Spliceable suspended temperature and humidity measuring device and method of use

Abstract

The application discloses a splicing suspension type temperature and humidity measuring device and a use method thereof, which comprises a controller, a memory, a display and a plurality of splicing units; the splicing unit comprises a rectangular annular annular silica gel pipe, two transverse silica gel pipes arranged on the annular silica gel pipe and two vertical silica gel pipes arranged on the annular silica gel pipe; the transverse silica gel pipes are vertically crossed and connected with the two vertical silica gel pipes respectively, and the transverse silica gel pipes are communicated with the annular silica gel pipe and the two vertical silica gel pipes respectively; the application has the characteristics that the temperature and humidity data at any height and any position in a large indoor space can be measured.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of temperature and humidity measurement, in particular to a spliced suspension type temperature and humidity measuring device suitable for measuring the temperature and humidity of a large indoor space and a use method thereof. BACKGROUND

[0002] When measuring the temperature and humidity of a large indoor space, air conditioning engineers lack effective means to fix or adjust the sensor for measuring the temperature and humidity in the large indoor space, and usually fix the temperature and humidity sensor on the wall of the large indoor space or place the temperature and humidity sensor at a certain place in the indoor space through other fixing devices, which reduces the reliability of the collected temperature and humidity data. SUMMARY

[0003] The present application aims to overcome the poor reliability of the temperature and humidity data collected in the large indoor space in the prior art, and provides a spliced suspension type temperature and humidity measuring device suitable for measuring the temperature and humidity of a large indoor space and a use method thereof.

[0004] In order to achieve the above-mentioned purpose, the present application adopts the following technical scheme:

[0005] A spliced suspension type temperature and humidity measuring device comprises a controller, a memory, a display and a plurality of spliced units; the spliced unit comprises a ring-shaped silica gel tube in the shape of a rectangular ring, two horizontal silica gel tubes arranged on the ring-shaped silica gel tube, and two vertical silica gel tubes arranged on the ring-shaped silica gel tube; the horizontal silica gel tubes are perpendicularly crossed and connected with the two vertical silica gel tubes, and the horizontal silica gel tubes are in communication with the ring-shaped silica gel tube and the two vertical silica gel tubes; the ring-shaped silica gel tube is provided with a gas charging and discharging structure, a suspension structure and a splicing structure, adjacent spliced units are connected through the splicing structure, and adjacent spliced units are connected in communication through the gas charging and discharging structure; hydrogen is filled in the ring-shaped silica gel tube, the two horizontal silica gel tubes and the two vertical silica gel tubes, and uniform distribution of temperature and humidity sensors is arranged on the ring-shaped silica gel tube, each horizontal silica gel tube and each vertical silica gel tube; the controller is electrically connected with the display, the memory and each temperature and humidity sensor.

[0006] When measuring the temperature and humidity of a large indoor space by using the present application, a proper number of spliced units can be selected for splicing according to the size of the large indoor space, hydrogen is injected into each spliced unit, each spliced unit of the present application is suspended in the air of the indoor space, each temperature and humidity sensor measures the temperature and humidity data, a large range of temperature and humidity data can be obtained at one time, the temperature and humidity data in the large indoor space can be collected by changing the position several times, after the measurement is completed, each spliced unit is separated and the hydrogen therein is discharged, and each spliced unit is folded up.

[0007] Therefore, the application has the characteristics of light weight, convenient carrying, saving measurement time, reducing measurement cost and improving measurement efficiency.

[0008] Preferably, the annular silica gel tube comprises a rear tube, a right tube, a front tube and a left tube connected in sequence; the gas charging and discharging structure comprises two air vent plugs arranged at the middle portions of the rear tube and the right tube respectively, and two air vents arranged at the middle portions of the left tube and the front tube respectively; the air vent plugs are capable of being clamped with the air vents; first sealing caps are arranged on the two air vent plugs; second sealing caps are arranged on the two air vents; the two air vent plugs, the two air vents, the two first sealing caps and the two second sealing caps are made of plastic material.

[0009] The one-way valve can effectively prevent the automatic leakage of gas in the annular silica gel tube, the transverse silica gel tubes and the vertical silica gel tubes; when discharging gas, the one-way valve is taken out first, and the gas can be discharged quickly.

[0010] The air vent plugs and the air vents are connected in cooperation to connect the air guide passages of adjacent units; the gas can be transmitted to each unit by charging the air into one air vent plug of one unit.

[0011] Preferably, the connecting structure comprises four connecting heads arranged at the left portion of the rear tube, the right portion of the rear tube, the rear portion of the right tube and the front portion of the right tube respectively, and four connecting ports arranged at the rear portion of the left tube, the front portion of the left tube, the left portion of the front tube and the right portion of the front tube respectively; the connecting heads are capable of being clamped with the connecting ports; the four connecting heads and the four connecting ports are made of plastic material.

[0012] The corresponding connecting heads and connecting ports of adjacent units are connected in cooperation to stably connect the adjacent units, so that the structure of the application is stable, and the requirements of the temperature and humidity measurement are ensured.

[0013] Preferably, the suspension structure comprises a plurality of first hooks arranged on the lower surface of the annular silica gel tube, second hooks arranged on the lower surfaces of the connecting portions of the transverse silica gel tubes and the vertical silica gel tubes, a hanging rope arranged on each first hook and each second hook, and a plummet arranged at the lower end of the hanging rope.

[0014] The plummet, the hanging rope, the first hook and the second hook are used to limit the floating height of the application.

[0015] Preferably, the plummet comprises a tape measure and a weight connected to the lower end of the tape measure; the hanging rope is a strip-shaped cloth with scales wound on the reel of the tape measure.

[0016] The strip-shaped cloth is actually the ruler of the tape measure; the length of the strip-shaped cloth released by the tape measure can be adjusted according to the required floating height, so that the operation difficulty of repeated measurement is reduced.

[0017] A method for using a spliced suspended temperature and humidity measuring device, comprising the following steps:

[0018] Step 1, according to the size of the indoor large space to be measured, the staff opens several folded spliced units, connects adjacent spliced units by using corresponding connectors and connecting ports, and connects the gas passages of adjacent spliced units by using corresponding air plugs and air ports; except for one air plug B reserved for inflation, a first sealing cap is screwed on all air plugs not connected with other spliced units, and a second sealing cap is screwed on all air ports not connected with other spliced units;

[0019] Step 2, a one-way valve is placed in the air plug B, hydrogen is filled into the air plug B, the hydrogen fills the annular silica gel tube, the horizontal silica gel tubes and the vertical silica gel tubes of each spliced unit, a first sealing cap is screwed on the air plug B, and each spliced unit is inflated and floats up;

[0020] Step 3, the suspension structure is used to adjust the suspension height of each spliced unit, the controller controls each temperature and humidity sensor to measure the temperature and humidity, the memory stores the temperature and humidity data measured by each temperature and humidity sensor, the controller controls the display to display the temperature and humidity data measured by each temperature and humidity sensor, and the temperature and humidity measurement of the current position is completed;

[0021] Step 4, when there are still positions in the indoor large space that have not completed temperature and humidity measurement, the staff drives each spliced unit to move to the position in the indoor large space that has not measured the temperature and humidity by using the suspension structure, and returns to step 3; otherwise, go to step 5;

[0022] Step 5, the staff unscrews the first sealing cap on the air plug B, removes the one-way valve, separates each spliced unit, releases the hydrogen in each spliced unit, screws the first sealing cap on all air plugs, screws the second sealing cap on all air ports, and folds each spliced unit.

[0023] As a preferred, the suspension structure comprises a plurality of first hooks provided on the lower surface of the annular silica gel tube, a plurality of second hooks provided on the lower surface of the connection between the horizontal silica gel tube and each vertical silica gel tube, a hanging rope provided on each first hook and each second hook, and a plummet provided at the lower end of the hanging rope; the plummet comprises a tape measure and a weight connected to the lower end of the tape measure, and the hanging rope is a strip-shaped cloth with scales wound on the reel of the tape measure;

[0024] The use of the suspension structure to adjust the suspension height of each spliced unit comprises the following steps:

[0025] According to the suspension height of the temperature and humidity required to be measured for each splicing unit, the length of the strip cloth released by each tape measure is adjusted according to the scale on the strip cloth of each tape measure with a pendant head.

[0026] Therefore, the present invention has the following beneficial effects: simple structure, light weight, and easy to carry; it can measure temperature and humidity data at any height and any position in a large indoor space, saving measurement time, reducing measurement costs, and improving measurement efficiency, providing a reliable data basis for achieving temperature and humidity regulation in large indoor spaces. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 It is a top view of the present invention;

[0028] Figure 2 It is a front view of the present invention;

[0029] Figure 3 yes Figure 1 A cross-sectional view at AA in the middle. DETAILED DESCRIPTION

[0030] The present invention will be further described below with reference to the accompanying drawings and specific embodiments.

[0031] like Figures 1-3 The embodiment shown is a splicable suspended temperature and humidity measuring device, including a controller, a memory, a display and three splicing units; the splicing unit includes a rectangular ring-shaped annular silicone tube 1, two horizontal silicone tubes 11 arranged on the annular silicone tube, and two vertical silicone tubes 12 arranged on the annular silicone tube; the horizontal silicone tubes are vertically cross-connected with the two vertical silicone tubes respectively, and the horizontal silicone tubes are respectively connected to the annular silicone tube and the two vertical silicone tubes, and the annular silicone tube is provided with an air charging and discharging structure, a suspension structure 3 and a splicing structure. Adjacent splicing units are connected by the splicing structure, and adjacent splicing units are connected by the air charging and discharging structure; the annular silicone tube, the two horizontal silicone tubes and the two vertical silicone tubes are all filled with hydrogen, and the annular silicone tube, each horizontal silicone tube and each vertical silicone tube are provided with evenly distributed temperature and humidity sensors 5, and the controller is electrically connected to the display, the memory and each temperature and humidity sensor respectively.

[0032] In this embodiment, the two horizontal silicone tubes evenly divide the vertical space of the annular silicone tube, and the two vertical silicone tubes evenly divide the horizontal space of the annular silicone tube, so that the masses of the various parts of the present invention are the same, so that after the present invention is filled with air, it can be stably suspended horizontally, thereby accurately measuring the temperature and humidity data of various parts of the large indoor space.

[0033] The annular silica gel tube comprises a rear tube, a right tube, a front tube and a left tube connected in sequence; the gas charging and discharging structure comprises two air inlets 21 arranged in the middle of the rear tube and the right tube respectively, and two air outlets 22 arranged in the middle of the left tube and the front tube respectively; the air inlets can be clamped with the air outlets; the two air inlets are each provided with a first sealing cap 23, and the two air outlets are each provided with two second sealing caps 24; the two air inlets, the two air outlets, the two first sealing caps and the two second sealing caps are all made of plastic material.

[0034] The splicing structure comprises four connecting heads 41 arranged in the left part of the rear tube, the right part of the rear tube, the rear part of the right tube and the front part of the right tube respectively, and four connecting openings 42 arranged in the rear part of the left tube, the front part of the left tube, the left part of the front tube and the right part of the front tube respectively; the connecting heads can be clamped with the connecting openings; the four connecting heads and the four connecting openings are all made of plastic material.

[0035] The hanging structure comprises a plurality of first hooks 31 arranged on the lower surface of the annular silica gel tube, second hooks 32 arranged on the lower surface of the connecting part of the transverse silica gel tube and each longitudinal silica gel tube, a hanging rope 33 arranged on each first hook and each second hook, and a plummet 34 arranged at the lower end of the hanging rope.

[0036] The first hook and the second hook each comprise a semicircular plate and a through hole arranged on the semicircular plate; the first hook and the second hook are both made of plastic material.

[0037] The plummet comprises a tape measure and a weight connected to the lower end of the tape measure; the hanging rope is a strip-shaped cloth with scales wound on the reel of the tape measure.

[0038] A use method of a splicable suspended type temperature and humidity measuring device, comprising the following steps:

[0039] Step 1: the indoor large space to be measured for temperature and humidity is in the shape of a rectangle; a worker opens three folded splicable units; the connecting heads and the connecting openings of the adjacent splicable units are used to connect the adjacent splicable units together to form a long strip-shaped structure, so that the length of the long strip-shaped structure is slightly smaller than the width of the rectangle; the air inlets and the air outlets of the adjacent splicable units are used to connect the air passages of the adjacent splicable units; except for one air inlet B used for inflating, the first sealing caps are screwed on all the air inlets not connected with other splicable units, and the second sealing caps are screwed on all the air outlets not connected with other splicable units.

[0040] Step 2: a one-way valve is put into the air inlet B; hydrogen is filled into the air inlet B; the hydrogen fills the annular silica gel tube, the transverse silica gel tubes and the vertical silica gel tubes of each splicable unit; the first sealing cap is screwed on the air inlet B; each splicable unit expands and floats up.

[0041] Step 3, according to the required measuring height of the temperature and humidity of each splicing unit, the length of the strip cloth of each tape measure is adjusted according to the scale on the strip cloth of each tape measure;

[0042] The controller controls each temperature and humidity sensor to measure the temperature and humidity, the memory stores the temperature and humidity data measured by each temperature and humidity sensor, the controller controls the display to display the temperature and humidity data measured by each temperature and humidity sensor, and the temperature and humidity measurement of the current position is completed.

[0043] Step 4, when there are still positions in the large indoor space that have not completed temperature and humidity measurement, the staff drives each splicing unit to move to the position in the large indoor space that has not measured the temperature and humidity by using the suspension structure, and returns to step 3; otherwise, step 5 is entered.

[0044] Step 5, the staff unscrews the first sealing cap on the ventilation plug B, takes out the one-way valve, separates each splicing unit, releases the hydrogen in each splicing unit, screws the first sealing cap on all the ventilation plugs, screws the second sealing cap on all the ventilation ports, and folds up each splicing unit.

[0045] The above only describes the preferred embodiments of the present application and is not used to limit the present application, and any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims

1. A splicable suspended temperature and humidity measuring device, characterized in that: The invention comprises a controller, a memory, a display and a plurality of splicing units; the splicing unit comprises a rectangular ring-shaped annular silicone tube (1), two horizontal silicone tubes (11) arranged on the annular silicone tube, and two vertical silicone tubes (12) arranged on the annular silicone tube; the horizontal silicone tubes are respectively vertically cross-connected with the two vertical silicone tubes, and the horizontal silicone tubes are respectively connected with the annular silicone tube and the two vertical silicone tubes; the annular silicone tube is provided with an air filling and discharging structure, a hanging structure (3) and a splicing structure; adjacent splicing units are connected through the splicing structure, and adjacent splicing units are connected through the air filling and discharging structure; the annular silicone tube, the two horizontal silicone tubes and the two vertical silicone tubes are all connected. The device is filled with hydrogen, and the annular silicone tube, each transverse silicone tube and each vertical silicone tube are provided with uniformly distributed temperature and humidity sensors (5). The controller is electrically connected to the display, the memory and each temperature and humidity sensor respectively; the suspension structure comprises a plurality of first hooks (31) provided on the lower surface of the annular silicone tube, a second hook (32) provided on the lower surface of the connection between the transverse silicone tube and each longitudinal silicone tube, a hanging rope (33) provided on each first hook and each second hook, and a sinker (34) provided at the lower end of the hanging rope; the sinker comprises a tape measure and a weight connected to the lower end of the tape measure, and the hanging rope is a strip of cloth with scale wound on the reel of the tape measure.

2. The splicable suspension temperature and humidity measuring device according to claim 1 is characterized in that: The annular silicone tube comprises a rear tube, a right tube, a front tube and a left tube connected in sequence; the inflation and deflation structure comprises two ventilation plugs (21) respectively arranged at the middle of the rear tube and the middle of the right tube, and two ventilation ports (22) respectively arranged at the middle of the left tube and the middle of the front tube; the ventilation plugs can be snap-fitted with the ventilation ports, and both ventilation plugs are provided with a first sealing cap (23), and both ventilation ports are provided with a second sealing cap (24); the two ventilation plugs, the two ventilation ports, the two first sealing caps and the two second sealing caps are all made of plastic material.

3. The splicable suspension temperature and humidity measuring device according to claim 2 is characterized in that the splicing The structure comprises four connecting heads (41) respectively arranged at the left part of the rear tube, the right part of the rear tube, the rear part of the right tube and the front part of the right tube, and four connecting ports (42) respectively arranged at the rear part of the left tube, the front part of the left tube, the left part of the front tube and the right part of the front tube; the connecting heads can be snap-connected with the connecting ports; the four connecting heads and the four connecting ports are all made of plastic material.

4. A method for using the splicable suspension temperature and humidity measuring device according to claim 3, characterized in that: The steps include: Step 1: According to the requirements of the large indoor space to be measured, the staff will open several folded splicing units, connect adjacent splicing units together using corresponding connectors and connectors, and connect the gas passages of adjacent splicing units using corresponding vent plugs and vents; Except for a vent plug B reserved for inflation, screw the first sealing cap on all vent plugs that are not connected to other splicing units, and screw the second sealing cap on all vent ports that are not connected to other splicing units; Step 2: Place a one-way valve in the vent plug B, fill the vent plug B with hydrogen, and fill the annular silicone tube, each horizontal silicone tube, and each vertical silicone tube of each splicing unit with hydrogen. Screw the first sealing cap on the vent plug B, and each splicing unit will expand and float. Step 3: Use the suspension structure to adjust the suspension height of each splicing unit, the controller controls each temperature and humidity sensor to measure the temperature and humidity, the memory stores the temperature and humidity data measured by each temperature and humidity sensor, and the controller controls the display to display the temperature and humidity data measured by each temperature and humidity sensor. The temperature and humidity measurement of the current position is completed; Step 4: If there is still a location in the large indoor space where the temperature and humidity measurements have not been completed, the staff uses the suspension structure to move each splicing unit to a location in the large indoor space where the temperature and humidity measurements have not been completed, and returns to step 3; otherwise, proceed to step 5; In step 5, the staff unscrews the first sealing cap on the vent plug B, takes out the one-way valve, separates the splicing units, releases the hydrogen in each splicing unit, screws the first sealing cap on all the vent plugs, screws the second sealing cap on all the vents, and folds up the splicing units.

5. The method for using the splicable suspension temperature and humidity measuring device according to claim 4, wherein: The method of adjusting the suspension height of each splicing unit by using the suspension structure includes the following steps: According to the suspension height of the temperature and humidity required to be measured for each splicing unit, the length of the strip cloth released by each tape measure is adjusted according to the scale on the strip cloth of each tape measure with a pendant head.

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