TW201305417A - Modern green environmental public mausoleum/cemetery - Google Patents

Abstract

The present invention relates to a public cemetery complex, which comprises at least one main burial unit comprising an underground portion and an overground portion, wherein the underground portion is a vertical structure of multiple layers, and each two adjacent layers are separated by a barrier compartment; while each layer contains a number of burial subunits for placement of coffins, the burial subunit is filled up to a predetermined height with a burial material; and the overground portion is a cover portion of the main burial unit for forming an identification sign of the main burial unit; wherein a ground floor for use as a working area and several upper floors for storage of niches and materials are included in interior of the overground portion, while a management area and a worship area are arranged peripherally around the overground portion.

Description

Modern environmental protection cemetery garden

This application claims priority to Hong Kong Provisional Patent Application No. 11107563.9 filed on July 20, 2011.

The present invention relates to cemeteries and, more particularly, to a modern environmentally friendly cemetery garden.

China and many countries in the world have always had a tradition of burial, but due to the increase in population, the cemetery and urban development land are extremely limited. At present, Hong Kong permanent burial requires about 400,000 to 500,000 expenses, but it may not be in place. Some elderly people choose to book more than 100,000 yuan in permanent grave burial grounds in Shenzhen in order to prevent their children from cremation. At present, the burial grounds of the Hong Kong Government are only in the thousands of dollars. However, the tombs of the tombs have been more than six years old and must be relocated, reburied or cremation. In 1999, Hong Kong also had cemetery management staff to obtain permanent grave burial grounds reserved for civil servants. The ancestors were buried and they were prosecuted for breaking the law.

Take Hong Kong as an example. Almost all districts have burial cemeteries built on hills. On the small island of Hong Kong, there are large cemeteries such as Happy Valley, Chai Wan, Aberdeen and Pok Fu Lam. Who wants to live in a row of new and old tombstones every day? Insufficient ashes often make headlines. On the other hand, there are already six crematoriums in small places in Hong Kong. The actual occupation of the crematorium is much larger than that of the land, because commercial and residential buildings will not be built nearby.

The current public burial and cremation policies have shortcomings. Based on the external social costs of cremation and the external social benefits of burial that are replaced by cremation, the government should support the use of resources for current cremation to support environmentally-friendly burial with a small footprint. As a result, cremation charges reflect all actual total social costs. The government should redeploy resources and policies to support new types of burial for sustainable development and to assist in carbon trading.

External social costs/negative externalities:-

1) The high temperature used for cremation and the effects of burning tens of thousands of organic matter on the surrounding environment and accelerating global warming;

2) Exhaust gases and compounds emitted by cremation pollute the air, causing far-reaching damage to the ecology and the atmosphere; (Note: Any pollution emission standards are only emissions under the existing technology, resources and cost permits, not emissions.)

3) The external social benefits of burial that are reduced by cremation instead of burial. Such as: organic circulation and decomposition of earth burial, nourish the soil, promote the growth of animals and plants and help the climate balance;

4) cremation replaces burial to increase energy consumption (unnecessary) and increase temperature;

External social benefit/positive externalities:-

1) Organic circulation and decomposition of earth burial, nourish the soil, promote the growth of animals and plants and help the climate balance.

2) Gas can be collected/produced;

3) Substitute the external social cost of cremation;

- Avoid unnecessary energy consumption and greatly reduce carbon dioxide emissions;

- Avoid the effects of high temperatures of cremation on the surrounding environment and avoid accelerating global warming;

- Avoid global air pollution caused by the burning of organic matter in cremation. Any "emission standard" is not without pollution, but only reduces the pollution by the available technical standards; therefore, the current soil/cremation resources are mismatched.

In order to improve the utilization rate of the tombs, the Chinese utility model patent CN1827986A discloses a fully enclosed centralized burial tomb, which consists of two parts, the underground and the surface, wherein the underground part is a rectangular or circular closed tomb with a sealing cover. The interior of the tomb is provided with a multi-layer combined placement frame for placing a plurality of caskets or caskets; the surface portion is composed of a burial chamber mounting base and a recognition tombstone.

The Chinese utility model patent CN1529027A discloses a well-type tomb dedicated to placing ashes, which is composed of wells having a jacket layer, wherein each layer can be divided into different regions to adapt to people's psychological needs for Feng Shui.

The Chinese utility model patent CN101230760A discloses a cemetery garden and a funeral method. The cemetery garden is surrounded by plants and divided into several sections, in which a drainage system and a water supply system are set up; a management office is set up, and a computerized automatic management of the entire cemetery is implemented.

It is an object of the present invention to provide a modern environmentally friendly cemetery garden. On the one hand, it can greatly increase the permanent burial capacity of limited land, which is enough to replace or reduce the cremation of the current actual total social cost, minimize the heat, energy consumption and pollution of cremation emissions, improve the current land occupation of single-layer burial and the cemetery On the other hand, the use of the worship space can be greatly increased, and the sustainable management of the worship facilities can be realized at the same time, and the worship/management difficulties scattered in the family cemeteries in different years can be reduced, so that people can worship and enjoy The continuous management and the re-burial or cremation of the bones of the tombs which have exceeded the Government's required lengths can enhance the operational quality of the funeral industry and the overall social hygiene level and avoid nuisance to the disadvantages of the ancestors.

The tombs of the present invention can be combined with modern lifestyles, especially for densely populated areas.

The tomb burial garden of the invention does not need to use chemicals, does not need to use expensive high-tech instruments to process, and has the following advantages:

A) Using modern technology - can make the burial of the burial in the sanitation and sterilization;

B) Using modern building technology - can make the landfill equal to the cremation;

C) using modern technology - can make actual burial expenses equivalent to actual cremation expenses;

D) Use the collective purchasing power to build a public cemetery that looks like a traditional royal tomb. It is believed that modern people who accept cremation will not adhere to traditional independent tombs or cremations; environmentally friendly permanent burial cemeteries with modern multi-storey buildings can solve the problems of current land occupation, toll, operation, management and security, and Improve the public burial procedures for many years and improve the hygiene standards of the community as a whole, and avoid nuisance to ancestors.

The cemetery garden of the present invention provides a cost-effective permanent burial option, and there is no long-term land occupation problem and the negative impact of the cemetery on ecology and city appearance.

The object of the invention is achieved in this way:

The invention provides a cemetery garden, comprising at least one tomb main unit, the tomb main unit comprising a subterranean part and a ground part, wherein the underground part is a vertical multi-layer structure, and the layers are separated by a layer, each layer The layer includes a plurality of tomb units for placing coffins, and the compartments can be used for environmental control such as drainage and exhaust. The tomb unit is filled with a burial material to a predetermined height; the ground portion is a top cover portion of the main body unit of the tomb, and is used as an identification mark for forming a main unit of the tomb, and the interior of the ground portion is included as a work area. The ground floor and the upper multi-layer for storing the ashes and the material, and the management area and the worship area for the cemetery are arranged around the ground portion.

Alternatively, various devices for transportation may be provided inside the underground portion of the tomb main unit.

The height of each layer of the underground portion of the main body unit of the tomb may be set to, for example, about 1 meter. The gravel unit areas in each of the underground sections or in certain layers may be divided into sections according to religion or ethnicity.

The top cover portion serving as an identification mark for forming a main unit of the tomb is about ten to several tens of meters higher than the management area and the worship area around it.

The management area includes a plurality of work areas and a site, and a conveyor belt, an activity auxiliary transport platform, and a work entrance and exit are provided in the work area and the site. The conveyor belt connects the work area entrances and exits of the management area and the inner work area of the ground portion.

The internal working area of the ground portion includes, for example, a temporary storage area, a pressure steam sterilization area, a frozen temporary storage area, a boom area, and the like. A plurality of boom devices are disposed in the boom region, and the boom devices are placed at the entrance and exit of the underground portion and the rafters and materials are placed to each predetermined crypt unit of the underground portion.

The floor portion used to form the identification mark is a multi-layer structure including a ground floor layer and an upper multi-layer, wherein the upper multi-layer is provided with a space and/or a shelf, and is provided with each work area connecting the upper layer and the ground layer. Stairs, conveyor belts, lifting platforms, and other ancillary equipment.

The cemetery of the present invention also includes a ventilation system for the floor portion, which may be disposed at the top of the external management area and the worship area.

There are a plurality of worship sites in the worship area, each of which has a platform for placing the reserved accessory ashes, a wall-mounted electronic screen for displaying the image of the ancestors, and a curtain door. The aim is to provide a high quality and safe place to worship.

In order to facilitate the computerized management of the cemetery, computers, wall-mounted electronic screens, and related electronic networks for the computer and wall-mounted electronic screens and connected related electronic devices can be set in each work area.

Alternatively, the cemetery garden according to the present invention may have two or more adjacent tomb main units, the management area and the worship area being located at the periphery of the ground portion of each of the tomb main units.

The construction of the underground portion of the tomb main unit according to the present invention has the following advantages:

The area of the tomb unit used to place the coffin in each floor or in some layers of the underground section may be divided into several sections by the assembly according to the religious and ethnic occupied area, and the area of each partition may be changed according to actual needs.

The adjacent layers of the underground part are separated by spaces to respect the ancestors and to facilitate environmental control of the work area, such as drainage and exhaust. It is also cost-effective to facilitate the collection of gases and processing into energy.

Since the cemetery garden of the present invention provides intensive permanent tombs and cooperates with modern daily life, the problem of decentralized and difficult management and security of the independent single-layer graves is improved, and the centralized management and sustainable development of the cemetery are optimized, and the avoidance is avoided. The worshippers of the independent tombs in the wilderness suffer from mosquito bites and the need to clean and maintain the graveyard frequently. The modern environmental protection cemetery garden utilizing modern technology and theory is more feasible, environmentally friendly and more economical than the current cremation and burial.

1 is a schematic view showing the structure of an embodiment of a tomb main body unit 100 according to the present invention. The main structure of the tomb main unit shown in the drawing is preferably formed in a prefabricated manner, which is composed of the underground portion 1 and the ground portion 2. The depth of the underground part 1 is limited to the modern building technology and geographical location. The area is determined by the population structure and cost-effectiveness of the area: the construction scale is determined by the mortality rate, for example, one month or more. The cross-sectional shape of the underground portion 1 may be a square shape, a hexagonal shape, a circular shape, or other suitable shape. The underground part 1 is a "vertical multi-layer" structure. The interior is used as a permanent burial and ashes area except for the basic necessary building structure and the space required for the relevant handling equipment. The height h of each floor can be set to For example, about one meter high, the layers are separated by a layer 12 between the layers. The use of this sealed building type can reduce the impact on the surrounding environment, and can also add other environmentally friendly ingredients, such as natural gas extraction and drainage. Its operating costs are lower than the government's cost of collecting gas at landfills. The ground portion 2 of the main body unit of the tomb has a ground floor 23 serving as a work area and an upper multi-layer 24 mainly serving as an accessing ashes and materials. The ground floor 23 may be provided with a handling device, a pressure steam sterilization device, or the like.

Fig. 2 schematically shows the configuration of a layer 11 of the underground portion of the prefabricated tomb main unit 100 of the present invention. The number of tomb elements is determined according to the actual available area of each layer of the underground part. For example, 150 by 250 tomb units can be set for each floor. The tomb unit area in each layer or layers may be divided into a plurality of partitions 16 according to each religion or race. Each tomb unit is used for placing a coffin and filling it with a burial material such as mud, sand, stone, etc. to a predetermined height. After the tomb unit of the layer is used up, a prefabricated partition is placed on top of the layer or The cover, and thus another layer is formed thereon, and so on, until the underground portion of the tomb main unit 100 is completely used up. A ventilation system may also be provided in the underground portion of the tomb main unit 100, and as the case may be, a drainage and/or exhaust system may be provided in the compartment between the layers.

3 is a schematic view showing the arrangement of the tomb main unit 100 of the present invention adjacent to another tomb main unit 200. The structure of the other tomb main unit 200 may be the same as or similar to the above, and each layer or layers of the underground portion may also be divided into a plurality of regions 17, 18, 19 by religion or ethnicity, to show respect for each major. Religious or ethnic ancestors.

4 is a schematic view showing the adjacent arrangement of a plurality of tomb main units 300, 400, 500 in a cemetery garden according to the present invention, wherein adjacent portions (including underground portions) of the main body units of the tombs cooperate with each other. When a main unit of a tomb is full or nearly full, an adjacent tomb main unit can be built at a predetermined location next to it. This adjacent configuration can consolidate the underground structure. The ground parts that form a connection or complement to the main unit of these tombs serve as a worship area and management area 3, such as venues, administrative areas and work areas, etc., in order to effectively utilize and save construction and operational management resources and to guide the flow of people, exempting descendants Due to the scattered cemetery or ashes, the worship and long-term management difficulties.

Figure 5 is a schematic view showing the structure of the floor portion 2 of a tomb main body unit 100 of the present invention. The top cover portion of the main body unit 100, that is, the ground portion, is used as an identification mark of the main unit of the tomb, and its appearance can be designed to resemble the shape of a traditional royal or ancient tomb, such as a pyramid shape, and the materials used are durable. And environmental protection. In order to prevent strong earthquakes and reduce long-term maintenance expenses, the ground part 2 of the main unit of the tomb can be limited to a certain height without developing into a high building, for example, about ten meters or dozens higher than the surrounding worship area and management area. Meter. The interior of the ground portion 2 can be constructed in multiple layers including a ground floor 23 and an upper multilayer 24. Spaces and/or shelves for placing accessory ashes or materials are provided in the upper multi-layer. In this embodiment, the upper multilayer 24 has a total of three layers. Of course, the height of the ground portion and the number of layers inside can be changed depending on the specific situation.

A worship area and a management area (such as a venue, an administrative area, a work area, and the like) are disposed around the ground portion 2 of the main unit of the tomb, and these areas are only placed on the ground around the main unit of the tomb to show respect to the ancestors. Therefore, the ground floor 23 inside the ground portion 2 only has the necessary work area and related equipment, and the working area of the ground floor includes an area for temporarily storing and processing the remains of the ancestors, ashes, materials or eucalyptus, and the ground portion 2 The upper multi-layer 24 is used to temporarily store the precursor ashes or materials. As shown in Fig. 10, the ground floor 23 is provided with a transport facility such as a wheeled belt or a lifting platform. A ventilation system for the ground portion of the main unit of the tomb is provided at the top of the worship area and the management area around the ground portion 2.

Figure 6 is a schematic view showing the configuration of a cemetery garden according to the present invention, which includes a tomb main unit 100 and fields 25, 26 for different purposes around the main body unit of the tomb, a work area 27 and a worship area 28. A conveyor belt system 29 and a working entrance are provided in the ground floor inside the ground portion of the tomb main unit and in each of the venues. The work area 27 is disposed between the tomb main unit 100 and the various use sites 25, 26 and the plurality of worship areas 28. There are a plurality of worship sites in the worship area 28, each of which has a platform 52 for placing the reserved accessory ashes, a wall-mounted electronic screen 51 for displaying the image of the ancestors, and a door. (eg: transparent screen door) 53, to provide a private space, as shown in Figure 7. In the work area 27, the worship area 28, and the venue 25, transparent intervals (not shown) for security and maintenance purposes may be separately provided. A passageway 39 is provided outside the site 25, 26, the work area 27, and the worship area 28 for connecting the store area 36, the rest area 37, the administrative area 38, and the like, and is provided with a plurality of entrances and exits. The site 26 can be used as an entrance for the rafters, ashes, and is provided with a plurality of inlets for the conveyor belt.

The conveyor belt system 29 connects the entrances and exits of the respective fields 25, 26 and the working areas inside the ground portion of the tomb main body unit, wherein the working area of the ground floor includes the temporary storage area 30 and the pressure of the plurality of pressure steam sterilization machines 311 The steam sterilization zone 31, the frozen storage zone 33 and the boom zone 34 are provided with a plurality of boom devices 35, each of which is located at the entrance and exit 341 of the underground portion, and the boom device can be alone or together with the underground The transport equipment provided in the section places the rafters and materials into each predetermined crypt unit of the underground section. In a further embodiment of the cemetery according to the invention, two or more adjacent and coordinated tomb main units may be included in a cemetery park and may be arranged outside the ground portion of each adjacent tomb main unit. The site, the work area 27, the worship area, the store area, and the like of the above embodiment.

Figure 8 is a schematic illustration of one of the upper layers 24 of the upper portion of the floor portion of the tomb main unit of the present invention. The floor is provided with a plurality of partitions or shelves 42 for temporarily storing the ashes or materials of the ancestors; and a staff stair 43 for connecting the floors and the working areas on the ground, the transport belt 40, the lifting platform 41, and the activities Auxiliary transfer platforms (not shown), and other auxiliary equipment and transportation facilities. The associated ventilation system for each work area inside the ground portion of the main unit of the tomb may be located at the top of the external worship area and the management area.

In order to facilitate computerized management, an electronic network for computers, wall-mounted electronic screens and other electronic devices may be laid on the top of the work area 27, and a host computer and related computer equipment are set in the work area 251 and the main room 252. In order to read and set the information and information of each worship arrangement by the staff, and notify the relevant work areas. In an exemplary management method of a cemetery garden according to the present invention, if a public who has made an appointment or has no reservation needs to use the venue 25 or the worship area 28, it must first go to the work area 251 to apply for registration and confirmation, and the work area 251 The staff will arrange the location and time of the worship area or venue, select the image and time limit, review and confirm other relevant arrangements, and then print the confirmed arrangements to the relevant parties and notify the worship areas via the electronic network list or The staff of the venue, and instruct the relevant person to wait at the relevant location. After the staff setting and review arrangements, the venue will be opened to the relevant parties. After the preset time has elapsed, the staff will immediately set up the arrangement for the next appointment.

After receiving the appointment of the coffin or the ashes, the computer terminal set in the work area 251 is used to classify or partition the reservation location and select relevant workflows, and notify the relevant work areas. After the staff has checked the documents correctly, the coffin or ashes will be permanently placed into the work area through the conveyor belt. After the work area staff checks the documents correctly, the coffin will be permanently placed in the pressure steam sterilization area 31 and then sent to the frozen storage area. 33 is temporarily stored or sent to the boom area 34.

After the staff has reviewed the file and the location of the area, the permanent placement of the rafters on the conveyor belt is placed in the predetermined position of the underground part of the main unit of the tomb through the boom device. Finally, the staff will bury the materials in batches (eg sand, mud, Stone, etc.) is placed in the predetermined position via the boom device and the transport device.

9 through 11 are flow charts showing the operation of several management demonstration methods of a cemetery garden in accordance with the present invention.

Figure 9 shows the operational flow of permanent eucalyptus burial. First, the funeral company/hospital/religious group/related person submits the appointment information, and agrees to the contract and the worship arrangement. The cemetery operation department arranges the appointment and the appointment time; the work area 251 receives the appointment of the coffin for the classification and division. Location and selection of relevant work processes, the use of the specified environmentally friendly materials, and delivery to the intended receiving location, verification of relevant documents and information, such as documents and information inconsistent, return or arrange temporary storage contracts; if the documents and information are complete, Arrange the simple ceremony by yourself, and after checking the relevant documents again, the coffin is sent to the pressure steam sterilization zone 31 for treatment, and then sent to the temporary storage area 33 or the boom area 34 to wait for the coffin to be placed in the predetermined tomb of the underground part.

Figure 10 shows the placement process of the urn: the burial merchant/hospital/religious group/related person submits the appointment information, and agrees to the contract and the worship arrangement, the cemetery operation department arranges the appointment and the appointment time; the work area 251 receives Make an appointment with Tochigi, select the location and select the relevant work flow, and use the specified environmentally friendly materials for the columbarium and send it to the intended receiving location to verify the relevant documents and materials, such as documents or data that do not return, documents and materials. Completely, you can arrange a simple ritual and re-verify the relevant documents and materials. The urn is permanently placed in the underground part of the main unit of the tomb, or the access urn is placed on the upper floor of the ground part by hand or by automatic mechanical handling equipment. The predetermined location in the registration, when the relatives and friends are taken out and cleaned up, is sent to the intended worship site, for example, for a period of 30 years, the expiration can be continued for 10 years, and then permanently placed in the underground part of the main unit of the tomb.

Figure 11 shows the operation process of the venue and the worship area: If the public who has made an appointment or has no reservation needs to use the depression or the worship area, they must first go to the work area 251 to apply for registration and confirmation, and the staff will arrange the worship area or the location of the venue. Select the image, time limit, review and confirm the relevant arrangements. The confirmed arrangement will be printed to the relevant person and notify the worship area/site staff via the electronic network list. The relevant person will wait at the relevant location, staff setting and review. After checking the arrangement, arrange for the relevant person to enter the depression. After the preset time has passed, the staff will immediately go through the relevant procedures for the next appointment.

While the preferred embodiment of the invention has been described herein, it will be understood that The described implementation details may be replaced with any other equivalents, or modifications or variations may be made without departing from the scope of the invention.

1. . . Underground part

2. . . Ground part

3. . . Management area

11. . . Floor

12. . . Compartment

16. . . Partition

17, 18, 19. . . region

twenty three. . . Ground floor

twenty four. . . Upper multi-layer

25, 26. . . site

27. . . Work area

28. . . Worship area

29. . . Conveyor belt system

30. . . storage cache

31. . . Pressure steam sterilization zone

33. . . Frozen storage area

34. . . Boom area

35. . . Boom device

36. . . Store area

37. . . rest area

38. . . Administrative district

39. . . aisle

40. . . conveyor belt

41. . . Lifts

42. . . Spacer

43. . . stairs

51. . . Wall-mounted electronic screen

52. . . platform

53. . . door

100, 200, 300, 400, 500. . . Tomb main unit

251. . . Work area

252. . . Host room

311. . . Pressure steam sterilization machine

341. . . Entrance and exit

Figure 1 is a schematic view showing the structure of a main body of a tomb of a cemetery according to the present invention;

Figure 2 is a schematic view showing the arrangement of one of the underground portions of the main body unit of the tomb shown in Figure 1;

Figure 3 is a schematic view showing the arrangement of the tomb main unit shown in Figure 1 adjacent to the intended second tomb main unit;

Figure 4 is a schematic view showing the adjacent arrangement of a plurality of prefabricated tomb main units according to the present invention;

Figure 5 is a schematic structural view of a ground portion of a prefabricated tomb main unit of the present invention;

Figure 6 is a schematic view showing the arrangement of a cemetery garden according to the present invention, which comprises a main body of a tomb and a site for different purposes around the main unit of the tomb, a work area and a worship area;

Figure 7 is a schematic view showing the structure of two adjacent worships in a worship area according to the present invention;

Figure 8 is a schematic view showing the arrangement of one of the upper layers in the ground portion of the tomb main unit shown in Figure 5;

Figure 9 is a flow chart of permanent burial of the present invention;

Figure 10 is a flow chart of placing the ashes of the present invention;

Figure 11 is a flow chart showing the operation of the depression and the worship area of the present invention.

1. . . Underground part

2. . . Ground part

12. . . Compartment

twenty three. . . Ground floor

twenty four. . . Upper multi-layer

Claims (15)

A cemetery garden characterized by comprising at least one tomb main unit, the tomb main unit comprising a subterranean part and a ground part, wherein the underground part is a vertical multi-layer structure, and the layers are separated by a compartment, each layer The layer includes a plurality of tomb units for placing the coffin; the ground portion is a top cover portion of the tomb main unit, and serves as an identification mark for forming a tomb main unit, the interior of the ground portion including a floor serving as a work area The layer and the upper layer for storing the ashes and the material, the periphery of the ground portion is provided with a management area and a worship area. The cemetery garden according to claim 1, wherein the tomb unit is filled with a burial material to a predetermined height. The cemetery garden according to claim 1, wherein the height of each layer of the underground portion of the main unit of the tomb is about 1 meter. A cemetery garden according to claim 1, wherein a transport device is provided inside the main body unit of the tomb. The cemetery garden according to claim 1, wherein each of the underground portions of the tomb main unit or the tomb unit area in some layers is divided into a plurality of sections according to religion or ethnicity. The cemetery garden according to claim 1, wherein the top cover portion used as an identification mark for forming the main unit of the tomb is about ten meters higher than a management area and a worship area around it or To tens of meters. The cemetery garden according to claim 1, wherein the management area comprises a work area and a site, and a conveyor belt, an activity auxiliary transport platform and a work entrance and exit are provided in the work area and the site. The cemetery garden according to claim 7, wherein the conveyor belt connects the work area entrances and exits of the management area and the inner working area of the ground portion. The cemetery garden according to claim 1, wherein the inner working area of the ground portion comprises a temporary storage area, a pressure steam sterilization area, a frozen temporary storage area, and a boom area; The zone includes a plurality of boom devices located at the entrance and exit of the underground portion and capable of placing the rafters and materials to each of the predetermined tomb elements of the underground portion. The cemetery garden according to claim 1, wherein the upper portion of the floor portion is provided with a space and/or a shelf, and each of the upper layer and the ground layer is connected. Stairs, conveyor belts, lifting platforms, and other ancillary equipment in the work area. A cemetery garden according to claim 1, further comprising: a ventilation system for a floor portion of the main body unit of the tomb, the ventilation system being disposed in the management area outside the ground portion And the top of the worship area. A cemetery garden according to claim 1, characterized in that it further comprises a ventilation and drainage system for the underground portion of the main unit of the tomb. The cemetery garden according to claim 1, wherein the worship area is provided with a plurality of worship places, and each worship place is provided with a platform for placing the reserved access ash. , a wall-mounted electronic screen for displaying images of ancestors, and a curtain door. The cemetery garden according to claim 7 is characterized in that: each of the working areas is provided with a computer, a wall-mounted electronic screen, and an electronic screen for the computer and the wall-mounted electronic device and connected with related electronic devices. A related electronic network to implement computerized management of the cemetery. The cemetery garden according to claim 1, wherein the cemetery has two or more adjacent tomb main units, and the management area and the worship area are located at each place. The periphery of the ground portion of the main unit of the tomb.