The current transformer CT1 induces a current flowing in the primary coil provided in the output line to the secondary coil according to the turns ratio, and detects the strength of the AC power output from the noise removing unit 220.

The bridge diode BD1 rectifies the power supplied to the secondary coil of the current transformer CT1. A capacitor C7 is connected between the current transformer CT1 and the bridge diode BD1 to smooth the AC power induced in the secondary coil of the current transformer CT1.

The capacitor C8 connected to the output of the bridge diode BD1 smoothes and directs the power rectified by the bridge diode BD1.

The resistor R9 connected to the output side of the capacitor C8 transfers the power DC-directed by the capacitor C8 to the controller.

The controller 250 includes a zener diode ZD3, an S1 U1, a first transistor Q1, and a second transistor Q2.

The zener diode (ZD3) is a detection signal of the detector 240, which is transmitted through the resistor (R9), that is, the AC power output from the noise removing unit 220 is converted into a DC through the detector 240 When the supplied power becomes an overvoltage of a predetermined voltage (for example, AC 380V) or more, the power is turned on and transferred to the SR U1.

The SR U1 is triggered when the zener diode ZD3 is turned on and the power is input through the gate terminal, and is transmitted to the first transistor Q1. SLC (U1) is a silicon control rectifier (SCR) and is a semiconductor device with high reliability and stable operation.

The capacitor C9 and the resistor R3 connected to the gate terminal of the SR U1 smooth and stabilize the power transmitted by the zener diode ZD3, and input the same to the SR U1. It protects the SRC (U1) and increases the accuracy of the trigger action.

When the SR U1 is triggered, the first transistor Q1 is turned on by applying the output power of the sensing unit 240 to the gate terminal.

The resistors R4, R5, and R6 connected to the gate terminal side of the first transistor Q1 protect the first transistor and increase the stability of on-off operation.

When the first transistor Q1 is turned on, the second transistor Q2 is turned on by applying the output power of the first transistor to the gate terminal.

The resistors R7 and R8 connected to the gate terminal side of the second transistor Q2 and the diode D6 connected between the drain terminal and the source terminal protect the second transistor Q2 and perform on / off operation. Increase stability

When the second transistor Q2 is turned on, the starting power of the starting power supply unit 260 is supplied to the driving coil RC of the switching unit through the second transistor Q2, and thus the switching unit 230. Magnet switch (RS) is turned off to block the over-voltage commercial AC power supply to the power supply (60).

The back EMF blocker 270 blocks back EMF from the power supply 60 through the driving coil RC of the switching unit 230.

The back EMF blocking unit 270 includes two zener diodes ZD1 and ZD2 connected in series with the diode D5 and the varistor MOV2 connected in parallel to the driving coil RC.

The starting power supply unit 260 rectifies and smoothes the output AC power of the noise removing unit 220 to supply the starting power to the switching unit 230.

The starting power supply 260 is a bridge diode (D1 ~ D4) for rectifying the output AC power of the surge blocking unit 220, and the capacitor (C5) for smoothing the rectified power from the bridge diode (D1 ~ D4) , C6 and resistors R1 and R2 for applying the starting power smoothed by the capacitors C5 and C6 to the switching unit 233.

In the above description of the present invention has been described with reference to the accompanying drawings, the ashes having a sealed structure for preventing rancidity having a specific shape and structure, the present invention can be variously modified and changed by those skilled in the art, such variations and Changes should be construed as falling within the protection scope of the present invention.

A: Ashes
10: inner cylinder 20: outer cylinder
D: showcase
30: housing 40: removable cap
L: Lighting means
50: LED module 60: transparent plate
70: support 80: button
90: timer 100: switch
110: power supply 200: overvoltage breaker

Claims (4)

The body where the remains are placed,
An inner cylinder covering an opening of the main body, the gap with the main body including a cover sealed with a sealing member;

A body on which the inner cylinder is seated;
An outer cylinder including a lid covering an opening of the body;

Is coupled to the cover of the inner cylinder, the valve for discharging the air inside the body to the outside, injecting inert gas into the inside;

The outer cylinder is made of a transparent material is possible to see the inner cylinder,

On the surface of the inner cylinder is formed a plating layer of gold or silver color through a plating or coating process,
The lower portion of the outer cylinder is provided with lighting means,
At the time of illumination of the luminaire, the outer cylinder is radiated to the surroundings by the incident illumination light, and the inner cylinder reflects the incident illumination light to shine, thereby inspiring a feeling of mourning for the deceased,

The lighting means
An LED module including an LED emitting light and a PCB on which the LED is mounted;
A transparent plate disposed on the LED module and mounted on the outer cylinder;
A support having a built-in LED module and supporting the transparent plate thereon;
A power supply for converting commercial AC power input from the outside into driving power and supplying it to the LED module;
Remains having a sealed structure for preventing rancidity, characterized in that it is connected to the input side of the power supply, and comprises an over-voltage circuit breaker to protect the input commercial power by blocking surge and over-voltage. The method of claim 1,
The ashes are
In order to prevent damage, the main body is put into a mold while the outer surface of the main body is wrapped with a cushioning member, and then the inside of the main body where the ashes in the form of powder are placed is compressed and pressed into a press.
After the compression molded in the main body is placed ashes having a sealed structure for preventing rancidity, characterized in that the gap between the main body and the cover is sealed by a sealing member. delete delete

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