An automatically controlled integrated sealant contamination test device

Abstract

The present invention relates to a test device, and in particular discloses an automatically controllable integrated test device for sealant contamination. The test device includes an integrated box, which is characterized in that: a pollution source box is arranged at the bottom of the integrated box, a standard environment box is arranged in the middle, and the upper part is divided into three parts, which are an oven, an ultraviolet box and a standard environment box from left to right, and the upper standard environment box is connected to the middle standard environment box as a whole; three transmission devices are installed in the integrated box from left to right, and a control device and a temperature and humidity control device are installed on one side of the integrated box, and the control device is respectively connected to the standard environment box, the ultraviolet box, the oven and the transmission device. The present invention has a reasonable structural design and flexible application. Through the integrated design of three environmental conditions, public resources are reasonably utilized, and the automatic and efficient operation is realized, which greatly saves the time and energy of the test personnel, improves the level of test automation, and avoids unnecessary waste of resources.

Description

1. Technical field

[0002] The invention relates to a testing device, in particular to an automatically controllable integrated testing device for sealant contamination. 2. Background technology

[0004] The pollution test is a simulated accelerated test. According to the national standard GB / T 23261 "Building Sealant for Stone", the test pieces should be treated under the following different conditions in the sealant pollution test: 1 / 3 of the test pieces are placed in the standard test conditions for 28 days, 1 / 3 of the test pieces are placed in the oven for 28 days, and 1 / 3 of the test pieces are placed in the UV box for 28 days. During this period, they must be exposed to the pollution source in different time periods. After contacting the pollution source, they must be placed in the standard test conditions for 2 hours before being treated under different conditions. The three treatment conditions in the test are relatively independent, and the test personnel need to use three devices for manual operation respectively. It is difficult to control the test to be carried out synchronously and efficiently. The test process consumes a lot of time and energy of the test personnel, resulting in unnecessary waste of resources. (III) Summary of the invention

[0006] In order to make up for the deficiencies of the prior art, the present invention provides an automatically controllable integrated sealant contamination test device with reasonable structural design and high efficiency and practicality.

[0007] The present invention is achieved through the following technical solutions:

[0008] An automatically controllable integrated sealant contamination test device comprises an integrated box, characterized in that: a pollution source box is arranged at the bottom of the integrated box, a standard environment box is arranged in the middle, and the upper part is divided into three parts, which are an oven, an ultraviolet box and a standard environment box from left to right, and the upper standard environment box is connected to the middle standard environment box as a whole;

[0009] There are three transmission devices installed in the integrated box from left to right.

[0010] Among them, a pallet A is installed on the transmission device connecting the pollution source box and the standard environment box, and an opening and closing device corresponding to the pallet A is installed on the partition between the pollution source box and the standard environment box;

[0011] A tray B is installed on the transmission device connecting the pollution source box, the standard environment box and the ultraviolet box, and an opening and closing device B and an opening and closing device D corresponding to the tray B are respectively arranged on the partition between the pollution source box and the standard environment box and the partition between the standard environment box and the ultraviolet box;

[0012] A tray C is installed on the transmission device connecting the pollution source box, the standard environment box and the oven, and an opening and closing device C and an opening and closing device E corresponding to the tray C are arranged on the partition between the pollution source box and the standard environment box and the partition between the standard environment box and the oven;

[0013] A control device and a temperature and humidity control device are installed on one side of the integrated box, and the control device is respectively connected to the standard environmental box, the ultraviolet box, the drying oven and the transmission device.

[0014] The present invention comprises a control device, a temperature and humidity control device, a transmission device, a standard environmental box, an ultraviolet box, an oven, and a pollution source box. The control device provides logic judgment, signal processing, human-computer interaction, etc. for the entire device; the temperature and humidity control device provides the temperature and humidity environment required for standard test conditions to ensure the environmental requirements of the standard environmental box; the ultraviolet box provides ultraviolet irradiation environmental conditions; the transmission devices are respectively placed in the standard environmental box, the ultraviolet box, and the oven to provide transfer work between the upper and lower boxes of the sample; the pollution source box is located at the bottom of the box and is used to store the pollution sources required for the test.

[0015] A better technical solution of the present invention is:

[0016] The standard environment box is equipped with a sensor A connected to a control device and an air inlet and outlet device connected to a temperature and humidity control device. Sensor A collects temperature and humidity data in the standard environment box and transmits the data to the control device. The control device outputs a signal to control the control data of the temperature and humidity control device, and then adjusts the environmental conditions in the standard environment box through the air inlet and outlet device.

[0017] A UV lamp is installed on the top of the UV box, a sensor B is installed on the side wall of the UV box, a heating device A is installed on the outer side wall of the UV box, and the sensor B and the heating device A are respectively connected to the control device; the heating device A provides the temperature environment required for the UV box test, and receives the signal control of the control device based on the data feedback of the sensor B, and quantitatively outputs the supplied heat source;

[0018] The oven is provided with an air inlet and outlet on the top, a sensor C on the side wall, and a heating device B on the outer side wall. The air inlet and outlet, the sensor C and the heating device B are respectively connected to the control device; the heating device B provides the temperature environment required for the oven test, and receives the signal control of the control device according to the data feedback from the sensor C to supply heat to the oven.

[0019] The integrated box is equipped with an upper box door corresponding to the upper oven, the ultraviolet box and the standard environmental box, and a middle box door corresponding to the middle standard environmental box; a handle B is installed on the upper box door, and a handle A is installed on the middle box door; the corresponding box door is opened by controlling the handle A or the handle B to put in or take out the sample placed in the integrated box.

[0020] The present invention has reasonable structural design and flexible application. It integrates the design of three environmental conditions, reasonably utilizes public resources, and operates automatically and efficiently, which greatly saves the time and energy of test personnel, improves the level of test automation, and avoids unnecessary waste of resources. (IV) Description of the drawings

[0022] The present invention will be further described below in conjunction with the accompanying drawings.

[0023] Figure 1 It is a schematic diagram of the main structure of the present invention;

[0024] Figure 2 It is a schematic diagram of the top view of the structure of the present invention;

[0025] Figure 3 It is a right view structural schematic diagram of the present invention.

[0026] In the figure, 1 is a standard environmental box, 2 is an ultraviolet box, 3 is an oven, 4 is a control device, 5 is a pollution source box, 6 is a temperature and humidity control device, 7 is a control box, 8 is a heating box A, 9 is a heating box B, 10 is a heating device A, 11 is a heating device B, 12 is an air inlet and outlet device, 13 is an ultraviolet lamp, 14 is an air inlet and outlet, 15 is a sensor A, 16 is a sensor B, 17 is a sensor C, 18 is a transmission device, 19 is a pallet A, 20 is a pallet B, 21 is a pallet C, 22 is an opening and closing device A, 23 is an opening and closing device B, 24 is an opening and closing device C, 25 is an opening and closing device D, 26 is an opening and closing device E, 27 is a handle A, and 28 is a handle B. (V) Specific implementation methods

[0028] In order to make the objectives, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with specific embodiments and with reference to the accompanying drawings.

[0029] As shown in the accompanying drawings, the automatically controllable integrated sealant contamination test device described in the present invention mainly includes a control device 4, a temperature and humidity control device 6, a heating device, a transmission device 18, a standard environment box 1, an ultraviolet box 2, an oven 3, a pollution source box 5, etc.

[0030] The test device is integrated in a rectangular box, which is divided into three parts from top to bottom. The upper part is a drying oven 3, a UV box 2, and a standard environmental box 1 from left to right. The middle part is a standard environmental box 1 integrated with the right side, and the lower part is a pollution source box 5.

[0031] There is a cavity for mounting parts at the rear side of the box, which includes, from left to right, a heating box B9 mounted on the outer side of the oven 3, which contains a heating device B11, a heating box A8 mounted on the outer side of the UV box 1, which contains a heating device A10, and a control box 7 mounted on the outer side of the standard environment box 1, which contains a temperature and humidity control device 6;

[0032] The rightmost side of the box body is the box body of the temperature and humidity control device 6 and the control device 4.

[0033] The specific application method is as follows: the sample is subjected to a contamination test. Before the test, the operator sets the time for the sample to be immersed in the pollution source box 5, the time for being placed in the standard environment box 1, the temperature and humidity of the standard environment box 1, the temperature of the oven 3 and the ultraviolet box 2, and the treatment time of the sample in the three environments through the human-machine interface of the control device 4;

[0034] The temperature and humidity control device 6, the heating device A10 and the heating device B11 are turned on in advance to adjust the temperature and humidity, the ultraviolet lamp 13 in the ultraviolet box 2 is turned on in advance to adjust, the sensor A15 sensor B16, and the sensor C17 collect the actual temperature and humidity of the oven 3, the ultraviolet box 2, and the standard environment box 1 and feed them back to the control device 4, the control device 4 performs logical judgment processing according to the feedback signal, and issues instructions to control the temperature and humidity control device 6, the heating device A10, and the heating device B11 to operate, so that the box environment meets the test requirements.

[0035] The operator opens the middle box door by handle A27, puts the three groups of samples into tray A19, tray B20, and tray C21 respectively, closes the middle box door, seals the standard environment box 1, the transmission device 18 is actuated, the opening and closing devices A22, B23, and C24 start to open, the transmission device 18 sends the three groups of samples into the pollution source box 5 respectively, the opening and closing devices A22, B23, and C24 start to close, and the timing action starts;

[0036] When the set time is reached, the transmission device 18 is activated, the opening and closing devices A22, B23, and C24 start to open, the transmission device 18 transfers the three groups of samples to the middle standard environment box 1, the opening and closing devices A22, B23, and C24 start to close, and the timing action starts;

[0037] When the set time is reached, the transmission device 18 is activated, the opening and closing devices D25 and E26 start to open, the transmission device 18 transfers the three groups of samples to the upper standard environment box 1, the ultraviolet box 2, and the drying oven 3 respectively, the opening and closing devices D25 and E26 start to close, and the timing action starts;

[0038] When the set time is reached, the operator opens the upper box door by handle B28, observes the contamination of the sample and records the contamination data of the three groups of tests. One cycle ends, and the cycle repeats until the end of the test.

[0039] The specific embodiments described above further illustrate the objectives, technical solutions and beneficial effects of the present invention in detail. It should be understood that the above description is only a specific embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. An automatically controllable integrated sealant contamination test device, comprising an integrated box, characterized in that: The integrated box body has a pollution source box (5) at the bottom, a standard environment box (1) at the middle, and an upper part divided into three parts, which are respectively an oven (3), an ultraviolet box (2) and a standard environment box (1) from left to right, and the standard environment box (1) at the upper part is connected to the standard environment box (1) at the middle part as a whole; three transmission devices (18) are sequentially installed in the integrated box body from left to right, wherein a tray A (19) is installed on the transmission device connecting the pollution source box (5) and the standard environment box (1), and an opening and closing device A (22) corresponding to the tray A (19) is installed on the partition between the pollution source box (5) and the standard environment box (1); a tray B (20) is installed on the transmission device (18) connecting the pollution source box (5), the standard environment box (1) and the ultraviolet box (2), and a tray B (20) is installed on the pollution source box (5) An opening and closing device B (23) and an opening and closing device D (25) corresponding to the tray B (20) are respectively arranged on the partition between the standard environment box (1) and the ultraviolet box (2); a tray C (21) is installed on the transmission device (18) connecting the pollution source box (5), the standard environment box (1) and the oven (3), and an opening and closing device C (24) and an opening and closing device E (26) corresponding to the tray C (21) are arranged on the partition between the pollution source box (5) and the standard environment box (1) and the partition between the standard environment box (1) and the oven (3); a control device (4) and a temperature and humidity control device (6) are installed on one side of the integrated box body, and the control device (4) is respectively connected to the standard environment box (1), the ultraviolet box (2), the oven (3) and the transmission device (18); The standard environmental chamber (1) is provided with a sensor A (15) connected to a control device (4); The top of the ultraviolet box (2) is equipped with an ultraviolet lamp (13), and a sensor B (16) is installed on the side wall of the ultraviolet box (2). A heating device A (10) is installed on the outer side wall of the ultraviolet box (2), and the sensor B (16) and the heating device A (10) are respectively connected to the control device (4); The oven (3) is provided with an air inlet and outlet (14) on the top, a sensor C (17) on the side wall, and a heating device B (11) on the outer side wall; the air inlet and outlet (14), the sensor C (17) and the heating device B (11) are respectively connected to the control device (4); The integrated box is provided with upper box doors corresponding to the upper oven (3), the ultraviolet box (2) and the standard environmental box (1), and a middle box door corresponding to the middle standard environmental box (1); a handle B (28) is provided on the upper box door, and a handle A (27) is provided on the middle box door; Before the test, the operator sets the time for the sample to be immersed in the pollution source box (5), the time for the sample to be placed in the standard environment box (1), the temperature and humidity of the standard environment box (1), the temperature of the drying oven (3) and the ultraviolet box (2), and the treatment time of the sample in the three environments through the human-machine interactive interface of the control device (4); The temperature and humidity control device (6), the heating device A (10) and the heating device B (11) are turned on in advance to adjust the temperature and humidity, the ultraviolet lamp (13) in the ultraviolet box (2) is turned on in advance to adjust, the sensor A (15), the sensor B (16) and the sensor C (17) collect the actual temperature and humidity of the drying box (3), the ultraviolet box (2) and the standard environment box (1) and feed them back to the control device (4), the control device (4) performs logical judgment processing based on the feedback signal, and issues instructions to control the temperature and humidity control device (6), the heating device A (10) and the heating device B (11) to operate, so that the box environment meets the test requirements; The operator opens the middle box door by means of handle A (27), places the three groups of samples into tray A (19), tray B (20), and tray C (21), respectively, closes the middle box door, seals the standard environmental chamber (1), the transmission device (18) is actuated, the opening and closing device A (22), the opening and closing device B (23), and the opening and closing device C (24) start to move and open, the transmission device (18) respectively sends the three groups of samples into the pollution source box (5), the opening and closing device A (22), the opening and closing device B (23), and the opening and closing device C (24) start to move and close, and the timing action starts; When the set time is reached, the transmission device (18) is activated, the opening and closing device A (22), the opening and closing device B (23), and the opening and closing device C (24) start to move and open, the transmission device (18) transfers the three groups of samples to the middle standard environmental chamber (1), the opening and closing device A (22), the opening and closing device B (23), and the opening and closing device C (24) start to move and close, and the timing action starts; When the set time is reached, the transmission device (18) is activated, the opening and closing device D (25) and the opening and closing device E (26) start to move and open, the transmission device (18) transfers the three groups of samples to the upper standard environment box (1), the ultraviolet box (2), and the drying oven (3), respectively, the opening and closing device D (25) and the opening and closing device E (26) start to move and close, and the timing action starts; When the set time is reached, the operator opens the upper box door by means of handle B (28), observes the contamination of the sample and records the contamination data of the three groups of tests. This completes one cycle and the cycle repeats until the test is completed.

2. The automatically controllable integrated sealant contamination test device according to claim 1 is characterized in that: The standard environmental chamber (1) is provided with an air inlet and outlet device (12) connected to the temperature and humidity control device (6).

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