阅读说明：本技术 一种算力型恒温恒湿箱 (Calculation force type constant temperature and humidity box ) 是由 吴小龙 于 2021-07-30 设计创作，主要内容包括：本发明公开了一种算力型恒温恒湿箱,涉及恒温恒湿箱技术领域,包括箱体、测温系统以及密封圈,多个测温系统均包括电压采集模块、电阻计算模块、温度计算模块、数据获取模块以及WBee路由器；数据获取模块与WBee路由器依次电连接；多个数据获取模块均与WBee协调器相连；多个WBee路由器之间互连形成自组网络；本发明通过采用基准电阻串接热敏电阻的方式,实现对恒温恒湿箱内部空间多个区域的温度同时进行测量,提升温度测量准确性；同时通过WBee自组网络技术将各个温度监测点上的数据获取模块组成一个数据采集网,保证了每个监测点数据的稳定、实时的上传。(The invention discloses a computing force type constant temperature and humidity box, which relates to the technical field of constant temperature and humidity boxes and comprises a box body, temperature measurement systems and sealing rings, wherein each temperature measurement system comprises a voltage acquisition module, a resistance calculation module, a temperature calculation module, a data acquisition module and a WBee router; the data acquisition module is electrically connected with the WBee router in sequence; the plurality of data acquisition modules are connected with the WBee coordinator; a plurality of WBee routers are interconnected to form an ad hoc network; according to the invention, the temperature of a plurality of areas in the internal space of the constant temperature and humidity box is measured simultaneously by connecting the reference resistor in series with the thermistor, so that the temperature measurement accuracy is improved; meanwhile, the data acquisition modules on the temperature monitoring points form a data acquisition network through the WBee ad hoc network technology, so that the stable and real-time uploading of the data of each monitoring point is ensured.)

1. The utility model provides a calculation power type constant temperature and humidity case, includes box (1) and is used for right the inside temperature measurement system who carries out the temperature measurement of box (1), its characterized in that:

the box door sealing device is characterized by further comprising a sealing ring (2) for sealing the box door of the box body (1), wherein the sealing ring (2) is in a shape matched with the box door of the box body (1), and the corner of the sealing ring is arc-shaped; a box door side mounting groove (10) is formed in one side, facing the box body (1), of the box door, and a box body side mounting groove (11) is formed in the position, corresponding to the box door side mounting groove (10), of the box body (1); when the box door is closed, the sealing ring (2) is simultaneously accommodated in the box side mounting groove (11) and the box door side mounting groove (10); when the box door is opened, the sealing ring (2) is only accommodated in the box door side installation groove (10);

the temperature measuring systems are uniformly distributed in the inner space of the box body (1) and used for collecting the temperature of each area in the box body (1);

the plurality of temperature measurement systems respectively comprise a voltage acquisition module, a resistance calculation module, a temperature calculation module, a data acquisition module and a WBee router;

the voltage acquisition module is used for connecting a reference resistor and a thermistor in series, loading pull-up voltage on a loop, arranging voltage acquisition ends at two ends of each of the reference resistor and the thermistor, acquiring corresponding voltage values and acquiring voltage value acquisition information;

the resistance calculation module is used for acquiring information according to the voltage value, comparing the voltage value of the thermistor with the voltage value of the reference resistor, calculating the resistance value of the thermistor and acquiring the calculation result information of the thermistor;

the temperature calculation module compares the resistance and temperature relation of each thermistor according to the thermistor value calculation result information and the temperature estimation parameters to acquire corresponding temperature value calculation result information of the thermistor;

the data acquisition module calculates result information according to the temperature values corresponding to the thermistors, acquires temperature measurement result information based on series connection of the thermistors and acquires temperature values of a measurement area;

the data acquisition module is electrically connected with the WBee router; the temperature data acquired by the data acquisition module is transmitted to the control terminal through the communication module;

the data acquisition modules are connected with the WBee coordinator; and a plurality of WBee routers are interconnected to form an ad hoc network, and a plurality of temperature measuring systems are communicated with one another through the ad hoc network.

2. The power-calculating constant temperature and humidity box according to claim 1, characterized in that:

the box door side mounting groove (10) is arranged in an inverted T shape, the box side mounting groove (11) is arranged in a semicircular shape, and silicon rubber is filled in the box door side mounting groove (10).

3. The power-calculating constant temperature and humidity box according to claim 1, characterized in that:

the sealing ring (2) is provided with a top surface (20), an upper side wing (21), a connecting column (22), a lower side wing (23), a bottom surface (24) and a lower side wing suspension surface (25); the sealing ring (2) is arranged in a central symmetry manner, one end of a connecting column (22) in the middle of the sealing ring (2) is connected with two upper side wings (21), and the other end of the connecting column (22) is connected with two lower side wings (23); the included angle of the two upper side wings (21) is an acute angle, and the two upper side wings (21) are provided with planar top surfaces (20); the two lower side wings (23) are integrally arc-shaped and have the same circle center and radius, and the circle centers are positioned on the central symmetry axis of the sealing ring (2).

4. A power-calculating constant temperature and humidity cabinet according to claim 3, wherein:

the upper side wing (22) is provided with an upper side wing outer side surface (220) and an upper side wing inner side surface (221), and the upper side wing outer side surface (220) and the top surface (20) form an obtuse angle and are planes; the inner side surface (221) of the upper side wing is connected with the connecting column (22) in an acute angle shape, and the joint is provided with a fillet structure; the upper side wing outer side surface (220) and the upper side wing inner side surface (221) are connected by an abutting plane; when the box door is closed, the abutting plane and the top surface (20) are abutted to the box door side mounting groove (10).

5. A power-calculating constant temperature and humidity cabinet according to claim 3, wherein:

the two lower side wings (23) have a common bottom surface (24), the lower side wings (23) have lower side wing inner side surfaces (230), the lower side wing inner side surfaces (230) are connected with the connecting column (22) in a roughly acute angle shape, and the connecting positions are provided with fillet structures; the inner side surface (230) of the lower side wing is connected with the bottom surface (24) through a lower side wing suspension surface (25), and when the box door is closed, the bottom surface (24) is tightly abutted to the box door side mounting groove (10); the arc radius of the bottom surface (24) is larger than that of the box door side mounting groove (10).

6. The power-calculating constant temperature and humidity box according to claim 1, characterized in that:

the voltage acquisition module is provided with a connecting mode that one signal line corresponds to one return line for the input of the thermistor.

7. The power-calculating constant temperature and humidity box according to claim 1, characterized in that:

the box body (1) is provided with a water inlet port and a water outlet port, a heating water channel is connected between the water inlet port and the water outlet port, a heat source device which can raise the temperature in the box body (1) is detachably arranged on one side surface outside the box body (1), the heat source device comprises a water tank (30), a circulating water pump (31) and a heating unit (32), the heating unit (32) is provided with a water inlet side and a water outlet side, the water outlet of the water tank (30) is connected with the water inlet side of the heating unit (32) through a pipeline, the water outlet side of the heating unit (30) is connected with the water inlet of the circulating water pump (31) through a pipeline, the water outlet of the circulating water pump (31) is connected with the water inlet port of the box body (1) through a pipeline, the water outlet port of the box body (1) is connected with the water inlet of the water tank (30) through a pipeline.

8. The power-calculating constant temperature and humidity cabinet as claimed in claim 7, wherein:

the heating unit (32) comprises at least one control chip (320), and the control chip (320) is used for controlling the temperature measuring system;

the water in the water tank (30) is heat-exchanged in the heating unit (30) by the heat generated by the operation of the control chip (320).

9. The power-calculating constant temperature and humidity box according to claim 1, characterized in that:

the power calculating device is characterized in that a humidity sensor is further arranged in the box body (1), power calculating equipment is further arranged outside the box body (1), the data acquiring module and the signal output end of the temperature sensor are respectively and electrically connected with the signal input end of the power calculating equipment, and a temperature threshold value and a humidity threshold value are stored in a storage device of the power calculating equipment.

Technical Field

The invention relates to the technical field of constant temperature and humidity boxes, in particular to a force calculation type constant temperature and humidity box.

Background

The constant temperature and humidity test box is also called a constant temperature and humidity tester, a constant temperature and humidity test box, a programmable humidity-heat alternating test box, a constant temperature machine or a constant temperature and humidity box, is used for detecting the performance of materials in various environments and testing the heat resistance, cold resistance, dry resistance and humidity resistance of various materials. The device is suitable for detecting the quality of products such as electronics, electrical appliances, mobile phones, communication, instruments, vehicles, plastic products, metal, food, chemistry, building materials, medical treatment, aerospace and the like.

The existing constant temperature and humidity box needs to continuously control the environment in the box, and requires that the protection box has better airtight and watertight conditions. Traditional sealing washer has higher requirement to the contact stress of sealed cross-section under the prerequisite of guaranteeing sealing performance, leads to the switch chamber door to need very big power, can't satisfy the convenient requirement of test article access. In addition, although the conventional constant temperature and humidity chamber is provided with a temperature measuring device, the accuracy of the temperature measuring device is not high.

Disclosure of Invention

In order to solve the problems of the prior art, the invention specifically adopts the following technical scheme:

a force calculation type constant temperature and humidity box comprises a box body and a temperature measurement system for measuring the temperature in the box body;

the sealing ring is used for sealing the box door of the box body, has a shape matched with the box door of the box body, and has an arc-shaped corner; a box door side mounting groove is formed in one side, facing the box body, of the box door, and a box body side mounting groove is formed in the position, corresponding to the box door side mounting groove, of the box body; when the box door is closed, the sealing rings are accommodated in the box body side mounting groove and the box door side mounting groove simultaneously; when the box door is opened, the sealing ring is only accommodated in the box door side mounting groove;

the temperature measuring systems are uniformly distributed in the internal space of the box body and are used for collecting the temperature of each area in the box body;

the plurality of temperature measurement systems respectively comprise a voltage acquisition module, a resistance calculation module, a temperature calculation module, a data acquisition module and a WBee router;

the voltage acquisition module is used for connecting a reference resistor and a thermistor in series, loading pull-up voltage on a loop, arranging voltage acquisition ends at two ends of each of the reference resistor and the thermistor, acquiring corresponding voltage values and acquiring voltage value acquisition information;

the resistance calculation module is used for acquiring information according to the voltage value, comparing the voltage value of the thermistor with the voltage value of the reference resistor, calculating the resistance value of the thermistor and acquiring the calculation result information of the thermistor;

the temperature calculation module compares the resistance and temperature relation of each thermistor according to the thermistor value calculation result information and the temperature estimation parameters to acquire corresponding temperature value calculation result information of the thermistor;

the data acquisition module calculates result information according to the temperature values corresponding to the thermistors, acquires temperature measurement result information based on series connection of the thermistors and acquires temperature values of a measurement area;

the data acquisition module is electrically connected with the WBee router; the temperature data acquired by the data acquisition module is transmitted to the control terminal through the communication module;

the data acquisition modules are connected with the WBee coordinator; and a plurality of WBee routers are interconnected to form an ad hoc network, and a plurality of temperature measuring systems are communicated with one another through the ad hoc network.

The further scheme is that the box door side mounting groove is arranged in an inverted T shape, the box body side mounting groove is arranged in a semicircular shape, and silicon rubber is filled in the box door side mounting groove.

The sealing ring is provided with a top surface, an upper side wing, a connecting column, a lower side wing, a bottom surface and a lower side wing suspension surface; the sealing rings are arranged in a central symmetry manner, one end of a connecting column in the middle of each sealing ring is connected with two upper side wings, and the other end of the connecting column is connected with two lower side wings; the included angle of the two upper side wings is an acute angle, and the two upper side wings are provided with planar top surfaces; the two lower side wings are integrally arc-shaped and have the same circle center and radius, and the circle centers are positioned on the central symmetry axis of the sealing ring.

The upper side wing is provided with an upper side wing outer side surface and an upper side wing inner side surface, and the upper side wing outer side surface and the top surface form an obtuse angle and are planes; the inner side surfaces of the upper side wings are connected with the connecting columns in an acute angle shape, and the connecting parts are provided with fillet structures; the outer side surface of the upper side wing and the inner side surface of the upper side wing are connected by an abutting plane; when the box door is closed, the butt plane and the top surface are both abutted against the box door side mounting groove.

The lower side wings are provided with lower side wing inner side surfaces which are connected with the connecting column in an approximately acute angle shape, and the connecting positions are provided with fillet structures; the inner side surface of the lower side wing is connected with the bottom surface through a lower side wing suspension surface, and when the box door is closed, the bottom surface is tightly propped against the box door side installation groove; the arc radius of the bottom surface is larger than that of the box door side mounting groove.

The voltage acquisition module is characterized in that the input of the thermistor arranged on the voltage acquisition module adopts a connection mode that one signal line corresponds to one return line.

A further scheme is, the box is provided with water inlet port and play water port, water inlet port with be connected with the heating water course between the play water port, the outside side of box can be dismantled and be provided with the messenger the heat source device that the inside temperature of box risees, heat source device includes water tank, circulating water pump and heating unit, the heating unit is provided with into water side and goes out the water side, the delivery port of water tank pass through the pipeline with the side of intaking of heating unit links to each other, the play water side of heating unit pass through the pipeline with circulating water pump's water inlet links to each other, circulating water pump's delivery port pass through the pipeline with the water inlet port of box links to each other, the play water port of box pass through the pipeline with the water inlet of water tank links to each other.

The heating unit comprises at least one control chip, and the control chip is used for controlling the temperature measuring system;

the water in the water tank exchanges heat in the heating unit through heat generated by the operation of the control chip.

The power calculating device comprises a box body, a power calculating device is arranged outside the box body, a signal output end of the power calculating device is electrically connected with a signal input end of the power calculating device, and a storage device of the power calculating device stores a temperature threshold and a humidity threshold.

The invention has the beneficial effects that:

the sealing ring provided by the invention is always tightly abutted against the part in the mounting groove at the side of the box door and is stably abutted, and the sealing interface matched with the two arc surfaces is fully and stably abutted in a closed state, so that the sealing ring is conveniently communicated with the outside air in the door opening process, and the door opening is labor-saving;

the constant temperature and humidity box has the advantages that when the door is closed, the process of gas extrusion is carried out, in the process of opening the door, the sealing ring which is in abutting fit with the mounting groove is separated from the mounting groove, the atmospheric pressure needs to be resisted, in order to avoid the load increase of opening and closing the door caused by the two conditions, the sealing ring is provided with the vent hole, the vent hole is positioned at the door handle during mounting, and finally the vent hole is closed in the process of closing the door, so that the gas is conveniently discharged; the constant-temperature and constant-humidity box is opened firstly in the door opening process, so that gas can enter conveniently, the sealing performance of the sealing ring is not damaged due to the size and the position of the exhaust hole, and the temperature and the humidity in the constant-temperature and constant-humidity box are prevented from being changed due to the fact that the sealing box of the box body is not good;

according to the invention, the temperature of a plurality of areas in the internal space of the constant temperature and humidity box can be measured simultaneously by connecting the reference resistor with the thermistor in series, so that the accuracy of measuring the internal temperature of the constant temperature and humidity box is improved;

according to the invention, the data acquisition modules on the temperature monitoring points form a data acquisition network through the WBee ad-hoc network technology, when the acquired data cannot be uploaded and monitored in real time on a certain acquisition point, the data can be transmitted to another acquisition point with good network signals through the data acquisition network for data uploading, and the stable and real-time uploading of the data of each monitoring point is ensured;

according to the invention, the heat generated by the work of the control chip of the temperature measurement system of the constant-temperature and constant-humidity box is used for heating the water in the water tank, and the energy output by the heated water can be used as a heat source for heating the constant-temperature and constant-humidity box, so that the temperature in the constant-temperature and constant-humidity box reaches the required temperature, and then the heat source is provided for the box body through waste heat, the constant-temperature heating of the box body is realized, and the heating cost is saved;

according to the invention, the temperature measuring system and the humidity sensor are respectively used for measuring the internal temperature and humidity data of the constant temperature and humidity box, and the force calculating equipment is used for comparing with the threshold value, so that the accurate monitoring of the temperature and the humidity of the constant temperature and humidity box is realized.

Drawings

FIG. 1 is a schematic structural diagram of a temperature measurement system in a computational-effort-type constant-temperature and constant-humidity chamber according to an embodiment of the present invention;

FIG. 2 is a schematic diagram of a temperature measurement method of a temperature measurement system according to an embodiment of the present invention;

FIG. 3 is a top view of a seal ring according to an embodiment of the present invention;

FIG. 4 is a cross-sectional view taken along line A-A of FIG. 3;

FIG. 5 is a cross-sectional view of a sealing interface where a seal ring is located in an embodiment of the present invention;

FIG. 6 is a schematic structural view of a heat source device according to an embodiment of the present invention;

FIG. 7 is a schematic diagram of a serial connection structure of force computing chips in the force computing device according to an embodiment of the present invention;

the attached drawings are marked as follows: 1-a box body; 10-a box door side mounting groove; 11-box side mounting groove; 2-sealing ring; 20-a top surface; 21-upper flank; 210-upper flank lateral side; 211-upper flank inboard; 22-connecting column; 23-lower flank; 230-lower inside flank; 24-a bottom surface; 25-lower flank suspension plane; 26-air vent; 30-a water tank; 31-a circulating water pump; 32-a heating unit; 320-control chip.

Detailed Description

The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention.

As shown in fig. 1-2, one embodiment of the present invention discloses a force calculation type constant temperature and humidity chamber, which comprises a chamber body 1 and a temperature measurement system for measuring the temperature inside the chamber body 1;

the temperature measurement systems are uniformly distributed in the internal space of the box body 1 and used for collecting the temperature of each area in the box body 1;

the plurality of temperature measurement systems respectively comprise a voltage acquisition module, a resistance calculation module, a temperature calculation module, a data acquisition module and a WBee router;

the voltage acquisition module is used for connecting a reference resistor and a thermistor in series, loading pull-up voltage on a loop, arranging voltage acquisition ends at two ends of each of the reference resistor and the thermistor, acquiring corresponding voltage values and acquiring voltage value acquisition information;

in this embodiment, the voltage acquisition module is configured such that the input of the thermistor is connected in a manner that one signal line corresponds to one return line.

The resistance calculation module is used for acquiring information according to the voltage value, comparing the voltage value of the thermistor with the voltage value of the reference resistor, calculating the resistance value of the thermistor and acquiring the calculation result information of the thermistor;

the temperature calculation module compares the resistance and temperature relation of each thermistor according to the thermistor value calculation result information and the temperature estimation parameters to obtain corresponding temperature value calculation result information of the thermistor;

the data acquisition module calculates result information according to the temperature values corresponding to the thermistors, acquires temperature measurement result information based on thermistor series connection and acquires temperature values of a measurement area;

the data acquisition module is electrically connected with the WBee router; the temperature data acquired by the data acquisition module is transmitted to the control terminal through the communication module;

the plurality of data acquisition modules are connected with the WBee coordinator; a plurality of WBee routers are interconnected to form an ad hoc network, and a plurality of temperature measuring systems are communicated with one another through the ad hoc network.

The temperature measuring method based on thermistor series connection in the embodiment comprises the following steps:

s1: connecting a reference resistor and a plurality of thermistors in series, loading pull-up voltage on a loop, arranging voltage acquisition ends at two ends of each of the reference resistor and each thermistor, and acquiring corresponding voltage values to acquire voltage value acquisition information; the reference resistor is accurately measured, and the resistance value is stable when the power is on;

s2: acquiring information according to the voltage value, comparing the voltage value of the thermistor with the voltage value of the reference resistor, calculating the resistance value of the thermistor, and acquiring the calculation result information of the thermistor resistance value;

s3: and comparing the resistance and temperature relation of each thermistor according to the thermistor value calculation result information and the temperature estimation parameters to obtain the corresponding temperature value calculation result information of the thermistor.

S4: and calculating result information according to the temperature values corresponding to the thermistors, and acquiring multipoint temperature measurement result information based on the serial connection of a plurality of thermistors.

The steps further comprise a pull-up voltage V, a reference resistor Rf, a thermistor 1 resistance value R1, a thermistor 2 resistance value R2, a thermistor 3 resistance value R3, a reference resistor voltage acquisition end Vf, a thermistor 1 voltage acquisition end V1, a thermistor 2 voltage acquisition end V2 and a thermistor 3 voltage acquisition end V3.

After the pull-up voltage V is loaded, a voltage acquisition end Vf of the reference resistor, a voltage acquisition end V1 of the thermistor 1, a voltage acquisition end V2 of the thermistor 2 and a voltage acquisition end V3 of the thermistor 3 are measured through an acquisition end. The resistance value of each thermistor is calculated as follows:

R1＝(V1*Rf)/Vf

R2＝(V2*Rf)/Vf

R3＝(V3*Rf)/Vf

after the resistance values of the thermistors are calculated, the corresponding temperature values can be calculated by comparing the respective resistance and temperature relations of the thermistors, and the temperature measurement of the corresponding positions is realized.

The data acquisition module acquires a temperature value of a measurement area; because a plurality of WBee routers are interconnected to form an ad hoc network, a plurality of data acquisition modules are communicated with one another through the ad hoc network, when a network signal at a certain temperature measurement point is poor or even has no signal, the control chip controls another data acquisition module with good network signal to receive measurement data sent by the data acquisition module with poor network signal through the ad hoc network, and transmits the monitoring data to the control monitor through the communication module.

In the embodiment, the data acquisition modules on the temperature monitoring points form a data acquisition network through the WBee ad-hoc network technology, when a certain data acquisition module cannot upload and monitor the acquired temperature data in real time, the data acquisition network can transmit the data to another data acquisition module with good network signals for data uploading, and the stable and real-time uploading of the data of each monitoring point is ensured.

As shown in fig. 3-5, the constant humidity device of the present embodiment further includes a sealing ring 2 for sealing the door of the box body 1, wherein the sealing ring 2 has a shape adapted to the door of the box body 1, and a corner thereof is arc-shaped; a box door side mounting groove 10 is formed in one side, facing the box body 1, of the box door, and a box body side mounting groove 11 is formed in the position, corresponding to the box door side mounting groove 10, of the box body 1; when the box door is closed, the sealing ring 2 is simultaneously accommodated in the box body side installation groove 11 and the box door side installation groove 10; when the box door is opened, the sealing ring 2 is only accommodated in the box door side installation groove 10;

the sealing ring 2 is provided with a top surface 20, an upper side wing 21, a connecting column 22, a lower side wing 23, a bottom surface 24 and a lower side wing suspension surface 25; the sealing ring 2 is arranged in a central symmetry manner, one end of a connecting column 22 in the middle of the sealing ring 2 is connected with the two upper side wings 21, and the other end of the connecting column 22 is connected with the two lower side wings 23; the included angle of the two upper side wings 21 is an acute angle, and the two upper side wings 21 are provided with planar top surfaces 20; the two lower side wings 23 are in an integral arc shape and have the same circle center and radius, and the circle center is positioned on the central symmetry axis of the sealing ring 2.

Case door side mounting groove 10 is the type of falling T setting, and box side mounting groove 11 semicircular in shape sets up, and chamber door side mounting groove 10 intussuseption is filled with silicon rubber.

The upper wing 21 has an upper wing outer side 210 and an upper wing inner side 211, and the upper wing outer side 210 and the top surface 20 form an obtuse angle and are planes; the inner side surface 211 of the upper flank is connected with the connecting column 22 in an acute angle shape, and the connecting part is provided with a fillet structure; the upper wing outer side surface 210 and the upper wing inner side surface 211 are connected by an abutting plane; when the door is closed, the abutting plane and the top surface 20 are both abutted against the door side mounting groove 10.

The two lower side wings 23 have a common bottom surface 24, the lower side wings 23 have lower side wing inner side surfaces 230, the lower side wing inner side surfaces 230 are connected with the connecting column 22 in a roughly acute angle shape, and the connecting position has a fillet structure; the inner side surface 230 of the lower side wing is connected with the bottom surface 24 through the lower side wing suspension surface 25, and when the door is closed, the bottom surface 24 is tightly propped against the door side mounting groove 10; the arc radius of the bottom surface 24 is larger than that of the door-side mounting groove 10.

An exhaust hole 26 is formed through one of the two lower side wings 23, and the exhaust hole 26 is positioned near the door handle of the door. The exhaust hole is arranged to reduce resistance generated by pressure difference in the two mounting grooves in the process of opening and closing the door.

The sealing ring of the embodiment is always tightly abutted against the part in the mounting groove at the side of the box door and is stably abutted, and the sealing interface matched with the two arc surfaces is fully and stably abutted in a closed state, so that the sealing ring is conveniently communicated with outside air in the door opening process, and the door opening is labor-saving;

in the embodiment, when the constant temperature and humidity box is closed, the process of extruding gas exists, in the process of opening the door, the sealing ring which is in abutting fit with the mounting groove is separated from the mounting groove, and the atmospheric pressure needs to be resisted, so that the load of opening and closing the door is increased due to the two conditions, the sealing ring is provided with the exhaust hole, the exhaust hole is positioned at the door handle during mounting, and the door is closed finally in the process of closing the door, so that the gas is convenient to exhaust; the door is opened at first in the process of opening the door, so that gas can enter conveniently, the sealing performance of the sealing ring is not damaged by the design of the size and the position of the exhaust hole, and the temperature and the humidity inside the constant temperature and humidity box are prevented from changing due to the fact that the sealing box of the box body is not good.

As shown in fig. 6, the box body 1 is provided with a water inlet port and a water outlet port, a heating water channel is connected between the water inlet port and the water outlet port, a heat source device which enables the temperature inside the box body 1 to rise is detachably arranged on one side surface outside the box body 1, the heat source device comprises a water tank 30, a circulating water pump 31 and a heating unit 32, the heating unit 32 is provided with a water inlet side and a water outlet side, a water outlet of the water tank 30 is connected with the water inlet side of the heating unit 32 through a pipeline, a water outlet side of the heating unit 30 is connected with a water inlet of the circulating water pump 31 through a pipeline, a water outlet of the circulating water pump 31 is connected with the water inlet port of the box body 1 through a pipeline, and a water outlet port of the box body 1 is connected with a water inlet of the water tank 30 through a pipeline. The heating unit 32 comprises at least one control chip 320, and the control chip 320 is used for controlling the temperature measuring system;

the water of the water tank 30 is heat-exchanged in the heating unit 30 by heat generated by the operation of the control chip 320.

In the embodiment, the heat generated by the operation of the control chip is concentrated and the water in the water tank is heated by the heat, and the temperature of the chip is measured to be 60.3 ℃, the temperature of the outlet water is measured to be 55 ℃, the temperature of the return water is measured to be 48 ℃, and the temperature of the room temperature is measured to be 26 ℃ in the implementation process. The temperature of the water after heating has 55 ℃, can know that the heat energy that 55 ℃ of water (G is 55m3/h) has is 321KW through calculation, can heat the intensification to the constant temperature and humidity case, realizes then providing the heat source for the box through the produced used heat of chip work, realizes heating the constant temperature of box, need not to add the temperature rise to the box in addition, practices thrift the cost of heating.

In this embodiment, the heat exchange device includes a water tank 51, a circulating water pump 52 and a heating unit 53 located inside the tank 1, the heating unit 53 is provided with a water inlet and a water outlet, the water tank 51 is communicated with the water inlet through a water pipe, and the water outlet is connected with the water inlet end of the circulating water pump 52 through a water pipe;

the heating unit 53 includes at least one chip 50, the water in the water tank 51 is heat-exchanged in the heating unit 53 by the heat generated by the heat generation of the control chip 50, and the heat-exchanged water is outputted by the circulating water pump 52 and heat-exchanged with an external system again for heating or supplying heat. In the specific implementation process, the temperature of the chip is measured to be 61.3 ℃, the temperature of the outlet water is measured to be 55 ℃, and the temperature of the return water is measured to be 46 ℃.

According to the invention, the heat generated by the work of the control chip of the control system of the constant temperature and humidity box is utilized by waste heat through the heat exchange device so as to supply heat, so that the heat collection efficiency is high, the heating effect is good, the constant temperature heating is realized, and the heating cost is saved.

In this embodiment, a humidity sensor is further disposed in the box body 1, a force calculation device is further disposed outside the box body 1, the signal output ends of the data acquisition module and the temperature sensor are respectively electrically connected to the signal input end of the force calculation device, and a memory of the force calculation device stores a temperature threshold and a humidity threshold.

This embodiment is used for measuring the inside temperature of constant temperature and humidity case and humidity data respectively through temperature measurement system, humidity transducer to compare through calculating power equipment and threshold value, realize the accurate control to the temperature of constant temperature and humidity case, humidity.

As shown in fig. 7, the force calculation device in this embodiment includes a control main board and a force calculation board which are arranged in a module, the control main board is arranged on one side of the force calculation board, the MCU chip is arranged on the control main board, a connection interface is arranged at an end of the force calculation board, the force calculation board is embedded with a plurality of force calculation chips, the connection interface is connected to the force calculation chip, and the control main board is connected to the force calculation board through the connection interface, so as to realize the communication positioning of the MCU chip on the force calculation chip. The MCU chip has the chip functions of memory, counter, A/D conversion, data transmission, recording and the like, and can perform data transmission and data processing with the computing power chip.

The connection interface may include at least one of a serial port, an RS232 (asynchronous transfer standard interface), a USB interface, an ethernet interface, a PCI interface, and a PCIE interface.

The PCI interface is a peripheral component interconnection standard interface, the force calculation board adopts an aluminum-based material which is beneficial to rapid heat dissipation as a substrate, a plurality of force calculation chips are embedded on the force calculation board, a wiring layer is arranged between the aluminum-based substrate and the back of the force calculation chips and used for communication wiring on the back of the force calculation chips, and the connection interface 402 is connected with the force calculation chips.

The force calculation board is provided with components, and the components include but are not limited to crystal oscillators arranged on one side of each force calculation chip. In order to further acquire corresponding positioning information of the force calculation chip, a plurality of components can be arranged on the force calculation board, each component is correspondingly arranged on one side of each force calculation chip, and the MCU chip can acquire corresponding positioning information after communicating with the force calculation chip, wherein the components include but are not limited to a crystal oscillator, a phase-locked loop (PLL) and the like.

This embodiment is through setting up the MCU chip in the control mainboard, establishes the communication connection between MCU chip and the power of calculating chip for the power of calculating chip position that breaks down in the power of calculating board can be fixed a position fast to the MCU chip, reduces the influence of equipment trouble to the productivity effect.

Finally, only specific embodiments of the present invention have been described in detail above. The invention is not limited to the specific embodiments described above. Equivalent modifications and substitutions by those skilled in the art are also within the scope of the present invention. Accordingly, equivalent alterations and modifications are intended to be included within the scope of the invention, without departing from the spirit and scope of the invention.