TW202202873A - Environmental monitoring apparatus for cultural assets detecting various monitoring functions such as the temperature, humidity, illumination and inclination (or shake degree) in the environment at the same time - Google Patents

Abstract

This invention mainly provides an environmental monitoring apparatus for cultural assets. The environmental monitoring apparatus includes a base group, provided with a base and a central post extending from the base to one side for a preset height, wherein the other side of the base is provided with a magnetic suction component which may be magnetically attached to a metal material; an environment detection group disposed on the central post and provided with a temperature induction module, a humidity induction module, an illumination induction module and a dynamic induction module capable of respectively detecting the temperature, humidity, illumination and shake degree in an environment; a storage module disposed in the base and capable of automatically storing data obtained by the environment detection group; a signal transmission module including a transmitting unit capable of transmitting a data signal obtained by the environment detection group to a computer apparatus; a control group, connected with each of the environment detection group, the storage module, the signal transmission module and a power supply module and capable of performing operations, signal controlling and processing; and the power supply module capable of supplying power required by each of the environment detection group, the storage module and the signal transmission module. Therefore, an air sample in a flowing state can be effectively detected by virtue of the central post extending into a flow field of air. Due to the cooperation of the design of a detachable structure of the magnetic suction component, stable positioning or disassembling can be achieved without using a screw or bolt component. Various monitoring functions such as the temperature, humidity, illumination and inclination (or shake degree) in the environment can be detected at the same time, so that use demands in the field of cultural assets are met. In addition, storage and transmission functions of information and data measured by relevant environment detection and the supply of electrical energy required by devices and instruments are also integrated, so that the invention is convenient to acquire, operate and count data.

Description

Environmental testing device for cultural assets

The present invention relates to an environment detection device, especially a detection of temperature, humidity and illuminance of the surrounding environment of cultural assets such as historic buildings, antiquities, cultural relics, etc., and also has the detection of inclination (or shaking), And it is a real-time monitor for the state of flowing air, so as to accurately grasp the safety of cultural assets.

All over the world, there are tangible or intangible cultures such as cultural relics, history, architecture, landscape, folklore, music, art, technology, etc. created by human beings, collectively referred to as "cultural heritage" or "cultural property"; A record of development with retained value. The United Nations Educational, Scientific and Cultural Organization (UNESCO) was also established internationally, and on November 16, 1972, the Convention Concerning the Protection of the World Cultural and Natural Heritage (Convention Concerning the Protection of the World Cultural and Natural Heritage, referred to as the World Heritage Convention) was adopted. It mainly implements the preservation and maintenance of the Chinese language heritage, and registers the valuable natural or cultural assets in the world on the World Heritage List, thereby promoting international cooperation to protect the world heritage.

In 1994, the United Nations Educational, Scientific and Cultural Organization (UNESCO) listed "Monitoring" as one of the duties of the World Heritage Committee. "Monitoring" work is included in one of the very important management items of World Heritage, so as to achieve "early detection and immediate restoration", which can effectively preserve cultural assets.

Most of the factors affecting the preservation of cultural assets are caused by the natural environment, climate or natural and man-made disasters; in particular, changes in the climate and environment can easily lead to the aging or deterioration of cultural assets, and the danger of cultural assets being dumped or collapsed due to earthquakes and natural disasters. Therefore, it is very important to "monitor" the climate environment, including temperature, humidity, illumination, inclination, or shaking. Real-time monitoring of environmental status, so as to quickly respond to and slow down the "natural aging" and "environmental degradation" of cultural relics.

Common environmental factors that affect cultural relics or buildings include heat, wind, water, sound, and light, etc. Among them, "heat" refers to "air temperature", a physical quantity that expresses the degree of heat and coldness of the air. "Wind" includes "wind direction" and "wind speed", "wind direction" means the direction the wind blows; "wind speed" means the speed of the wind. "Water" includes "air humidity" and "moisture content of cultural relics", "air humidity" refers to the ratio of the actual water vapor pressure in the air to the saturated water vapor pressure at the current temperature; "water content of cultural relics" refers to The percentage by weight of moisture contained in the material. [Light] includes "visible light" and "invisible light". "Visible light" refers to the part of the electromagnetic spectrum that can be seen by the human eye, such as lights, sunlight, etc.; "Invisible light" refers to light that is invisible to the human eye, such as ultraviolet Among the electromagnetic waves of different wavelengths, ultraviolet, infrared and visible light have the greatest impact on cultural relics. [Sound] includes shaking or tilting caused by vibration, which is likely to cause internal fatigue and creep of cultural assets or cultural relics.

As mentioned above, the environmental detection requirements for cultural assets are different from the environmental detection conditions and requirements in general fields, and the requirements for the accuracy of the data obtained from the detection are also higher. At the same time, such data needs to be effectively stored for future reference. , monitor, or provide a reference for subsequent control operations.

Since the aforementioned environmental factors affecting cultural relics are mostly formed naturally and can change at any time, a real-time environmental monitoring system is required, which can detect the current environmental status, and then record and return relevant information for analysis and correlation. Corresponding follow-up measures in order to slow down or even avoid damage to cultural relics or buildings.

At present, the instruments commonly used in the market to detect the environmental conditions around cultural assets mostly use a single environmental detection function, that is, a humidity detector that can only detect humidity, or a temperature detector that can only detect temperature, etc. . Such detection instruments are mostly placed near cultural relics, and are mostly fixed on desktops, walls, ceilings or erected on the ground. They are "fixed" cultural relics environment detectors, which can only detect specific places. , Location-specific environmental data. "Fixed" cultural relics environment detectors are commonly fixed in a specific position by placing them directly, erecting them with tripods, hanging them with hooks, nailing them with screw elements, and sticking them with glue.

Another kind of "portable" cultural relic environmental detection instrument is a small volume that is easy to carry around, or a tripod unit is added to support and fix it, which can provide inspection personnel with convenient mobile environmental detection to detect Obtain environmental data from different places and locations.

In addition to the detection or monitoring of a single environmental type, the aforementioned conventional cultural relic detection devices or instruments have at most two types, so that each type of environmental detection needs to be equipped with a separate detection instrument, which cannot fully provide the needs of cultural assets. The detection function of basic environmental types such as temperature, humidity, illuminance, inclination (or shaking), etc., is relatively insufficient in function; moreover, conventional cultural relic detection instruments, whether "fixed" or "portable" , are applied in a single form, and there is no "detachable structure" in the structure of the instrument and equipment, and cannot have two effects of "fixed" or "portable" at the same time; In addition to the tilt (or shake) detection function, the storage and transmission functions of the detected information and data, as well as the supply of electrical energy required by the equipment, are also indispensable, and there are devices that are fully integrated into one equipment. necessary.

Furthermore, the conventional cultural relic detection devices or instruments mostly transmit signals in a wired manner, and transmit the measured data to a computer device for analysis through a signal line. Outside the cloud or the host of a specific organization, its wiring configuration may affect the walls or ceilings of historic buildings, causing surface damage.

On the other hand, the general fixed environment detection instruments are mostly located on the desktop, wall, ceiling or ground, and are in the state of being set on a plane, so that the detected air sample is the place where the instrument is set up. The surrounding air is detected and data is generated only when the air enters the equipment or instrument by means of "infiltration". Since the air around the instrument measured when it is flat is mostly stagnant, it is impossible to instantly and accurately measure it. Measure the real air state; if you want to measure a more real-time and accurate air sample, you should obtain the air in the flow field, that is, the air sample in the flow state.

Therefore, the creator of this case proposes a device that can detect basic environmental types such as temperature, humidity, illuminance, inclination (or shaking), etc., in order to meet the environmental information and monitoring needs of cultural assets, and integrate the information. The functions of data storage and transmission, as well as the supply of electrical energy required by equipment, have fixed and portable functions in structure, and can measure the flow state. Environmental detection device for air samples in a state of

In view of this, the environmental detection device for cultural assets disclosed in the present invention includes: a base set, which has a base, and a central column extending from the base to one side with a predetermined height, on the other side of the base There is a magnetic element that can be magnetically attached to the metal material; an environment detection group is arranged on the central column, which has a temperature sensing module that can detect the ambient temperature, and a temperature sensing module that can detect the ambient humidity. A humidity sensing module, an illumination sensing module that can detect ambient illuminance, and a dynamic sensing module that can detect shaking; a storage module, located in the base, can be used for the data obtained by the environmental detection group Data is automatically stored; a signal transmission module is set in the base, which has a sending unit, which can transmit the data signal obtained by the environmental detection group to a computer device; a control group, and each of the environmental detection groups, The storage module, the signal transmission module and the power supply module are connected, and can perform computation, signal control and processing operations; a power supply module is installed in the base and can provide each of the environment detection group and storage module and the electrical energy required by the signal transmission module; through the above components, the central column can be used to extend into the air flow field, and the air sample in the flowing state can be effectively detected. Using screws or bolts, it can be stably positioned or removed, and it can simultaneously detect temperature, humidity, illuminance, inclination (or shaking), etc. in the environment. It has multiple monitoring functions to meet the needs of cultural assets. It also integrates the storage and transmission functions of the information and data measured by the relevant environmental monitoring, and the power supply required by the equipment to facilitate data acquisition, calculation, and statistics, so it has high economic efficiency and practicability.

The main purpose of the present invention is to provide an environmental detection device for cultural assets, which has a structural design of a measuring rod extending a preset height, and sets the environmental detection group on the measuring rod, and uses the measuring rod to extend into the air flow field. , which can effectively detect the air samples in the flowing state to improve the accuracy of various air measurement data.

Another objective of the present invention is to provide an environmental detection device for cultural assets, which has a magnetic detachable structure design, can be quickly and stably positioned on a metal material, and can be easily removed without using screws or Bolt element.

Another object of the present invention is to provide an environmental detection device for cultural assets, which can simultaneously detect temperature, humidity, illuminance, inclination (or shaking), etc. in the environment, and has multiple monitoring functions to meet the requirements of cultural assets. Use requirements, and can achieve the effect of early detection and immediate repair.

Another object of the present invention is to provide an environmental detection device for cultural assets, which integrates the storage and transmission functions of information and data measured by relevant environmental detection and the supply of electrical energy required by equipment to facilitate data acquisition and calculation. , and statistics, so it has high economic efficiency and practicability.

[this invention]

(10): Pedestal set

(11): Base

(12): center column

(13): Magnetic components

(14): Positioning plate

(20): Environment Detection Group

(21): Temperature sensing module

(22): Humidity Sensing Module

(23): Illumination sensor module

(24): Dynamic induction module

(25):Gas Sensing Module

(30):Storage Module

(40): Signal transmission module

(41): sending unit

(50): Control group

(51): Real-time monitoring program

(60): Power supply module

(61): Power storage unit

(62): Connector

(70): Switch Module

(71): Switching element

(72): Indicator light element

(80): Computer device

(90):Length Adjustment Group

(91): Casing

(92): Stretch Card Assembly

(93):Telescopic clip assembly

FIG. 1 is a three-dimensional appearance view 1 of a preferred embodiment of the present invention.

FIG. 2 is an exploded perspective view 1 of a preferred embodiment of the present invention.

FIG. 3 is a perspective view 2 of a preferred embodiment of the present invention.

FIG. 4 is an exploded perspective view 2 of a preferred embodiment of the present invention.

FIG. 5 is a schematic cross-sectional view of a preferred embodiment of the present invention.

FIG. 6 is a schematic diagram of a circuit system according to a preferred embodiment of the present invention.

FIG. 7 is a schematic cross-sectional view of the second embodiment of the present invention.

FIG. 8 is a schematic diagram of the use state of the second embodiment of the present invention.

FIG. 9 is a schematic diagram of a circuit system according to a second embodiment of the present invention.

First, please refer to FIG. 1 to FIG. 6 , an environmental detection device for cultural assets provided by the present invention mainly includes: a base (10), and an environment arranged on the base (10). A detection group (20), a storage module (30), a signal transmission module (40), a control group (50), a power supply module (60) and a switch module (70).

The base set (10) has a base (11), and a central column (12) extending from the base (11) to one side with a predetermined height; and a magnetic sticker is provided on the other side of the base (11). A magnetic attraction element (13) on the metal material.

The environment detection group (20) is arranged on the central column (12), and has a temperature sensing module (21) capable of detecting ambient temperature; a humidity sensing module (22) capable of detecting ambient humidity ); an illuminance sensing module (23) that can detect ambient illuminance, which can mainly detect light electromagnetic waves such as ultraviolet, infrared or far-infrared rays in the environment; and a dynamic sensing module (24) that can detect shaking ), which can be a three-axis dynamic sensor (Gravity-sensor), or other related technical applications that can detect the acceleration force applied to an object such as shaking, falling, rising or falling.

The storage module (30) is arranged in the base (11), and can automatically store and retain the data obtained by the environment detection group (20).

The signal transmission module (40) is arranged in the base (11), and has a sending unit (41), which can transmit the data signal obtained by the environment detection group (20) to a computer device ( 80); the computer device (80) can be one of a desktop computer, a notebook computer, a tablet computer, a smart phone or a cloud server; the signal transmission module (30) can be an Internet, a mobile communication network the application of wireless network (wi-fi), bluetooth (Bluetooth) or Zigbee technology; the signal transmission module (40) can also use a wired way to configure a line with a transmission line for data transmission.

The control group (50) is arranged in the base group (10), and each of the environment detection group (20), the storage module (30), the signal transmission module (40) and the power supply module (60) Connected, it can perform operations, signal control and processing operations; the environmental detection group (20) transmits the measured air information data to the control group (50), and the control group (50) can perform judgment and analysis. In addition to storing data in the storage module (30), the signal transmission module (40) can also be used to transmit the data to the computer device (80); a real-time monitoring program (51) is built in each of the In the control group (50) and the computer device (80), to provide real-time monitoring, time, calculation, statistics of relevant data information such as humidity, temperature, illuminance and shaking when the environment detection group (20) operates , record, query, and store operations.

The power supply module (60) is arranged in the base (10), and can provide the power required by each of the environment detection group (20), the storage module (30) and the signal transmission module (40); the power supply The module (60) has a power storage unit (61) that can store electrical energy, which can be used in a battery type; or the power supply module (60) has a connector (62) to provide a part for connecting with an external power source, which can be used for battery type applications. For the application of a general mains plug or a USB plug; or the power supply module (60) has a power storage unit (61) that can store electrical energy, and is matched with a connector (62), so that the connector (62) and the power storage unit (61) are coupled to transmit external power to the power storage unit (61) and store electrical energy.

The switch module (70) is arranged in a predetermined position of the base group (10), such as the center column (11) or the base (12), and is connected with the control group, and has a switching element ( 71) and a prompt light element (72), the switching element (71) can turn on and off the power supply state of the power supply module (60); the prompt light element (72) is turned on in the power supply module (60) for power supply When it is in the state, it will light up to prompt; if it is not powered or the power is insufficient, it will not light up.

With the above-mentioned components, the central column (12) is extended into the air flow field, and the air sample in the flowing state can be effectively detected. With the detachable structure design of the magnetic attraction element (13), there is no need to use screws or The bolt element can be positioned or removed stably, and can simultaneously detect the temperature, humidity, illuminance, inclination (or shaking), etc. in the environment. It has multiple monitoring functions to meet the needs of the field of cultural assets, and integrate related The storage and transmission functions of information and data measured by environmental monitoring, and the supply of electrical energy required by equipment and instruments, are convenient for data acquisition, calculation, and statistics, so they have high economic efficiency and practicability.

In order to further understand the structural features of the present invention, the application of technical means and the expected effect, the usage mode of the present invention is described as follows:

When the present invention is assembled, firstly, the central column (12) is formed on the base (11) in an integrated manner, and the two can also be connected by other assembly methods; the temperature of the environment detection group (20) A sensing module (21), a humidity sensing module (22) and an illuminance module (23) are assembled at a predetermined position of the central column (12), and the end of the central column (12) is optimal; the dynamic The sensing module (24) can be arranged in the base (11) or in the central column (12); then each of the storage module (30), signal transmission module (40), control group (50) and storage The electrical module (60) is assembled in the base (12); then the switch module (70) is arranged on each of the central pillars (12) or the base (11), and set the indicator light element (72) in a visible state; connect each of the environment detection group (20), storage module (30), signal transmission module (40), power supply module ( 60) and a switch module (70), so that the signals can communicate with each other and transmit; then the magnetic attraction element (13) is assembled under the base (12); finally, the real-time control group (50) is built in The monitoring routine (51) is completed.

When the present invention is placed in a predetermined position close to the cultural relic, a positioning plate of metal material can be pre-installed on the ceiling, beam, wall, ground, table top or column, etc.; when the present invention is installed and placed , the bottom of the base (12) is provided with the position of the magnetic element (13), approaching the positioning plate, and then the base positions the present invention on the positioning plate due to magnetic force; ) will extend a predetermined length toward the open space on the other side of the base (11) into the air flow field.

When the present invention detects air temperature and humidity, please refer to FIG. 3 , when the switch module (70) is turned on, the flowing air passes through the central column (12) and passes through the central column (12). Each of the temperature sensing module (21) and the humidity sensing module (22) can obtain the current air sample, and measure the humidity and temperature related information, which will be sent to the control group (50), through the control group ( 50) After analyzing, calculating and judging, storing the data in the storage module (30), and simultaneously transmitting the data to the computer device (80) through the signal transmission module (40).

In the present invention, when the switch module (70) is turned on, the illumination sensing module (23) located at the end of the central column (12) can sense the surrounding light, including lights Detection of visible light such as ray, sunlight, and invisible light such as ultraviolet, infrared, far-infrared; the relevant information measured will be sent to the control group (50), after the control group analyzes, calculates and judges, the data will be sent to the control group. The data is stored in the storage module (30), and at the same time, the data is transmitted to the computer device (80) through the signal transmission module (40).

When the present invention detects the degree of shaking, the present invention is placed or connected to a specific position of a cultural relic or building. When the switch module (70) is turned on, when the article or building is shaken or vibrated When the motion sensing module (24) is used, the measured relevant information will be sent to the control group (50), and after the control group (50) analyzes, calculates and judges, the data is stored in the control group (50). The storage module (30) transmits data to the computer device (80) through the signal transmission module (40).

When the present invention is detected in a hand-held manner, if the present invention is positioned on a positioning plate (14) of metal material, the present invention is removed by applying force, so that the base (11) is separated from the positioning plate (14), that is, Yes; by holding the base (11) and facing the central column (12) towards the pre-detected air flow field, the detection of ambient temperature, humidity and illuminance can be started, and the relevant data obtained can be stored in the storage module ( 30), and simultaneously transmit the data to the computer device (80) through the signal transmission module (40).

The present invention has the base group 910 with a magnetic positioning structure, and an environment detection group (20) capable of monitoring the humidity, temperature and illuminance in the ambient air, and detecting the shaking of objects or buildings, is arranged therein. Cooperate with the control group (50) that can perform operations such as operation, analysis, judgment, and related control signal transmission on the detection information, integrate the signal transmission module (40) that can transmit wireless data, and delete the data data. The storage module (30), the overall technology has the following effects:

1. The base set (10) of the present invention has a structural design of the central column (12) extending a predetermined height, and the environment detection set (20) is arranged on the central column (12), such as a measuring rod The concept of using the central column (12) to extend into the flow field of the air can effectively detect the air sample in the flowing state, so as to improve the accuracy of various air measurement data, and solve the problem that only the air around the instrument can be measured. The problem of infiltration or diffusion into the sample resulting in lower accuracy.

2. The base set (10) of the present invention has a magnetic detachable structure, and a positioning plate of metal material is arranged on the object or building wall, ceiling or beam column, and the present invention can be magnetically attached to the positioning plate. Positioned on the plate and can be removed simply and easily, the disassembly process is fast and secure without the use of screw or bolt elements.

3. Each of the temperature sensing module (21), humidity sensing module (22), and illumination sensing module (23) of the environment detection group (20) can respectively detect the temperature, humidity, and illuminance, combined with the dynamic sensing module (24) to measure the inclination or shaking of objects or buildings, the whole has multiple detection functions, and the measured information can be sent back in real time, so as to achieve early detection and real-time detection. The effect of the repair department is to meet the requirements of environmental monitoring conditions in the field of cultural assets.

4. The present invention further integrates the storage module (30) for automatic storage of the information and data measured by the environment detection group (20), and the signal transmission module (40) performs the transmission function, and the signal transmission module (40) performs the transmission function. The power supply module (60) provides the electrical energy required by the overall equipment and equipment, so as to facilitate data acquisition Obtaining, computing, and statistics, so it has high economic efficiency and practicability.

5. The measured data are transmitted wirelessly between each of the control groups (50) and the computer device (80), and the communication transmission specifications conform to the commonly used specifications in the market, such as the Internet, mobile communication network, wireless network ( wi-fi), Bluetooth or Zigbee and other technologies are compatible.

6. The real-time monitoring program (51) of the present invention can be built in each of the control groups (50) and the computer device (80), which can be used for the management of various environmental detection data and data, including real-time monitoring , query, record, count, analyze, judge, calculate, store and warn; the real-time monitoring program (51) can be executed on the computer device, and the computer device (80) can be a desktop computer, a notebook One of them is a computer, tablet, smartphone or cloud server, so it is very convenient to use and operate.

Please refer to FIG. 7 to FIG. 9 , which is a second embodiment of the present invention, wherein the central column (12) has a length adjustment group (90), which is formed by a plurality of sleeves (91) being sleeved with each other. (91) After the respective linear displacements by a predetermined distance, the length of the central column (12) can be changed; a tension clamping component (92) is respectively provided between the sleeves (91), so that each sleeve (91) is The tube (91) can be effectively positioned to a preset position in a stretched state without being detached; a set of stacked clamping components (93) are respectively provided between the sleeves (91), so that the sleeves (91) are sleeved on each other It can be effectively positioned by stacking it to the preset position. The environment detection group (20) is further provided with the gas sensing module (25), a gas sensing module (25) capable of sensing gas types and concentrations within a preset range, and is connected with the control group (60) The gas detection module (25) transmits data data such as the type and concentration of the surrounding gas after sensing to the computer device (80).

In this embodiment, the gas sensing module (25) is further added to the environment detection group (20), which can detect whether there are specific gases in the air that damage cultural relics, such as sulfur dioxide, sulfuric acid, ozone, nitrogen dioxide and Chloride, etc., and its concentration data can be transmitted to the control group (50) for further analysis and judgment; its concentration data can also be transmitted to each of the storage modules (30) and the computer device (80) for data Archive or access, so it can achieve the detection function of harmful gases.

The length adjustment group (90) of this embodiment can adjust the sleeves in the sleeved state (91) perform a linear displacement of relative position to increase the total length of each sleeve (91), so that each sleeve (91) replaces the fixed length of the central column (12), then the effect of height adjustment can be achieved Therefore, it can be extended to the air flow field, expand the detectable range in the air flow field, and obtain the air detection data of the desired position. In cooperation with each of the stretching and clamping components (92) and the telescopic clamping components (93), the sleeves (91) can be stably positioned without being separated from each other when they are in a stretched or telescopic state. Other usage states, system construction methods, signal control and transmission, data transmission, device and component composition, operation and action methods, and expected effects of this embodiment are all identical to those of the first embodiment described above.

To sum up the above, the "environmental detection device for cultural assets" disclosed in the present invention utilizes the central column to extend into the air flow field, which can effectively detect the air sample in the flowing state, and cooperate with the detachable assembly of the magnetic attraction element. Structural design, can be stably positioned or removed without the use of screws or bolts, and can simultaneously detect temperature, humidity, illuminance, inclination (or shaking), etc. in the environment, with multiple monitoring functions, in line with the field of cultural assets It also integrates the storage and transmission functions of the information and data measured by the relevant environmental monitoring, and the power supply required by the equipment to facilitate data acquisition, calculation, and statistics, and is highly compatible and practical. The technology of environmental detection can make the whole industry practical and cost-effective, and its structure has never been seen in books or published in public. It sincerely meets the requirements of new patent application. prayer.

What needs to be stated, the above are the specific embodiments of the present invention and the technical principles used. If the changes are made according to the concept of the present invention, the functions produced by it will still not exceed the spirit covered by the description and drawings. All should be within the scope of the present invention, and it should be stated.

(10): Pedestal set

(20): Environment Detection Group

(30):Storage Module

(60): Power supply module

(70): Switch Module

Claims (10)

An environmental detection device for cultural assets, comprising: a base set, which has a base, and a center column extending from the base to one side with a predetermined height, and a magnetic element that can be magnetically attached to the metal material is arranged on the other side of the base; An environment detection group, which is arranged on the central column, has a temperature sensing module capable of detecting ambient temperature, a humidity sensing module capable of detecting ambient humidity, and an illuminance sensing module capable of detecting ambient illuminance group, and a dynamic sensor module that can detect shaking; a storage module, arranged in the base, which can automatically store the data obtained by the environmental detection group; a signal transmission module, which is arranged in the base, and has a sending unit, which can transmit the data signal obtained by the environment detection group to a computer device; A control group, located in the base group, is connected with each of the environment detection group, storage module, signal transmission module and power supply module, which can perform calculation, signal control and processing operations. The group transmits the measured air information data to the control group, and the control group can save the data in the storage module after making judgment and analysis, and can also use the signal transmission module to transmit the data to the computer device ; A real-time monitoring program is built in each of the control group and computer device to provide real-time monitoring, time, calculation, statistics, etc. of relevant data and information such as humidity, temperature, illuminance and shaking when the environmental detection group is operating. Recording, querying, and storage operations; A power supply module is arranged in the base and can provide the electric energy required by each of the environmental detection group, the storage module, the signal transmission module and the control group, and has a power storage unit capable of storing electric energy. The environmental detection device for cultural assets as claimed in claim 1, further comprising a switch module disposed at a preset position of the base group and connected to the control group, which has a switching element and a warning light element, the switching element can open and close the supply of the power supply module When the power supply module is in the power-on state, the prompt light element will light up to prompt when the power supply module is in the power supply state. The environmental detection device for cultural assets according to claim 1, wherein the central column has a length adjustment group, which is composed of a plurality of sleeves that are inserted into each other. After each of the sleeves is linearly displaced by a preset distance, the The length of the central column varies. The environmental detection device for cultural assets as claimed in claim 3, wherein a tensile clamping component is respectively provided between each of the sleeves, so that each of the sleeves can be effectively positioned to a predetermined position in a stretched state without being detached. The environmental detection device for cultural assets according to claim 3, wherein a set of stacking clamping components are respectively provided between the sleeves, so that the sleeves can be effectively positioned to a preset position in a state of being nested with each other. The environmental detection device for cultural assets according to claim 1, wherein the power supply module has a connector to provide a part for connecting with an external power source; the signal transmission module can wirelessly transmit the data signal obtained by the environmental detection group mode to a computer device. The environmental detection device for cultural assets as claimed in claim 1, wherein the power supply module has a connector to provide a part for connecting with an external power supply, and the connector is connected to the power storage unit to transmit the external power to the The storage unit stores electrical energy. The environmental detection device for cultural assets according to claim 1, wherein the dynamic sensing module is a technical application of a three-axis Gravity-sensor; the illumination sensing module can detect ultraviolet rays, Light electromagnetic waves such as infrared or far-infrared. The environmental detection device for cultural assets according to claim 1, wherein the computer device can be one of a desktop computer, a notebook computer, a tablet computer, a smart phone, or a cloud server. The environmental detection device for cultural assets as claimed in claim 1, wherein the environmental detection group has a gas sensor capable of sensing gas types and concentrations within a preset range The module is connected with the control group and can transmit signals. The gas detection module transmits the detected ambient gas type and concentration signals to the computer device.

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