JPS6042251Y2 - bone support trolley - Google Patents

Description

[Detailed explanation of the idea] B Industrial application field The present invention relates to a bone carrier.

BACKGROUND ART Conventionally, when a corpse is cremated, fat flows out from the corpse and this contaminates the outer surface of the bone carrier or the edge of the entrance/exit of the crematorium, which is inconvenient in terms of appearance.

Therefore, a former representative of the present applicant previously proposed a device to solve the above-mentioned disadvantages (Utility Model Publication No. 49-1240R).

C. Purpose of the invention The object of the present invention is to propose a bone support car which evaporates the fat of a corpse through complete combustion and prevents the fat from flowing out of the bone support car.

2. Structure of the Device In order to achieve the above-mentioned object, the present invention has four layers of base bricks made of heat-insulating bricks with high water absorption on the base 1. The five layers of upper bricks made of silicon bricks are further constructed such that the central row of bricks 5a protrudes higher than the side brick rows 5b to form a flame path 7 due to the height difference. Surrounding wall brick 3 made of inexpensive fireproof bricks
It is characterized by being surrounded by .

Example Next, an embodiment of the present invention shown in the drawings will be described.

1 is a stand equipped with wheels 2, 3 is a peripheral wall brick placed around the top of stand 1, and is made of chamots (clay) JIS standard S
Use commonly used, inexpensive refractory bricks of about K35#.

Reference numeral 4 denotes a base brick, which is laid on the platform 1 inside the peripheral wall brick 3, and is made of a heat insulating brick (isolite) with high water absorption.

Reference numeral 5 denotes an upper surface brick laid on the base brick 4 so as to be located from the head to the waist of the corpse, and a silicon carbide brick containing carborundum and having high thermal conductivity is used.

The joints 6 of the silicon carbide bricks 5 are joined with water-permeable fireproof mortar, and unburned fat that flows out from the corpse before reaching a predetermined combustion temperature is collected at the joints 6.
It is designed to be absorbed into the base brick 4 through it.

The top bricks 5 are stacked with the center brick 5a higher than the side bricks 5b, so that flame paths 7 are formed on both sides of the center brick 5a.

8 is an opening that communicates the flame path 7 with a flue in the furnace.

Due to the above-mentioned structure, during cremation, the top brick 5 made of silicon carbide bricks can be used to burn about 800 pieces in a short time.
The temperature reaches a high temperature of °C, and the corpse is heated and burned at an early stage, and the fat flowing out from the corpse is received on the bricks, and the fat is completely burned and evaporated by the high temperature, thereby preventing the fat from flowing out of the truck.

In addition, in a corpse with a lot of fat, the fat may flow out before the top brick 5 reaches the above-mentioned high temperature. 6 and is absorbed and retained by the base brick 4 formed of highly water-absorbing insulating bricks.

When the base bricks 4 and the upper bricks 5 reach high temperatures, the fat absorbed and held by the base bricks 4 is burned and evaporated.

Therefore, even if the corpse has a lot of fat, the fat will not flow out of the cart.

G. Effects of the Invention As described above, in the present invention, the upper brick 5 is made of a silicon carbide brick with particularly high thermal conductivity, so that the upper brick 5 quickly reaches a very high temperature, making it possible to quickly burn the corpse. At the same time, the fat flowing out from the corpse can be completely burned and evaporated at an early stage, so that the outer surface of the cart or the edge surface of the entrance/exit of the crematorium is not contaminated by the flowing fat.

Furthermore, even if the corpse is particularly fatty, the water-absorbing base bricks 4 can completely burn the fat without causing the fat to flow out of the truck.

Furthermore, since the peripheral wall brick 3, which does not directly contribute to the combustion of the corpse, is made of commonly used and inexpensive refractory bricks,
It is cheaper to manufacture than those made entirely of expensive silicon carbide bricks or insulation bricks.

In particular, in this invention, since the flame path 7 is formed on the upper brick layer, the flame also spreads to the lower surface of the corpse, thereby further increasing the burning rate.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and FIG. 1 is a perspective view;
FIG. 2 is a front sectional view, and FIG. 3 is a partial side sectional view. 1...stand, 3...peripheral wall brick, 4...
... Base brick, 5 ... Top brick, 6.
... joint.

Claims (1)

[Scope of utility model registration request] Four layers of base bricks made of heat-insulating bricks with high water absorption are formed on the table 1, and on the upper surface of the four layers of base bricks, a fifth layer of top bricks made of silicon carbide bricks with high thermal conductivity is placed on the central part of the bricks 5a. The upper brick 5 is further surrounded by peripheral wall bricks 3 made of inexpensive fireproof bricks so that the row of side bricks 5b protrudes higher than the row of side bricks 5b and a flame path 7 is formed due to the difference in height. Features a bone support cart.