KR20030070400A - Carriage shifter in cvemator - Google Patents

Abstract

PURPOSE: A truck conveying device in a cremation furnace is provided to simplify the process that a furnace truck loading a casket is carried in and out the furnace through a cooling room. CONSTITUTION: A truck conveying device in a cremation furnace is symmetrically installed to both sides of a bottom of a cooling room and an upper part of a basement. The truck conveying device comprises : a fixing plate having slide grooves(42a) at both sides thereof; a support inserted in both sides of the slide groove, wherein a manual handle(44a) is formed at a side and a plurality of oilless bearings are formed at the bottom, so that sliding by the manual handle; a roller shaft(46) installed to an upper part of the support in a regular intervals and fixed by a bracket(49a) having a bearing(49), wherein a rotation roller(47) and a sprocket wheel(48) composing the roller shaft; a reducer(50) having a chain(52) connected to the sprocket wheel formed to the roller shaft installed to the upper part of the support; and a cover formed at an upper part of the roller shafts.

Description

Furnace Balance Transfer Device of Cosmetic Furnace {CARRIAGE SHIFTER IN CVEMATOR}

The present invention relates to an in-house trolley transfer apparatus of a crematorium having a combined configuration by interlocking an in-rotor bogie transfer apparatus of a crematorium to both sides of an upper end portion of a basement that becomes the bottom of a cooling chamber installed in front of a crematorium door. , The slide groove is inserted into both sides of the fixed plate formed on both sides and the slide groove, the support is slidably moved by a manual handle and the upper side of the support is provided with a rotating roller and a sprocket wheel is fixed by a bracket with a bearing is fixed to the sprocket The chain is wound around the wheel, and the roller shaft is installed at regular intervals and the reducer is formed on one side of the support and is connected to the chain wound on the sprocket wheel formed on the roller shaft. Transfer device installed symmetrically on both sides of the cooling chamber when it arrives By rotating the support handle, which has a plurality of roller shafts formed at the top of the manual handle, and moved to the center at the same time, when the cremation door is opened, the internal bogie is rotated by the rotation of the reducer and the chain is rotated to rotate the rotary roller of the feeder. After the transfer is completed, the internal trolley which has been put in and the make-up is taken out to the cooling chamber again, and when the cooling is completed, it is loaded on the underground traveling trolley and directly drawn out and transported to the outside of the bone chamber (not shown) or the cooling chamber 10. It is an advantage to shorten the process of bringing in and out of the furnace cart loaded with carcass tubes to the crematory through the cooling chamber, thus simplifying the cremation time and simplifying the complex tasks of professional workers.

In general, in transporting and injecting a conventional carcass tube into an interior of a crematorium using an internal bogie, the underground traveling cart installed in the basement of the cooling chamber is lifted up to maintain the level of the body tube with the roller inside the crematorium. The loaded inner truck is introduced into the cooling chamber, and the roller is formed in the underground car by the rotation of the roller. The underground car is lifted and then the interior car is lifted up. In the state of keeping level with the roller inside the crematory, the internal trolley with the carcass tube is taken out to the cooling chamber. The roller is inserted into the cooling chamber by the rotation of the roller formed in the underground driving truck. One cycle of the make-up operation is finished in the order in which it is made.

Therefore, in the cremation of the carcass, it is necessary to repeat the lift up and down functions of the underground trucks as above, and the lift and fall times of the underground trucks are long, and the makeup work time is very long.

An object of the present invention is to move the underground car loaded with the carcass tube by the internal car transport device installed in the cooling room to the inside of the crematory through the cooling room and to transport the bone chamber of the ashes without the need for underground driving trucks. It is intended to provide an in-house trolley transfer device for shortening the makeup process and simplifying complex tasks of professional workers by shortening the makeup process by limiting the ashes through the underground feet, which are the original functions of the trolley, to the bone chamber.

1 is a front view showing the toilet and the cooling chamber of the present invention.

Figure 2 is a plan view showing a furnace balance transfer apparatus of the present invention.

Figure 3 is a front view showing a furnace balance transfer device of the present invention.

Figure 4 is a partially enlarged perspective view showing one side of the transfer apparatus of the present invention.

Explanation of symbols on the main parts of the drawings

10 Cooling room 11 Cooling room door

12 Basement of the cooling room 20

21 Opening and closing door of crematory furnace 22

22a Locomotive drive roller 23 Middle year

24 furnaces with 24 reburns

31 Corpse building 32 Electric carriage

33 Underground Vehicle 33a Road Roller Drive Roller

40 Feeder 42 Retaining Plate

42a Slide groove 44 Support

44a handwheel 44b oilless bearing

46 Roller Shaft 47 Rotary Roller

47a tapered end 48 sprocket wheel

49 bearing 49a bracket

50 reducer 52 chain

60 cover

100 floors

When described in detail by the accompanying drawings as a means for achieving the above object is as follows.

1 is a front view showing a cremation furnace and a cooling chamber of the present invention, Figure 2 is a plan view showing a furnace balance transfer apparatus of the present invention, Figure 3 is a front view showing a furnace balance transfer apparatus of the present invention, Figure 4 is a present invention To show a perspective view of one side of the transfer device,

As shown in Figs. 2 and 4,

Before the cooling chamber 10 is formed to be symmetrical to both sides on the ground 100,

A fixed plate 42 having slide grooves 42a formed at both sides thereof,

The support 44 is inserted into both sides of the slide groove 42a, and the manual handle 44a is formed at one side, and a plurality of oilless bearings 44b are formed at the bottom thereof, thereby being slidably moved by the manual handle 44a. )Wow,

A roller shaft 46 provided with a rotary roller 47 and a sprocket wheel 48 to the upper portion of the support 44 and fixed to a bracket 49a having a bearing 49 and installed at regular intervals;

A reducer 50 having a chain 52 wound and connected to a sprocket wheel 48 formed on the roller shaft 46 installed above the support 44;

The cover 60 is formed on the plurality of roller shafts 46.

In addition, an oilless bearing 44b is installed at the bottom of the support 44 so that the support 44 on which the plurality of roller shafts 46 are formed can move smoothly with little force.

The tapered end 47a is formed at one end of the rotary roller 47 to prevent detachment of the in-vehicle truck 30 moved from the rotary roller 47 and serves as a safe guide.

In the figure, reference numeral 23 denotes an intermediate year, 24 denotes a reburn, and 33a denotes an internal bogie drive roller.

Referring to the operation and effect of the furnace 40 transfer device 40 of the crematorium 20 of the present invention configured as described above with reference to the actual use state as follows.

As shown in Figures 1 and 2, when the interior bore 30, the body pipe 31 is mounted on the electric traveling cart 32 and arrives to the front of the cooling chamber 10, the front door 11 before cooling opens. At the same time, by rotating the manual handle 44a which is formed on one side of the support 44 and protrudes to both sides outside the cooling chamber 10, the support 44 installed inside the cooling chamber 10 is provided on both sides of the fixing plate 42. Both sides reciprocate simultaneously toward the center of the cooling chamber 10 by the slide grooves 42a and the oilless bearings 44b formed of the plurality of roller shafts formed at the upper portion of the support 44 as shown in FIG. 46 is raised and protruded inwardly as much as it can support the bottom of the furnace bogie 30.

On the other hand, as described above, the reciprocating movement of the support 44 constituting the transfer device 40 to the inside and the outside has been described as being moved by the manual handle 44a, but this is described as an example and the support 44 is moved. It is also possible to transfer automatically by means of a pneumatic or hydraulic cylinder.

Accordingly, the electric travel cart 32 is operated by the electric travel cart 32 prepared in front of the cooling chamber 10 above the plurality of roller shafts 46 formed as the upper portion of the support 44 moved to the center as described above. The inner truck 30 mounted on the upper part is moved to the upper part of the plurality of rotary rollers 47 constituting the conveying device 40 and formed on one side of the support 44 constituting the conveying device 40. The chain 52 wound around the sprocket wheel 48 formed on the roller shaft 46 rotates in accordance with the rotation of the reducer 50 to transfer the inner bogie 30 to the inlet of the crematory 20.

The rotary roller 47 is to be rotated forward and reverse by the chain 52 in accordance with the forward and reverse rotation of the reducer 50, the inner bore 30 is transported by the rotary roller 47 Left and right deviation is prevented by the tapered end 47a formed at one end of the rotary roller 47.

Therefore, the furnace trolley 30 which is transported to the entrance of the crematorium 20 as described above is transported into the primary combustion furnace 22 of the crematorium 20 while the crematorium opening door 21 is opened. The rotational speed of the rotary roller 47 constituting the 40 rotates at the same speed as the rotational speed of the inner furnace bogie driving roller 22a installed in the primary combustion furnace 22 of the crematorium 20, The forward and reverse rotation of the rotary roller 47 and the crematory roller driving roller 22a is automatically controlled and operated by a separate control device (not shown).

In this way, the furnace trolley 30 drawn into the primary combustion furnace 22 of the crematorium 20 is rotated by the rotary roller 47 of the transfer device 40 formed in the cooling chamber 10 after the makeup operation is performed. After the transfer is done to the bone in the cooling chamber (10).

In addition, in the furnace trolley 30 on which cooling is completed, when the underground traveling cart 33 installed in the basement 12 of the cooling chamber is lifted up to reach the bottom of the furnace trolley 30 as in the prior art, cooling is performed. Rotating the manual handle (44a) protruding to the outside of the front chamber (10) is driven out to the outside of the support 44 so as to cover the furnace bogie 30 to immerse the rotation roller 47 in the protruding state to return to the original position Let's do it.

In this way, when the rotary roller 47 is immersed in the original position and there is enough space for the inner truck 30 to move downward, the underground traveling cart 33 is lowered to the basement 12 of the cooling chamber by a normal lift operation. While being mounted on the furnace trolley 30, the bones of the cooled state can be transferred to the bone chamber (not shown) using the underground running cart 33 to carry out the bone work.

As described above, the carcass pipe carried by the carcass pipe transporter is installed symmetrically on both sides inside the cooling chamber and is transferred to the cremation furnace using a transport device which is rotated and moved by a manual handle and a reducer and a chain. After the completion of the cooling, the internal balance of the furnace is taken out to the cooling chamber, so that when the cooling is completed, the manual work can be done easily in the cooling chamber. And the internal balance of the bones is transferred to the bone chamber of the basement by the underground driving truck. In parallel, there is an advantage of shortening the process of bringing in and out of the furnace trolley loaded with carcass tubes to the crematory through the cooling chamber and simplifying the complexion of professional workers. .

Claims (2)

Entry and exit of the body pipe 31 by the crematory 20 consisting of the primary combustion furnace 22, the secondary reburn furnace 24, and the opening / closing door 21, the furnace bogie 30, and the underground driving bogie 33. In the conventional combined configuration in which the cooling chamber 10 and the basement 12 for transporting the bones are provided While installing the furnace balance transfer device 40 to be symmetrical to both sides of the upper surface of the ground 100 and the basement 12 to be the bottom of the cooling chamber 10, In-vehicle truck transfer device 40 A fixed plate 42 having slide grooves 42a formed at both sides thereof, The support 44 is inserted into both sides of the slide groove 42a, and the manual handle 44a is formed at one side, and a plurality of oilless bearings 44b are formed at the bottom thereof, thereby being slidably moved by the manual handle 44a. )Wow, A roller shaft 46 provided with a rotary roller 47 and a sprocket wheel 48 to the upper portion of the support 44 and fixed to a bracket 49a having a bearing 49 and installed at regular intervals; A reducer 50 having a chain 52 wound and connected to a sprocket wheel 48 formed on the roller shaft 46 installed above the support 44; Rotor balance transfer device of the crematorium, characterized in that the cover 60 is formed on the plurality of roller shaft 46. The method of claim 1, An in-vehicle trolley conveyance apparatus for a crematorium, characterized in that the manual handle (44a) used as a means for manually sliding the support (44) to automatically slide as a hydraulic cylinder.