CN213041271U

CN213041271U - Health-care monitoring facilities

Info

Publication number: CN213041271U
Application number: CN202021361268.5U
Authority: CN
Inventors: 李孟杰
Original assignee: National Taichung University Of Sciences And Technology
Current assignee: National Taichung University Of Sciences And Technology
Priority date: 2020-07-13
Filing date: 2020-07-13
Publication date: 2021-04-23
Anticipated expiration: 2030-07-13

Abstract

The utility model provides a health and well-being monitoring facilities of literary composition, include: the base set is provided with a base, a middle column which extends towards one side from the base to a preset height, a magnetic suction element which can be magnetically attached to a metal material is arranged on the other side of the base, an environment detection set is arranged on the middle column and is provided with a temperature sensing module which can detect the environment temperature, a humidity sensing module which can detect the environment humidity, an illumination sensing module which can detect the environment illumination and a dynamic sensing module which can detect the shaking degree; a storage module set in the base for automatically storing the data obtained by the environment detection set; a signal transmission module set in the base and having a sending unit for transmitting the data signal obtained by the environment detection set to a computer device; a control group connected with each environment detection group, the storage module, the signal transmission module and the power supply module and capable of performing operation, signal control and processing operation; a power supply module set in the base.

Description

Health-care monitoring facilities

Technical Field

The utility model relates to an environment detection device especially relates to a be applied to the detection of temperature, humidity and illuminance of cultural assets surrounding environment such as historic building, ancient thing, historical relic, possesses the detection of gradient (or the degree of rocking) again, and for the instant monitoring to the air state that flows to the security of accurate mastered cultural assets.

Background

Cultural heritage, history, buildings, landscape, folk custom, music, art, science and technology and other tangible or intangible cultures related to the creation of human beings are all known as cultural heritage or cultural property; it retains records of human development and has retained value. The united nations' textbook organization (UNESCO) is established internationally, and the international cooperation is promoted to protect the World Heritage by the Convention of protecting the World culture and the Natural Heritage (the Convention of the Protection of the World culture and the Natural Heritage, abbreviated as the World Heritage Convention) on 11, 16 th 1972.

The united nations' textbook organization (UNESCO) also takes the Monitoring (Monitoring) as one of the responsibilities of the world heritage committee in 1994, and brings the Monitoring into one of the important management projects of the world heritage through the revised world heritage convention-the execution of the job principal point in 2005, so as to achieve the purposes of early discovery, immediate restoration and effective conservation of cultural assets.

Factors influencing the preservation of cultural assets are mostly caused by natural environment climate or natural disaster and human accident; particularly, the change of the climate environment is easy to cause aging or deterioration of cultural assets, and the cultural assets are damaged by toppling or collapsing due to earthquake natural disasters, so that the monitoring work aiming at the climate environment is very important, including the real-time monitoring of environmental states such as temperature, humidity, illumination, inclination or shaking degree, and the like, so as to quickly cope with and slow down the natural aging and environmental deterioration of cultural assets.

Environmental factors that commonly affect a cultural relic or a building include heat, wind, water, sound, light, and the like; the heat refers to air temperature and is a physical quantity indicating the degree of cooling and heating of air. The wind direction represents the direction from which the wind blows; wind speed then represents the speed of wind flow. The water comprises the humidity of the air and the water content of the cultural relics, and the humidity of the air refers to the percentage of the ratio of the actual water vapor pressure in the air to the saturated water vapor pressure at the current air temperature; the water content of the cultural relics refers to the weight percentage of the water contained in the materials. The light includes visible light and invisible light, and the visible light is the visible part of human eyes in the electromagnetic spectrum, such as lamplight, sunlight and the like; invisible light refers to light invisible to the human eye, such as ultraviolet light, infrared light, far infrared light, and the like; among electromagnetic waves of different wavelengths, ultraviolet, infrared and visible light have the greatest influence on cultural relics. The sound includes shaking or tilting caused by vibration, which easily causes internal fatigue 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 the general field, and the accuracy of the detected data is also high, and such data needs to be effectively stored to provide reference for future reference, monitoring or subsequent control operations.

Since most of the environmental factors affecting the cultural relics are naturally formed and can change at any time, an instant environmental monitoring system is needed, the current environmental state can be detected, and then the related information is recorded and transmitted back for analysis and corresponding follow-up measures, so as to reduce or even avoid the damage of the cultural relics or buildings.

At present, instruments commonly used for detecting the environmental conditions around cultural assets in the market mostly have a single environment detection function, namely, a humidity detector which can only detect humidity or a temperature detector which can only detect temperature, and the like. The detecting instrument is mostly arranged at a position close to the cultural relic, is mostly fixed on a table top, a wall, a ceiling or erected on the ground, belongs to a fixed cultural relic environment detecting instrument, and can only detect the environment data of a specific place and a specific position. The fixed cultural relic environment detector is fixed at a specific position by direct placement, erection by a foot stand, hanging by a hook, nailing by a screw element, sticking by glue, and the like.

In addition, a portable cultural relic environment detection instrument is small in size and easy to hold with a hand, or a stand unit is added for supporting and fixing, so that detection personnel can conveniently carry out movable environment detection to detect environment data of different places and different positions.

The existing cultural relic detection device or instrument mostly uses detection or monitoring of a single environmental type, but has two items at most, so that each environmental type needs to be detected by a detection instrument, the detection functions of basic environmental types such as temperature, humidity, illumination, inclination (or shaking degree) and the like required by cultural assets cannot be comprehensively provided, and the detection functions are insufficient in function; moreover, the conventional cultural relics detection instrument, whether fixed or portable, is applied in a single form, and the instrument equipment does not have a detachable structure in structure, so that the instrument equipment cannot have two effects of fixed or portable; in addition to the basic temperature, humidity, illumination, and inclination (or shake) detection functions, the storage and transmission functions of the detected information and data and the supply of the power required by the equipment are essential, and need to be fully integrated into one equipment.

Furthermore, most of the existing cultural relics detection devices or instruments are wired signal transmission, and the measured data is transmitted to a computer device for analysis through a signal line, so that the line configuration may affect the wall surface or the ceiling of the historic building and cause surface damage except that the data cannot be directly connected with the internet and transmitted to a cloud or a host of a specific organization.

On the other hand, a generally fixed environment detecting apparatus is usually positioned on a table, a wall, a ceiling or a floor, and is in a state of being disposed on a plane, so that the detected air sample is air around the apparatus, and the air enters the apparatus or the apparatus in an infiltration manner to perform detection and generate data information, and since the air around the apparatus measured when the apparatus is laid flat is mostly non-flowing, the air state cannot be measured accurately and actually in real time; if a more instantaneous and accurate air sample is to be measured, a sample of the air in the flow field, i.e., the air in the flow state, is taken.

The event the utility model discloses the inventor provides a detectable temperature, humidity, illuminance, the device that basic environment kind such as gradient (or rock the degree) was surveyed to aforementioned current problem to accord with cultural assets environmental information and monitoring demand, and integrate the storage and the transmission function of information and data, with the supply of the required electric energy of equipment instrument, have fixed and portable function in structure, and the environment detection device of the air sample of measurable mobile state.

SUMMERY OF THE UTILITY MODEL

(means for solving the problems)

In view of this, the utility model discloses a health and welfare monitoring facility, it includes: a base set, which has a base and a middle post extending from the base to one side by a preset height, and a magnetic element magnetically adhered to the metal material is arranged on the other side of the base; the environment detection group is arranged on the center post and is provided with a temperature sensing module for detecting the environment temperature, a humidity sensing module for detecting the environment humidity, an illumination sensing module for detecting the environment illumination and a dynamic sensing module for detecting the shaking degree; a storage module set in the base for automatically storing the data obtained by the environment detection set; a signal transmission module set in the base and having a sending unit for transmitting the data signal obtained by the environment detection set to a computer device; a control group connected with each environment detection group, the storage module, the signal transmission module and the power supply module and capable of performing operation, signal control and processing operation; each control set and computer device are respectively provided with a real-time monitoring program for providing real-time monitoring, time, calculation, statistics, recording, query, storage and other operations of relevant data messages such as humidity, temperature, illumination and shaking degree when the environment detection set is operated; the power supply module is arranged in the base and can provide electric energy required by each environment detection group, the storage module and the signal transmission module; through above-mentioned component, utilize this center pillar to extend to the flow field of air in, can effectively detect the air sample of flow state, the removable group structural design of component is inhaled to this magnetism in the cooperation, need not to use screw or bolt component can stabilize the location or pull down, and can detect the temperature in the environment simultaneously, humidity, illuminance, gradient (or the degree of rocking) etc., have multinomial monitoring function, in order to accord with the user demand in cultural assets field, integrate the storage and the transmission function of information and data that relevant environment detection recorded again, with the supply of the required electric energy of equipment instrument, in order to make things convenient for data acquisition, the operation, and the statistics, so have high economic benefits and practicality.

Preferably, the health-care and health-care monitoring facility further comprises a switch module, which is arranged at the preset position of the base set and connected with the control set, and is provided with a switching element and a prompting lamp element, wherein the switching element is used for switching on and off the power supply state of the power supply module, and the prompting lamp element is used for lighting up a lamp to prompt when the power supply module is in the on power supply state.

Preferably, the center pillar has a length adjustment set formed by sleeving a plurality of sleeves, and the sleeves are capable of changing the length of the center pillar after being linearly displaced by a predetermined distance.

Preferably, a stretching clamping component is arranged between the sleeves, and the stretching clamping component enables the sleeves to be effectively positioned to the preset position in the stretching state without being separated.

Further preferably, a telescopic clamping assembly is arranged between each two sleeves, and the telescopic clamping assembly enables the sleeves to be effectively positioned from a mutually telescopic state to a preset position.

Preferably, the power supply module is provided with a connector, and the connector is connected with an external power supply; the signal transmission module can transmit the data signal obtained by the environment detection set to a computer device in a wireless transmission mode.

Preferably, the power supply module has a connector, the connector is connected to an external power source, and the connector is connected to the power storage unit so as to transmit the external power source to the power storage unit and store electric energy.

Preferably, the dynamic sensing module is a three-axis dynamic sensor; this illuminance response module can detect ultraviolet ray, infrared ray and far infrared in the environment.

Preferably, the computer device is any one of a desktop computer, a notebook computer, a tablet computer, a smart phone and a cloud server.

Preferably, the environment detection module has a gas sensing module for sensing the type and concentration of the gas within a preset range, the gas sensing module is connected with the control module and performs signal transmission, and the gas detection module transmits the sensed type and concentration of the ambient gas to the computer device.

The utility model has the advantages that:

the utility model discloses a main objective is providing a health and well-being monitoring facilities of literary composition promptly, has the measurement stick structural design who extends preset height to locate the environmental detection group on measuring the stick, utilize to measure in the flow field that the stick extends to the air, can effectively detect the air sample of mobile state, with the various accuracy of measurationing data of promotion air.

The utility model discloses a next purpose is providing a health and welfare monitoring facility promptly, and it has the removable group structural design of magnetism type, can be fast and firmly be located on the metal material to can take off easily, need not to use screw or bolt component.

The utility model discloses a still another purpose is providing a health monitoring facilities of literary composition promptly, can detect temperature, humidity, illuminance, gradient (or rock the degree) etc. in the environment simultaneously, has multinomial monitoring function to accord with the user demand in cultural assets field, and can reach early discovery promptly, instant prosthetic effect.

The utility model discloses a more an aim is providing a health well monitoring facilities of literary composition promptly, integrates the relevant environment and detects the storage and the transmission function of the letter of information and data that record, with the supply of the required electric energy of equipment instrument to make things convenient for data acquisition, operation, and statistics, so have high economic benefits and practicality.

Drawings

Fig. 1 is a perspective view of a preferred embodiment of the present invention;

fig. 2 is an exploded perspective view of a preferred embodiment of the present invention;

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

fig. 4 is a second exploded perspective view 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 a second embodiment of the present invention;

fig. 8 is a schematic view of a second embodiment of the present invention in use;

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

Description of the reference numerals

The utility model discloses

Base set 10 signal transmission module 40

Base 11 transmitting unit 41

Control group 50 for a king post 12

Real-time monitoring program 51 for magnetic device 13

Power supply module 60 for positioning plate 14

Environment detection group 20 power storage unit 61

Temperature sensing module 21 connector 62

Humidity sensing module 22 switch module 70

Switching element 71 of illumination sensing module 23

Dynamic induction module 24 prompt lamp element 72

Gas sensing module 25 computer device 80

Length adjustment set 90 of storage module 30

Sleeve 91

The tension latch assembly 92 nests the latch assembly 93.

Detailed Description

Referring to fig. 1 to 6, the present invention provides a health-care monitoring facility, which mainly comprises: the environment monitoring device comprises a base 10, and an environment 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 which are arranged on the base 10.

The base set 10 has a base 11 and a center pillar 12 extending from the base 11 to one side with a predetermined height; a magnetic element 13 is disposed on the other side of the base 11 and can be magnetically attached to the metal material.

The environment detection set 20 is disposed on the center pillar 12, and has a temperature sensing module 21 capable of detecting an environment temperature; a humidity sensing module 22 for detecting the ambient humidity; an illumination sensing module 23 for detecting ambient illumination, which mainly detects light electromagnetic waves such as ultraviolet rays, infrared rays or far infrared rays in the environment; and a dynamic sensing module 24 for detecting the degree of shaking, which may be a three-axis dynamic sensor (Gravity-sensor), or other related technology applications for detecting the degree of shaking, falling, rising or falling, or the like, of the accelerated force applied to the object.

The storage module 30 is disposed in the base 11 and can automatically store and retain the data obtained from the environmental detection set 20.

The signal transmission module 40, which is disposed in the base 11 and has a sending unit 41, can transmit the data signal obtained from the environment detection set 20 to a computer device 80 in a wireless transmission manner; 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 applied to the Internet, mobile communication network, wireless network (wi-fi), Bluetooth (Bluetooth) or Zigbee technology; the signal transmission module 40 can also use a wired method to transmit data through a transmission line configuration circuit.

The control group 50 is disposed in the base group 10, connected to the environment detection groups 20, the storage module 30, the signal transmission module 40 and the power supply module 60, and capable of performing operations such as calculation, signal control and processing; the environment detecting group 20 transmits the measured air information data to the control group 50, and the control group 50 can save the data in the storage module 30 after performing judgment and analysis, and can also transmit the data to the computer device 80 by using the signal transmission module 40; a real-time monitoring program 51, which is installed in each control group 50 and the computer device 80 to provide real-time monitoring, time, calculation, statistics, record, query, and storage of the relevant data information such as humidity, temperature, illumination, and shaking during the operation of the environment detection group 20.

The power supply module 60 is arranged in the base 10 and can provide electric energy required by each environment detection group 20, the storage module 30 and the signal transmission module 40; the power supply module 60 has an electricity storage unit 61 capable of storing electric energy, and can be applied in a battery type; or the power supply module 60 has a connector 62 to provide a connection part with an external power source, which can be an application of a common commercial power plug or a USB plug; or the power supply module 60 has an electricity storage unit 61 capable of storing electric energy, and is matched with a connector 62, so that the connector 62 is connected with the electricity storage unit 61, and external power is transmitted to the electricity storage unit 61 and the electric energy is stored.

The switch module 70 is disposed at a predetermined position of the base assembly 10, such as the center pillar 11 or the base 12, and connected to the control assembly, and has a switching element 71 and a warning light element 72, wherein the switching element 71 can turn on or off the power supply state of the power supply module 60; the indicator light element 72 will light up to indicate when the power supply module 60 is in the power-on state; if the power supply is not on or the power is insufficient, the lamp is not turned on.

Through the above-mentioned component, extend to the flow field of air with this center pillar 12, can effectively detect the air sample of flowing state, the removable group structural design of component 13 is inhaled to this magnetism in the cooperation, need not to use screw or bolt component can stabilize the location or pull down, and can detect temperature in the environment simultaneously, humidity, illuminance, gradient (or the degree of rocking) etc. have multinomial monitoring function, in order to accord with the user demand in cultural assets field, integrate the storage and the transmission function of credit and data that relevant environment detection recorded again, with the supply of the required electric energy of equipment instrument, in order to make things convenient for data acquisition, operation, and statistics, so have high economic benefits and practicality person.

For further understanding of the structural features, operational technical means, and expected effects of the present invention, the usage of the present invention will now be described as follows:

when the utility model is assembled, the center post 12 is integrally formed on the base 11, or the center post and the base can be connected in other assembling manners; the temperature sensing module 21, the humidity sensing module 22 and the illumination module 23 of the environment detecting assembly 20 are assembled at the preset part of the center pillar 12, and are optimally arranged at the tail end of the center pillar 12; the dynamic sensing module 24 can be disposed in the base 11 or the center pillar 12; then, each storage module 30, signal transmission module 40, control group 50 and power storage module 60 are assembled in the base 12; then, the switch module 70 is disposed in each center pillar 12 or the base 11, and the warning light element 72 is disposed in a visible state; connecting each environment detection set 20, the storage module 30, the signal transmission module 40, the power supply module 60 and the switch module 70 to enable signals to be communicated and transmitted; then, the magnetic element 13 is assembled under the base 12; finally, the real-time monitoring program 51 is built in the control group 50. The utility model discloses each environmental detection group, storage module, signal transmission module, power module and switch module can use present module technique at present, do and be suitable for other more novel module techniques. The current module technology is applied to various environmental detection sets, storage modules, signal transmission modules, power supply modules, switch modules, etc. in the field of intelligent home monitoring systems or intelligent household electrical appliances.

When the utility model is placed at the preset position close to the cultural relic, a positioning plate made of metal material can be pre-arranged on the ceiling, the beam, the wall, the ground, the desktop or the column, etc.; when the utility model is arranged and placed, the bottom of the base 12 is provided with the position of the magnetic attraction element 13, and is close to the positioning plate, and then the base positions the utility model on the positioning plate due to the magnetic force; at this time, the center pillar 12 extends a predetermined length toward the other open space of the base 11 to the flow field of air.

The utility model discloses when air temperature and humidity detected, please refer to fig. 3, be under the state of opening in this switch module 70, let the air that flows pass through this center pillar 12, see through each temperature-sensing module 21 and the humidity response module 22 on this center pillar 12, can acquire present air sample, and record humidity and temperature relevant information, will convey to this control group 50, through this control group 50 analysis, after operation and judgement, store the data in this storage module 30, and pass through this signal transmission module 40 with the data simultaneously, convey to this computer arrangement 80.

When the utility model is used for illumination detection, the illumination sensing module 23 at the end of the center post 12 is led to sense the surrounding light rays, including the detection of visible light such as light and sunshine, and invisible light such as ultraviolet rays, infrared rays and far infrared rays, when the switch module 70 is in an open state; the detected related information is transmitted to the control group 50, and after the analysis, calculation and judgment of the control group, the data is stored in the storage module 30 and transmitted to the computer device 80 through the signal transmission module 40.

The utility model discloses when measuring and rocking the degree, will the utility model discloses put or connect and locate historical relic or building particular position, be under the state of opening in this switch module 70, when article or building have the situation of rocking or vibrations, through the relevant information that this dynamic response module 24 will record, will convey to this control group 50, through this control group 50 analysis, operation and judgement back, store the data in this storage module 30, and see through this signal transmission module 40 with the data simultaneously, convey to this computer device 80.

When the utility model is detected in a hand-held mode, if the utility model is positioned on a positioning plate 14 made of metal material, the utility model can be taken down by applying force, and the base 11 is separated from the positioning plate 14; the base 11 is held by hand to direct the center pillar 12 toward the air flow field to be detected, so as to start the detection of the ambient temperature, humidity and illumination, and the obtained related data can be stored in the storage module 30, and simultaneously the data can be transmitted to the computer device 80 through the signal transmission module 40.

The utility model discloses this base group 910 with location structure is inhaled to magnetism, be equipped with humidity, temperature and illuminance in the monitoring environment air in it, with detectable article or building rock the environment detection group 20 of degree, the cooperation can be with this control group 50 that detection information operated, the analysis, judge, and operations such as relevant control signal transmission, but this signal transmission module 40 of wireless data transmission of integration, and data remove this storage module 30 of depositing, the overall technology has following efficiency:

one, the utility model discloses a this base group 10 has this center pillar 12 structural design that extends preset height to on locating this center pillar 12 with this environment detection group 20, like the design of measuring the stick, utilize this center pillar 12 to extend to the flow field of air in, can effectively detect the air sample of flow state, with the accuracy that promotes the various data of measurationing of air, solve among the prior art can only measure the sample that the instrument air infiltration or diffusion got into around so that the accuracy is lower problem.

Two, the utility model discloses this base group 10 has the formula of can dismantling structure of magnetism, cooperates and sets up the locating plate of metal material on article or building wall, ceiling or beam column, can with the utility model discloses magnetism pastes and fixes a position on the locating plate to can simply take off easily, tear open the group process fast and firmly, need not to use screw or bolt component.

The temperature sensing modules 21, the humidity sensing module 22 and the illumination sensing module 23 of the environment detection set 20 can respectively detect the temperature, the humidity and the illumination in the air, and the power sensing module 24 is combined to measure the inclination or the shaking degree of the article or the building, so that the whole environment detection set has multiple detection functions, and can immediately return the measured information, thereby achieving the effects of early discovery and immediate department repair, and meeting the requirement of the environment monitoring condition in the field of cultural assets.

Fourth, the utility model discloses further with information and data that this environment detection group 20 measured, this storage module 30 of integration is with automatic storage, this signal transmission module 40 is in order to carry out transmission function, provides the required electric energy of whole equipment instrument with this power module 60 to make things convenient for data acquisition, operation, and statistics, so have high economic benefits and practicality.

The measured data are transmitted between each control group 50 and the computer device 80 in a wireless manner, and the communication transmission specification thereof conforms to the common specification in the market, such as the application of internet, mobile communication network, wireless network (wi-fi), Bluetooth (Bluetooth) or Zigbee and other technologies, and has compatibility.

Sixth, the real-time monitoring program 51 of the present invention can be built in each control group 50 and the computer device 80, and can be used for managing each environmental detection data and data, including real-time monitoring, query, recording, statistics, analysis, judgment, operation, storage, and warning operations; the real-time monitoring program 51 can be executed on the computer device, and the computer device 80 can be one of a desktop computer, a notebook computer, a tablet computer, a smart phone, or a cloud server, so that the use and operation are convenient.

Referring to fig. 7 to 9, a second embodiment of the present invention is shown, wherein the center pillar 12 has a length adjustment set 90 formed by sleeving a plurality of sleeves 91, and the sleeves 91 are linearly displaced by a predetermined distance to change the length of the center pillar 12; a stretching clamping component 92 is respectively arranged between the sleeves 91, so that the sleeves 91 can be effectively positioned to a preset position in a stretching state without being separated; a telescopic locking assembly 93 is disposed between each of the sleeves 91 to effectively position each of the sleeves 91 in a mutually telescopic state to a predetermined position. The gas sensing module 25 is further added in the environment detection set 20, the gas sensing module 25 can sense the gas type and concentration within a predetermined range, and is connected to the control set 60 for signal transmission, and the gas detection module 25 transmits data such as the sensed ambient gas type and concentration to the computer device 80.

In the present embodiment, the gas sensing module 25 is further added to the environment detection group 20, so as to detect whether there is a specific gas in the air, such as sulfur dioxide, sulfuric acid, ozone, nitrogen dioxide and chloride, which may damage the cultural relics, and transmit the concentration data thereof to the control group 50 for further analysis and judgment; the concentration data can also be transmitted to each storage module 30 and computer device 80 for data archiving or data access, so that the detection function of harmful gas can be achieved.

The length adjustment set 90 of the present embodiment can linearly displace the sleeved sleeves 91 relative to each other to increase the total length of the sleeves 91, so that the sleeves 91 can replace the center pillars 12 with a fixed length to achieve the effect of height adjustment, and thus can be further extended into the air flow field to expand the detectable range in the air flow field and obtain the air detection data at the desired position. By combining with the stretching locking components 92 and the telescoping locking components 93, the sleeves 91 can be stably positioned without being separated from each other in the stretching or telescoping state. Other usage states, system construction, signal control and transmission, data transmission, device and component composition, operation and actuation, and expected performance of the present embodiment are all the same as those of the first embodiment.

It should be noted that, the utility model discloses a health-care monitoring facilities of literary composition utilizes this center pillar to extend to in the flow field of air, can effectively detect the air sample of flow state, the removable group structural design of component is inhaled to this magnetism of cooperation, need not to use screw or bolt component can stabilize the location or pull down, and can detect the temperature in the environment simultaneously, humidity, illuminance, gradient (or rock the degree) etc., multiple monitoring function has, in order to accord with the user demand in cultural assets field, integrate the storage and the transmission function of information and data that relevant environment detection recorded again, with the supply of the required electric energy of equipment instrument, in order to make things convenient for the data acquisition, the operation, and statistics, utensil and the environmental detection technique of high compatibility and practicality.

It is obvious that the described embodiments are only some of the embodiments of the present invention, and not all of them. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Claims

1. A health-care health monitoring facility, comprising:

the base set is provided with a base and a middle column which extends to one side from the base by a preset height, and the other side of the base is provided with a magnetic attraction element which can be magnetically attached to a metal material;

the environment detection group is arranged on the center post and is provided with a temperature sensing module capable of detecting the environment temperature, a humidity sensing module capable of detecting the environment humidity, an illumination sensing module capable of detecting the environment illumination and a dynamic sensing module capable of detecting the shaking degree;

a storage module set in the base for automatically storing the data obtained by the environment detection set;

a signal transmission module set in the base and having a sending unit for transmitting the data signal obtained by the environment detection set to a computer device;

the control group is arranged in the base group and is connected with each environment detection group, the storage module, the signal transmission module and the power supply module;

the power supply module is arranged in the base and used for providing electric energy required by each environment detection group, the storage module, the signal transmission module and the control group, and the power supply module is provided with an electricity storage unit capable of storing the electric energy.

2. The health monitoring facility of claim 1, further comprising a switch module disposed at a predetermined position of the base set and connected to the control set, wherein the switch module comprises a switching element and a warning light element, the switching element is used for turning on/off a power supply state of the power supply module, and the warning light element is used for lighting a light to warn when the power supply module is in the on/off power supply state.

3. The health monitoring facility of claim 1, wherein the center pillar has a length adjustment set comprising a plurality of sleeves sleeved with each other, each sleeve being capable of changing the length of the center pillar after being linearly displaced a predetermined distance.

4. The health monitoring facility of claim 3, wherein a tension locking member is disposed between each of the sleeves, the tension locking member enabling the sleeves to be positioned effectively to a predetermined position in a tensioned state without being separated therefrom.

5. The health monitoring facility of claim 3, wherein a respective telescoping latching assembly is provided between each of said sleeves, said telescoping latching assemblies enabling said sleeves to be positioned in said nested condition to a predetermined position.

6. The health monitoring facility of claim 1, wherein the power module has a connector, the connector being connected to an external power source; the signal transmission module can transmit the data signal obtained by the environment detection set to a computer device in a wireless transmission mode.

7. The health monitoring facility of claim 1, wherein the power module has a connector for connection to an external power source, the connector being connected to the power storage unit for transmitting the external power source to the power storage unit and storing the electrical energy.

8. The health care monitoring facility of claim 1, wherein the dynamic sensing module is a three-axis dynamic sensor; this illuminance response module can detect ultraviolet ray, infrared ray and far infrared in the environment.

9. The literary health monitoring facility of claim 1, wherein the computing device is any one of a desktop computer, a laptop computer, a tablet computer, a smartphone, and a cloud server.

10. The health monitoring facility of claim 1, wherein the environmental monitoring group comprises a gas sensing module for sensing the type and concentration of the gas within a predetermined range, the gas sensing module is connected to the control group for signal transmission, and the gas sensing module transmits the sensed type and concentration of the ambient gas to the computer device.