WO2014089890A1 - Innovative technical solution for "gas-submersion-type" archaeological excavation site measures for organic cultural relics - Google Patents

Innovative technical solution for "gas-submersion-type" archaeological excavation site measures for organic cultural relics Download PDF

Info

Publication number
WO2014089890A1
WO2014089890A1 PCT/CN2013/000181 CN2013000181W WO2014089890A1 WO 2014089890 A1 WO2014089890 A1 WO 2014089890A1 CN 2013000181 W CN2013000181 W CN 2013000181W WO 2014089890 A1 WO2014089890 A1 WO 2014089890A1
Authority
WO
WIPO (PCT)
Prior art keywords
space
cultural relics
technology
request
gas
Prior art date
Application number
PCT/CN2013/000181
Other languages
French (fr)
Chinese (zh)
Inventor
王振牛
王玉轩
Original Assignee
Wang Zhenniu
Wang Yuxuan
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN2012105395323A external-priority patent/CN103075030A/en
Application filed by Wang Zhenniu, Wang Yuxuan filed Critical Wang Zhenniu
Priority to CN201380015524.1A priority Critical patent/CN104718334A/en
Publication of WO2014089890A1 publication Critical patent/WO2014089890A1/en

Links

Classifications

    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04HBUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H15/00Tents or canopies, in general
    • E04H15/20Tents or canopies, in general inflatable, e.g. shaped, strengthened or supported by fluid pressure

Definitions

  • the “generation plasma” and “golden bell” found by the innovative technical solution of the present invention are “non-active gases (mainly argon)”. For reasons of physical and chemical properties, carbon dioxide, nitrogen, helium, and neon must not be used (they are less dense than oxygen, and cannot “crowd away” oxygen, etc.).
  • the atomic structure is the most stable, the electron affinity is close to zero, and does not carry any activation energy; it has a high ionization potential; a non-difficult man-made environment cannot form or lose electrons to form a chemical bond. That is to say, there is no activation energy attached to the normal state, and its normal temperature intervention will not or hardly cause a sudden change of organic artifacts in the pit;
  • the “golden bell” is the “argon movable house” of the present invention. ⁇
  • the first priority is to first block the ancient tomb defenses "exposed” and “exposure”; if exposed to the air, before the professional arrives, the local personnel will be blocked, first blocked, or The original soil is sealed.
  • the cultural relics may be placed in the "argon” box, moved to the outside of the tomb in the underground environment, and transported back for post-processing.
  • B. Utility model technology "Submersible” organic cultural relics archaeological excavation site operation activity house. In order to implement the "Innovative Technical Plan for Fieldwork of "Submersible” Organic Relics Archaeological Excavation Sitework", the special research and development "utility type” organic archaeological excavation site operation activity house” utility model technology, the two are a total Invention concept.
  • qi inert gas mainly composed of argon
  • submarine means working in a diving state such as wearing a wetsuit.
  • Type A According to the excavation site topography, do the "submarine-style" organic cultural relics archaeological excavation site operation activity house. (Applicable to ancient tombs where the ancient tombs are still in existence, the venue is not very large, and the cultural relics are concentrated.
  • Figure 1 A, B, C
  • the staff prepares a "dark light-view mirror" (enhanced the intensity of the artifacts in the mirror).
  • the air outlet of the mobile home is the entrance and exit of the operator: the air inlet is located at the wall. (The density of argon is large and can only overflow from inside J1) ( Figure 4)
  • the temperature of the intake of the mobile home is slightly lower than that of the underground environment. This is to balance the activation energy brought about by lighting, human body and operation. Increase Light & ⁇ New ⁇ ⁇ —; - cooling - that is, reduce, a new - increase activation energy. ,)
  • the "submarine-type" organic cultural relics archaeological excavation site operation activity house is a two-corner arc-roofed house, which can be prefabricated and consists of three parts: A, B and C. ( Figure 1, A, B, C)
  • the gas-sensitive probe is installed in the air outlet pipe, and the air intake device is activated to ensure that the technology is in a normal state.
  • Archaeological staff working space Set up ordinary tents to control the amount of activation energy such as natural light.
  • the micro-moving house is equipped with the anti-seismic and thermal storage dark box of this technical relic. Once the cultural relics are unearthed, they are immediately placed in the box to maintain the underground environment and moved back for post-processing.
  • a transparent sealed container made of a display of cultural relics.
  • the container is open at the top.
  • the operator is equipped with the technology "submersible clothing” and related equipment.
  • Submersible clothing is only “helmet type”. There are two tubes in and out of the helmet.
  • the air outlet pipe is external and has a ventilation power device.

Landscapes

  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Physics & Mathematics (AREA)
  • Fluid Mechanics (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Automobile Manufacture Line, Endless Track Vehicle, Trailer (AREA)
  • Chemical And Physical Treatments For Wood And The Like (AREA)

Abstract

State of the art: "Archaeological Excavation Site Mobile Laboratory" technology, an international leader. The technology is mainly characterized by the use of "race-against-time" measures suited to lessen damage to organic relics caused by unearthing and subsequent exposure to new "activation energy". However, the technology still does not eliminate the effects the post-excavation environment has on said relics. The features of the invention involve: finding a good "plasma substitute" that has no negative effects and can act as a substitute for the underground environment in which a delicate relic is found; creating an "impenetrable shield" to use when excavating at the site of the underground relic; and excavation workers submerging into the "impenetrable shield" to work while ensuring that all forms of "activation energy" imposed by the above-ground environment is sealed out and that measures related to the excavation, protection, and preservation of the relic are done in the "plasma substitute" space, thereby eliminating any disturbances originating from the above-ground environment, ensuring "zero contact" between the above-ground environment and the below-ground environment, and ensuring that the "impenetrable shield" seals out any "activation energy" originating from the above-ground environment.

Description

潜气式"有机类文物考古发掘现场作业创新技术方案  Submerged gas "innovative technical solution for on-site operation of archaeological excavation of organic cultural relics"
技术领域: 文物考古领域。 Technical field: The field of cultural relics and archaeology.
背景技术: 由中国敦煌考古研究所、 清华大学等五个单位协研的 《考古现场发掘移动实验室》技术 方衮, 目前国际领先。 该技术方案的总特点是: 先进行科学地预探地下空间状况, 以制定科学发掘方案, "争分夺秒"地使地下文物, 特别是有机类文物, 尽快脱离己接触的地上新环境, 以达到尽量减轻有机类 文物因出土、 接受地上新环境中 "活化能"激发而带来的侵害。  BACKGROUND OF THE INVENTION The “Architectural Excavation Mobile Lab” technology, jointly researched by the Chinese Dunhuang Archaeological Research Institute and Tsinghua University, is currently leading the world. The general characteristics of this technical solution are: First, scientifically pre-exploring the underground space conditions, to formulate scientific excavation plans, and “race against time” to make the underground cultural relics, especially organic cultural relics, get out of the new ground environment that they have contacted as soon as possible, in order to achieve Reducing the damage caused by organic materials in the unearthed and accepting the "activation energy" in the new environment on the ground.
但是, 该技术方案仍未摆脱地上新环境中各种活化能的侵扰。 也就是脆弱性文物在发掘过程中仍 "露 了气"。 发明内容: 本发明人涉取了各种文献, 并 "发现"了未见他人论及的 "脆弱性文物 '多米诺效应' 另一成因"(本发明人 "科学猜想"论文。 此文略之。), 进而梳理, 找出所有能引起有机类文物 "突变" 的因子, 又进而理出一条可称之为真理的论点:  However, this technical solution has not yet escaped the intrusion of various activation energies in the new environment on the ground. That is to say, the fragile cultural relics are still "exposed" during the excavation process. SUMMARY OF THE INVENTION The present inventors have been involved in various documents and have "discovered" a "vulnerable cultural relics" domino effect "another cause" (the inventor's "scientific conjecture" paper that has not been discussed by others. .), and then sort out, find all the factors that can cause the "mutation" of organic artifacts, and then come up with an argument that can be called truth:
不管学术界有多少种或同或异的学说或论点, 但有一点, 也是最关键的一点是共同的——引起地下文 物出坑后突变必须要有新的活化能的参与。  Regardless of the number of different or identical doctrines or arguments in academia, one thing, and the most important one, is common—there is a need for new activation energy to cause mutations in the ground.
本发明就是以此为攻坚标的, 并且攻坚成功。 甲、 创新技术方案:  The invention is based on this and is a successful attack. A, innovative technology program:
以逻辑思维论述:  Discussed in logical thinking:
一、 要预防或延缓新出土脆弱性文物 "突变", 有两条途径: 外, 杜绝新的活化能因子界入; 内: 低 温抑制或杀灭尚存的、 仍有活性的各种古酶、 菌。  First, to prevent or delay the "mutation" of newly discovered fragile cultural relics, there are two ways: In addition, to eliminate the new activation energy factor boundary; Internal: Low temperature inhibition or killing of various remaining still active enzymes , bacteria.
二、 梳理引起出坑文物突变的所有因子:  Second, comb all the factors that cause the sudden change of the cultural relics:
①短、 中波长的光能 (能量小的较长波长光为考古工作必用)。 ②地上新环境的含有活化能的气体。 ③地上新环境的微生物。 ④地上带活性能的微粒。 ⑤高于古墓地下环境的热能。 ⑥触及、 移动、 机械振动 等对出土文物带来的动能。 ⑦(出土文物) 动、 植物纤维素内长久被抑制的、 仍有活性的古酶、 菌类等。  1 Short, medium-wavelength light energy (long-wavelength light with low energy is necessary for archaeological work). 2 A gas containing activation energy in a new environment above ground. 3 Microorganisms in the new environment on the ground. 4 particles with active energy on the ground. 5 is higher than the thermal energy of the underground environment of the ancient tomb. 6 touch, movement, mechanical vibration and other kinetic energy brought to the unearthed cultural relics. 7 (Unearthed cultural relics) Ancient enzymes, fungi, etc. that are long-term inhibited in animal and plant cellulose.
三、寻求古墓地下环境平衡体系的空间的"代血浆 "(不引起文物"不良反应"), 以置换尽量多的地 下空间成份; 寻求 "金钟罩", 创造一种环境, 以隔绝外界各种活化能, 包围、 保护出土有机类文物, 真 正做到无活化能界入的作业环境与原地下环境 "零对接", 继续抑制或灭杀古酵类, 以便最大限度地不触 发文物突变, 给文物保护工艺留足时空——这是人们梦寐欲求的。  Third, seek the "generational plasma" of the space of the underground environmental balance system of the ancient tomb (do not cause adverse reactions of cultural relics), in order to replace as many underground space components as possible; seek "golden bell" to create an environment to isolate the outside world All kinds of activation energy, surrounded and protected from organic cultural relics, truly achieve zero integration between the operating environment without activation energy and the original underground environment, continue to inhibit or kill the ancient yeast, so as to minimize the trigger of cultural relics. , to keep the cultural relics protection process time and space - this is what people dream of.
四、 本发明创新技术方案找到的该 "代血浆"、 "金钟罩"就是 "非活泼气体 (以氩气为主)"。 因物 理、 化学性质缘故, 不得己不用二氧化碳、 氮、 氦、 氖 (它们密度比氧气小, 不能 "挤走"氧气等原因)。  4. The "generation plasma" and "golden bell" found by the innovative technical solution of the present invention are "non-active gases (mainly argon)". For reasons of physical and chemical properties, carbon dioxide, nitrogen, helium, and neon must not be used (they are less dense than oxygen, and cannot "crowd away" oxygen, etc.).
五、 氩气的物理、 化学特性:  5. Physical and chemical properties of argon:
1、 物理特性: 无色、 无味、 无臭; 由单质原子组成的分子; 在低温时可液化, 用分级蒸馏法提取, 成本低; 地球大气层中占 0. 9%, 易获得; 密度相对大 (1. 7809g/L), 同温条件下它 "沉", 当注入地下环 境时, 它能缓漫地由下而上地挤走古墓原空间气体成份, 密封、 置换古墓空间, 制造成文物发掘作业 "金 钟罩", 利于现场操作; … 1. Physical properties: colorless, odorless, odorless; molecules composed of elemental atoms; liquefiable at low temperatures, extracted by fractional distillation, low cost; 0.9% in the Earth's atmosphere, easy to obtain; relatively dense (1. 7809 g / L), under the same temperature conditions, it "sinks", when injected into the underground environment, it can slowly squeeze the gas components of the original tomb from the bottom to seal, replace the tomb space, Manufactured into a cultural relics excavation operation "golden bell cover", which is conducive to on-site operation; ...
2、 化学特性: 原子结构最稳定, 电子亲合势接近于零, 不会附带任何活化能; 都有很高的电离势; 非高难度人造环境, 不能得到或失去电子而形成化合键。 也就是说, 常态下不会附带任何活化能, 它的常 态温度介入, 不会或很难引起出坑有机类文物突变; ……  2. Chemical properties: The atomic structure is the most stable, the electron affinity is close to zero, and does not carry any activation energy; it has a high ionization potential; a non-difficult man-made environment cannot form or lose electrons to form a chemical bond. That is to say, there is no activation energy attached to the normal state, and its normal temperature intervention will not or hardly cause a sudden change of organic artifacts in the pit;
3、 " 1 "、 "2"证明了 "以氩气为主的稀有气体"可作为理想的地下文物出坑时地下空间的 "代血浆"、 文物出坑作业及以后维护、 保存的 "金钟罩", 实现 "金钟罩"与地下环境 "零对接"。  3. "1" and "2" prove that "rare gas dominated by argon" can be used as an ideal place for the "substitute plasma" of the underground space when the pit is out of the pit, the cultural relics out of the pit operation and the later maintenance and preservation of the gold. The bell jar ", realizes the "golden bell" and "zero docking" with the underground environment.
"金钟罩"即本发明的 "氩气活动屋"。 ^ The "golden bell" is the "argon movable house" of the present invention. ^
一、 古墓 "露气"前的作业。 First, the ancient tomb "exposed" before the homework.
(一)、 对于主动发掘作业, 在科学勘探的基础上, 作常规地表作业、 探方作业。 确保文物 "露气"、 "曝光"前停工。 万一 "露气"、 "曝光", 立即封存或封堵 (墓室尚未塌实者)。  (1) For active excavation operations, on the basis of scientific exploration, routine surface operations and prospecting operations. Make sure that the cultural relics are "exposed" and "exposure" before the work stoppage. In case of "exposed air" or "exposure", immediately seal or block (the tomb has not yet collapsed).
对于抢救性发掘, 第一要务, 是先封堵古墓防 "露气"、 "曝光"; 已露气曝光的, 在专业人员未到达 前, 电告当地在场人员, 先堵口封露, 或原土封存。  For rescue excavation, the first priority is to first block the ancient tomb defenses "exposed" and "exposure"; if exposed to the air, before the professional arrives, the local personnel will be blocked, first blocked, or The original soil is sealed.
(二)、 专业人员到达后, 对墓室尚存、 尚存地下环境空间者, ①先探取古墓内气体小样备档后再防 "露气"、 防 "曝光", 对小样检测菌属及其它成份并备案。 ②因地上土的逐层掘除, 可能古墓内的温度有 所升高或降低。 耍尽快地采取措施保温 (复季防升温, 冬季防急降温), 尽 接近地下古慕原来温度。  (2) After the arrival of the professional, the surviving room of the tomb is still in the underground environment. 1 First, explore the gas sample in the tomb and then prevent the "exposed gas" and the "exposure". And other ingredients and filed. 2 Due to the layer-by-layer excavation of the above-ground soil, the temperature inside the tomb may increase or decrease. Take measures to keep warm as soon as possible (the season is to prevent temperature rise, and the winter is to prevent rapid cooling), and it is close to the underground temperature.
(三)、 对文物已完全被土压实、 首次文物现露时, 即刻原土 (泥) 封存, 为采用本技术做准备。 (3) When the cultural relics have been completely compacted by the soil and the first cultural relics are exposed, the original soil (mud) is immediately sealed and prepared for the use of this technology.
(四)、 利用能向四维空间进退的光缆探头、 遥控技术, 进入古墓观察, 确定是否有有机类文物存在 的可能, 以决定是否使用本发明技术。 (4) Using the cable probe and remote control technology that can advance and retreat to the four-dimensional space, enter the tomb observation to determine whether there is a possibility of organic cultural relics to determine whether to use the technology of the present invention.
(五)、 若有有机类文物的可能, 则利用 "氩气"作为 "代血浆", 置换古墓原气态空间, 同时利用本 发明技术作为 "金钟罩", 隔绝地上新环境袭来的活化能, 有条不紊地、 从容不迫地进行发掘保护工作。  (5) If there is the possibility of organic cultural relics, use "argon gas" as the "generational plasma" to replace the original gaseous space of the ancient tomb, and at the same time use the technology of the present invention as a "golden bell" to isolate the new environment from the ground. Activation energy, methodically and leisurely excavation and protection work.
(六)、 可根据地下空间大小和文物位置, 采用不同型号的 "氩气活动屋"来分隔、 缩小地下有效空 间, 进而与地下环境 "零对接"。  (6) According to the size of the underground space and the location of the cultural relics, different types of "argon-moving movable houses" can be used to separate and reduce the underground effective space, and then "zero docking" with the underground environment.
二、 在本发明技术 "氩气活动屋" 内做有机文物发掘、 保护作业。 2. In the "argon-moving house" of the present invention, organic cultural relics excavation and protection operations are performed.
(一)、 按要求组装好 "氩气活动屋"。  (1) Assemble the "argon-moving activity house" as required.
(二)、 完成 "代血浆"、 "金钟罩"作业。  (2) Completion of "generation of plasma" and "golden bell" operations.
(三)、 "氩气"技术支持与后勤供应人员正常就位。  (3) "Argon" technical support and logistics supply personnel are in place.
(四)、 进入作业屋工作人员穿好 "潜气衣", 从作业展竖井口式门进入, 在科学的光条件、 温度下, 进行专业性作业。  (4) Entering the work house staff to wear the "submersible air suit", enter from the operation display shaft door, and carry out professional work under the scientific light conditions and temperature.
(五)、 在利用增加强度技术之前, 尽 少动对象文物, 以减轻作用于文物的外来能 ¾。  (5) Before using the technique of increasing strength, move the object artifacts as little as possible to reduce the external energy acting on the cultural relics.
(六)、 如遇难题, 可从容不迫地同远程专家会诊, 寻求最佳方案。  (6) In case of difficulties, you can easily consult with remote experts to find the best solution.
(七)、 如必要, 可将文物放在 "氩气"箱内, 以地下环境状态移到墓外, 运回作后期处理。 乙、 实用新型技术—— "潜气式"有机类文物考古发掘现场作业活动屋。 为实施《"潜气式"有机类文物考古发掘现场作业创新技术方案》, 特研创了 《"潜气式"有机类文物考 古发掘现场作业活动屋》实用新型技术, 二者为一总的发明构思。  (7) If necessary, the cultural relics may be placed in the "argon" box, moved to the outside of the tomb in the underground environment, and transported back for post-processing. B. Utility model technology - "Submersible" organic cultural relics archaeological excavation site operation activity house. In order to implement the "Innovative Technical Plan for Fieldwork of "Submersible" Organic Relics Archaeological Excavation Sitework", the special research and development "utility type" organic archaeological excavation site operation activity house" utility model technology, the two are a total Invention concept.
本技术所谓的 "气", 是指以氩气为主的、 不活泼气体; 所谓的 "潜", 是指如穿潜水衣在潜水状态下 工作。 该活动屋的技术特征:  The so-called "qi" in this technology refers to an inert gas mainly composed of argon; the so-called "submarine" means working in a diving state such as wearing a wetsuit. The technical characteristics of the mobile home:
一、 "潜气式"有机类文物考古发掘现场作业活动屋, 设 "A"、 "B"两型。 (简称 "活动屋") I. "Submersible" organic cultural relics archaeological excavation site operation activity house, set "A", "B" two types. (referred to as "active house")
A型: 依据发掘现场地形, 做"潜气式 "有机类文物考古发掘现场作业活动屋。 (适于古墓室尚存、 场 地不很大、 文物较集中的古墓。 图一: 甲、 乙、 丙)  Type A: According to the excavation site topography, do the "submarine-style" organic cultural relics archaeological excavation site operation activity house. (Applicable to ancient tombs where the ancient tombs are still in existence, the venue is not very large, and the cultural relics are concentrated. Figure 1: A, B, C)
1、 "潜气式"有机类文物考古发掘现场作业活动屋设置避光、 防紫外线, 设置红外光光照设施, 可因 文物种类而 "滤去紫外光的漫射自然光 /红外光"切换。 (图一甲之 6)  1. "Submersible" organic cultural relics archaeological excavation site operation activity house is set to avoid light and ultraviolet rays, and set infrared light illumination facilities, which can be switched by "filtering ultraviolet light diffused natural light/infrared light" due to cultural relics. (Figure 1 of 6)
2、 工作人员预备 "暗光探视镜"(镜内增强文物物像光的强度)。  2. The staff prepares a "dark light-view mirror" (enhanced the intensity of the artifacts in the mirror).
3、 "潜气式"有机类文物考古发掘现场作业活动屋的作业人员、 出坑物件进出口, 做竖井式, 其口高 亍屋顶, "梯"式或吊斗进出; 井口盖式开合, 以便休工时封盖。 (图一甲之丙)  3. "Submersible" organic cultural relics archaeological excavation site operation activity house entrance and exit, import and export of pit objects, do vertical shaft type, its high-pitched roof, "ladder" or bucket in and out; wellhead cover opening and closing , so that it can be closed at work. (Figure 1 A)
4、活动屋的出气口即作业人员进出口:进气口设在 ^壁 ί氏处。(氩气密度大,只能从 J1内向外溢,)(图 一甲之 4)  4. The air outlet of the mobile home is the entrance and exit of the operator: the air inlet is located at the wall. (The density of argon is large and can only overflow from inside J1) (Figure 4)
5、 活动屋进气的温度要略低于地下原环境。 这是为平衡因采光、 人体、 操作而带来的活化能量。 (增 光 &μ新瑁 ® 化酡;—降温—即降低 ,一新—增活化能。、) 5. The temperature of the intake of the mobile home is slightly lower than that of the underground environment. This is to balance the activation energy brought about by lighting, human body and operation. Increase Light & μ New 瑁 酡 —; - cooling - that is, reduce, a new - increase activation energy. ,)
6、 "潜气式"有机类文物考古发掘现场作业活动屋作业人员进出口高于屋顶处, 安装气体测试仪器 自动增补开关, 该气体量若减少, 则自动启动该气体供给设备即时补充。 (图一甲之 1 )  6. "Submersible" organic cultural relics archaeological excavation site operation activity The entrance and exit of the house operator is higher than the roof, and the gas test instrument is installed. The automatic addition switch, if the gas volume is reduced, the gas supply device is automatically activated to be immediately replenished. (Figure 1 of 1)
7、 "潜气式"有机类文物考古发掘现场作业活动屋内跟据现场条件, 可置空调或冰袋, 尽量保持设想 温度。  7. "Submersible" organic cultural relics archaeological excavation site operation activities in the house according to the site conditions, air conditioning or ice bags can be placed, try to maintain the assumed temperature.
8、 "潜气式"有机类文物考古发掘现场作业活动屋为二角成弧顶屋, 可预制, 由甲、 乙、 丙三部分组 成。 (图一之甲、 乙、 丙)  8. The "submarine-type" organic cultural relics archaeological excavation site operation activity house is a two-corner arc-roofed house, which can be prefabricated and consists of three parts: A, B and C. (Figure 1, A, B, C)
9、 "潜气式"有机类文物考古发掘现场作业活动屋应控光、 防雨、 防风、 防晒、 防震、 防异物进入。 9. "Submersible" organic cultural relics archaeological excavation site operation activity house should be controlled by light, rain, wind, sun protection, earthquake prevention, and foreign matter prevention.
10、 "潜气式"有机类文物考古发掘现场作业活动屋底部与古墓发掘现场适当位置封接。 10. The bottom of the "submarine-type" organic cultural relics archaeological excavation site is closed to the appropriate location of the excavation site.
11、 出气管内设该气体敏感探头, 随吋启动进气装置, 保证本技术处于正常状态。  11. The gas-sensitive probe is installed in the air outlet pipe, and the air intake device is activated to ensure that the technology is in a normal state.
12、 考古人员作业空间 (发掘现场) 搭建普通帐蓬, 以便控制自然光等活化能的介入量。  12. Archaeological staff working space (excavation site) Set up ordinary tents to control the amount of activation energy such as natural light.
13、 与微型活动屋配套的有本技术文物防震、 保温存放暗箱, 文物一经出土, 即刻放入箱内, 保持地下 环境状态, 移回作后期处理。  13. The micro-moving house is equipped with the anti-seismic and thermal storage dark box of this technical relic. Once the cultural relics are unearthed, they are immediately placed in the box to maintain the underground environment and moved back for post-processing.
Β型: 小巧型的 "接菌箱式充氮 "活动屋, 作业人员在外做好"接菌式"作业。 其技术特征同上。 (见 图二之甲、 乙)  Β type: The compact "inoculation type nitrogen-filled" mobile house, the operator is doing the "bacterial" operation outside. Its technical characteristics are the same as above. (See Figure 2, A, B)
二、 临时、 永久性 "活动屋"存放空间: 由于氮气比氧气密度小, 氧气易 "沉入", 故放弃之前技术中常 用的氮气, 改用密度大的氩气。 贵重文物还可以用密度更大的氪气。 Second, temporary, permanent "moving house" storage space: Because nitrogen is less dense than oxygen, oxygen is easy to "sink", so give up the nitrogen used in the previous technology, and switch to argon with high density. Valuable artifacts can also use helium with a higher density.
1、 非展示性的文物用量身打造的不透明、 充满氩气的密封箱。  1. An opaque, argon-filled sealed box made of non-display artifacts.
2、 展示性的文物用量身打造的透明密封容器, 该容器开口在上方。  2. A transparent sealed container made of a display of cultural relics. The container is open at the top.
三、 为作业人员配备本技术 "潜气衣"及其相关设备。 Third, the operator is equipped with the technology "submersible clothing" and related equipment.
1、 "潜气衣"仅为 "头盔式", 该头盔内通进、 出气两条管。 出气管为通外部、 并有换气动力设备。 1. "Submersible clothing" is only "helmet type". There are two tubes in and out of the helmet. The air outlet pipe is external and has a ventilation power device.
2、 "活动屋" 内有数个 "插接座", 川以连接 "头盗式"潜气&的进、 出气管, 以方便作业。 2. There are several "plug-in seats" in the "moving house", and Chuan to connect the "head-to-the-shoulder" latent air & inlet and outlet pipes to facilitate operation.
具体实施方式:  Detailed ways:
一、 安置本技术设施。 1. Placement of this technical facility.
二、 可从容地在古墓现场进行三维视觉信息录制。 Second, you can calmly record 3D visual information at the tomb scene.
三、 对文物取样, 从容地分析、 必要时可从容地和异地专家 "远程会诊", 以采用当时最恰当最先进技术 在现场作业。 Third, the sampling of cultural relics, easy to analyze, if necessary, can be used in remote and remote experts "remote consultation" to use the most appropriate and most advanced technology at the time to work on the spot.
四、 可从容地对脆弱性文物作现场透明、 隐定性保护作业, 并能够取得和文物地下环境平衡体系时很接近 的、 比此技术前更良好的物理强度。 4. It can be used for on-site transparent and concealed protection of fragile cultural relics, and can obtain physical strength that is close to the cultural environment of the cultural relics and is better than before this technology.
五、 对之前技术出土后慢慢粉化的同类文物, 用本技术, 采用无极性、 可逆性材料作永久性密封、 固化保 护。 5. For the same kind of cultural relics that have been gradually pulverized after the technology was unearthed, this technology is used for permanent sealing and curing protection with non-polar and reversible materials.
六、 杜绝脆弱性文物粉化现象产生。 除非发掘前已经粉化。 Sixth, to prevent the occurrence of fragile cultural relics. Unless it has been pulverized before excavation.
七、 对需长时间作精细稳定保护、 非常珍贵、 暂时无法处理的文物, 可用本技术设备迁移之, 并极限保持 文物地下环境平衡体系状态。 7. For cultural relics that require long-term fine and stable protection, which are very precious and temporarily unmanageable, they can be relocated by this technical equipment, and the state of the underground environment balance system of cultural relics is maintained.

Claims

权 利 要 求 书 Claims
― WO 2014/089890 PCT/CN2013/000181 "潜气式"有机类文物考古发掘现场作业创新技术方案  ― WO 2014/089890 PCT/CN2013/000181 "Deep-gas" organic cultural relics archaeological excavation field operation innovative technical solutions
权利要求保护的枝术特征: Claims of the branch feature:
1、 请求保护以氩气为主的不活泼气体被限制在一定空间, 并同地下环境 "零对接"技术。  1. Request to protect the inert gas based on argon is limited to a certain space, and "zero docking" technology with the underground environment.
2、 请求保护作业人员穿安全 "潜气"工作服 "潜入"被限制空间, 进行现场发掘作业的技术。 2. Ask the protection workers to wear safety "submarine" work clothes "Sneak into" the space where the space is restricted and carry out on-site excavation work.
3、 请求保护以 S气为主的适当空间, 进行维修文物 ^保存文物的技术。 3. Request to protect the appropriate space based on S gas, and carry out the maintenance of cultural relics.
4、 请求保护控制不活泼气体的智能补充的技术。  4. A technology that requests protection to control the intelligent supplement of inert gases.
5、 请求保护气体凡是限制空间的预制、 组装的技术。  5. Request for protective gas is a technique for prefabricating and assembling space.
6、 请求保护气体限制空间井式、 梯式的人员或物质进出的装置技术。  6. Request for protective gas to limit space well type, ladder type personnel or material access device technology.
7、 请求保护充气空间内的控光、 控温技术。  7. Request to protect the light control and temperature control technology in the inflatable space.
8、 请求保护由骨架和软滑动布篷组成的、 溢气管配重垂直向上的 "接菌箱"式空间调控充气技术。  8. Request to protect the space-adjusting and inflating technology consisting of a skeleton and a soft sliding hood, and the overflow pipe weight is vertically upward.
9、 请求保护以氩气、 氪气、 氙气作为充实空间的贵重文物维护、 保存技术。  9. Request to protect argon, helium, and xenon as valuable cultural relics maintenance and preservation techniques for enriching the space.
PCT/CN2013/000181 2012-12-14 2013-03-29 Innovative technical solution for "gas-submersion-type" archaeological excavation site measures for organic cultural relics WO2014089890A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201380015524.1A CN104718334A (en) 2012-12-14 2013-03-29 Innovative technical solution for "gas-submersion-type" archaeological excavation site measures for organic cultural relics

Applications Claiming Priority (4)

Application Number Priority Date Filing Date Title
CN2012105395323A CN103075030A (en) 2012-12-14 2012-12-14 Gas diving type organic cultural relic archaeological excavation site operation innovation technical scheme
CN201220690769 2012-12-14
CN201210539532.3 2012-12-14
CN201220690769.7 2012-12-14

Publications (1)

Publication Number Publication Date
WO2014089890A1 true WO2014089890A1 (en) 2014-06-19

Family

ID=50933756

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2013/000181 WO2014089890A1 (en) 2012-12-14 2013-03-29 Innovative technical solution for "gas-submersion-type" archaeological excavation site measures for organic cultural relics

Country Status (2)

Country Link
CN (1) CN104718334A (en)
WO (1) WO2014089890A1 (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106049902A (en) * 2015-04-05 2016-10-26 王振牛 Gas diving type underground organic cultural relic excavation technical scheme
CN107232885A (en) * 2016-03-28 2017-10-10 王振牛 It is a kind of to suppress the article display method that natural decay prevents various diseases
CN107233677A (en) * 2016-03-28 2017-10-10 王振牛 A kind of device having a breath of fresh air of high-risk gaseous state operating in limited space
EP3284880B1 (en) * 2016-08-16 2020-01-15 Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. Protection device for cultural goods

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106556098B (en) * 2016-12-06 2021-12-28 西安交通大学 Double-gap-layer glass isolation regulation and control system for historical relic preservation environment

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1181442A (en) * 1996-11-01 1998-05-13 陈邦鑫 Method for development of cave ancient tomb
CN201011183Y (en) * 2007-03-07 2008-01-23 曾美涵 Mausoleum anti-oxidized oxidization digging device
CN101892751A (en) * 2009-05-21 2010-11-24 唐明德 Inert gas (or vacuum) enclosure

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1181442A (en) * 1996-11-01 1998-05-13 陈邦鑫 Method for development of cave ancient tomb
CN201011183Y (en) * 2007-03-07 2008-01-23 曾美涵 Mausoleum anti-oxidized oxidization digging device
CN101892751A (en) * 2009-05-21 2010-11-24 唐明德 Inert gas (or vacuum) enclosure

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
WANG, JUEYAO ET AL.: "Design and application of intelligent pre-probing system in archeaological excavation site", SCIENCES OF CONSERVATION AND ARCHAEOLOGY, vol. 22, no. 1, February 2010 (2010-02-01), pages 8 - 12 *

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106049902A (en) * 2015-04-05 2016-10-26 王振牛 Gas diving type underground organic cultural relic excavation technical scheme
CN107232885A (en) * 2016-03-28 2017-10-10 王振牛 It is a kind of to suppress the article display method that natural decay prevents various diseases
CN107233677A (en) * 2016-03-28 2017-10-10 王振牛 A kind of device having a breath of fresh air of high-risk gaseous state operating in limited space
CN107232885B (en) * 2016-03-28 2020-07-07 王振牛 Article display method for inhibiting natural decay and preventing various diseases
EP3284880B1 (en) * 2016-08-16 2020-01-15 Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. Protection device for cultural goods

Also Published As

Publication number Publication date
CN104718334A (en) 2015-06-17

Similar Documents

Publication Publication Date Title
WO2014089890A1 (en) Innovative technical solution for "gas-submersion-type" archaeological excavation site measures for organic cultural relics
JPWO2013018872A1 (en) Optional movable ultimate functionality daily life shelter
New et al. An isopycnic model study of the North Atlantic. Part I: Model experiment
CN102426225B (en) Experimental device and monitoring method for researching arsenic transformation of underground water
Xiong et al. Probing the historic thermal and humid environment in a 2000-year-old ancient underground tomb and enlightenment for cultural heritage protection and preventive conservation
Bourges et al. Hydrogeological control on carbon dioxide input into the atmosphere of the Chauvet-Pont d'Arc cave
Miklyaev et al. Study of abnormal seasonal variations in the radon exhalation rate in a fault zone
SG187304A1 (en) Modern green environmental public mausoleum/cemetery
CN106049902A (en) Gas diving type underground organic cultural relic excavation technical scheme
Kalas The 2004 survey of the Byzantine settlement at Selime-Yaprakhisar in the Peristrema Valley, Cappadocia
Nguyet et al. Human exposure to radon radiation geohazard in rong cave, dong van karst plateau geopark, Vietnam
Dyachkov et al. Periodic variations in time of atmospheric radioactive nanoparticles
KR101261681B1 (en) The cinerary facilities installed into underground
CN202441105U (en) Deeply buried type cemetery
CN206629584U (en) A kind of Paris polyphylla seedling storage box
CN103075030A (en) Gas diving type organic cultural relic archaeological excavation site operation innovation technical scheme
Pui et al. Great wall of solar panels to mitigate yellow dust storm
Olson Mammoth Cave meteorology
CN108951839B (en) Method for reducing inside and outside irradiation of house in high background area
Yazdi et al. The Effect of Improper Restorations on Thermal Load of Traditional Houses of Yazd (Case-studies: Oloomi and Tehrani houses)
Bagtasa et al. Does the Sierra Madre Mountain Range in Luzon Act as a Barrier to Typhoons?
Raboudi et al. The Shading Envelope: A morphology for climate change mitigation
Dey et al. Estimation of radon concentration in dwellings in and around Guwahati
Kockarts Neutral atmosphere modeling
CN105910312A (en) Device for fusing geothermal energy and air into standard geogas to optimize indoor environment temperature control and energy saving

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 13862269

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 13862269

Country of ref document: EP

Kind code of ref document: A1