Moxibustion anti-scald intelligent monitoring system

Abstract

The invention relates to the technical field of moxibustion equipment, in particular to a moxibustion anti-scald intelligent monitoring system which comprises a height adjusting bracket set, an information centralized control module and an electric telescopic part, a moxibustion burning material anti-scald filling assembly is installed on one side of the height adjusting bracket set, and an anti-scald isolation assembly is arranged at the bottom of the moxibustion burning material anti-scald filling assembly; judging according to a preset safe temperature threshold value, when the temperature rise speed is too high or the temperature is higher than a preset value, adjusting the moxibustion treatment height of the single-pass filling hopper by the electric telescopic piece, and meanwhile, when a patient feels that the heat is too high and abnormal getting-up action is generated, adjusting the moxibustion treatment height of the single-pass filling hopper by the electric telescopic piece; the information centralized control module can be used for analyzing whether the image recognition acquisition module and the acquisition surface of the directional acquisition plate deviate or not, judging whether the anti-scald isolation assembly is lifted abnormally or not, and closing the top end of the single-pass filling hopper and generating an alarm signal when an abnormal action is generated, so that the aim of protecting a patient is fulfilled, and meanwhile, the anti-scald isolation assembly is prevented from being lifted abnormally. And an operator can quickly obtain the current state.

Description

Technical Field

[0001] The invention relates to the technical field of moxibustion equipment, in particular to an intelligent monitoring system for moxibustion anti-scalding. Background Art

[0002] Moxibustion is a traditional Chinese medicine treatment method that achieves the purpose of treatment through the warm stimulation produced by burning moxa. However, there is a risk of burns during traditional moxibustion, especially when moxibustion treatment is performed without supervision. Since it is impossible to obtain timely feedback from patients on heat, it is impossible to monitor temperature changes during moxibustion and automatically take measures when abnormally high temperatures are detected. When the risk of burns occurs during moxibustion, it does not have good protection and cannot provide adequate protection for patients. Summary of the invention

[0003] In view of the problems in the prior art, the present invention provides a moxibustion anti-scalding intelligent monitoring system.

[0004] The technical solution adopted by the present invention to solve its technical problems is: an intelligent monitoring system for moxibustion anti-scalding, including a height adjustment bracket group, an information collection and control module and an electric telescopic member, a moxibustion burning material anti-scalding filling component is installed on one side of the height adjustment bracket group, an anti-scalding isolation component is arranged at the bottom of the moxibustion burning material anti-scalding filling component, after the moxibustion burning material anti-scalding filling component is filled with moxibustion burning material, the moxibustion burning material anti-scalding filling component is isolated from the patient's skin surface through the anti-scalding isolation component, an unconventional lifting dynamic collection component is arranged on one side of the moxibustion burning material anti-scalding filling component, and the unconventional lifting dynamic collection component is used to monitor and obtain whether the anti-scalding isolation component generates a lifting action due to the patient's action;

[0005] The moxibustion burning material anti-scalding filling component includes a single-pass filling bucket, a front-end closed end seat, a sliding spring pin and a self-locking response module, the front-end closed end seat is slidably connected to the single-pass filling bucket, one end of the sliding spring pin is fixedly connected to the bottom of the front-end closed end seat, and the other end of the sliding spring pin is slidably connected to the inner side of the single-pass filling bucket, the self-locking response module is arranged between the sliding spring pin and the single-pass filling bucket, the self-locking response module is used for supporting the front-end closed end seat after sliding and lifting or limiting the front-end closed end seat after sliding and shrinking, the self-locking response module is connected to the signal of the unconventional lifting dynamic acquisition component, and the single-pass filling bucket is rotatably connected to the height adjustment bracket group through the directional adapter;

[0006] The unconventional lifting dynamic acquisition component includes an image recognition acquisition module, a directional acquisition board and a color zone array unit. One end of the image recognition acquisition module is fixedly connected to the directional adapter. The directional acquisition board and the image recognition acquisition module are symmetrically distributed. The directional acquisition board is fixedly connected to the height adjustment bracket group. The image recognition acquisition module and the color zone array unit are used to send image recognition signals to the information control module. The information control module is used to analyze whether the image recognition acquisition module and the acquisition surface of the directional acquisition board are offset, and then determine whether the anti-scald isolation component is abnormally lifted.

[0007] Preferably, the anti-scald isolation component includes a reversible connecting plate, an isolation spacing arc blocking plate and a patch-type temperature sensing unit, the reversible connecting plate is rotatably connected to one end of the electric telescopic part, the isolation spacing arc blocking plate is fixedly connected to the reversible connecting plate, the reversible connecting plate and the isolation spacing arc blocking plate are used to reserve a moxibustion operation distance between the single-pass filling bucket and the patient, the patch-type temperature sensing unit is fixedly connected between the two isolation spacing arc blocking plates, and the patch-type temperature sensing unit is located at the bottom of the single-pass filling bucket.

[0008] Preferably, the self-locking response module includes a positioning electromagnet and a positioning clip, the positioning electromagnet is fixedly connected to the outer wall of the sliding spring pin, and the positioning electromagnet and the sliding spring pin are synchronously slidably connected along the inner side of the single-pass filling bucket, the positioning clip is fixedly connected to the upper end of the single-pass filling bucket, and the positioning clip and the positioning electromagnet fix the sliding height of the sliding spring pin through magnetic adsorption.

[0009] Preferably, the information control module is connected to the positioning electromagnet signal. After analyzing that the patch-type temperature sensing unit is abnormally lifted, the information control module sends a closing signal to the positioning electromagnet to release the magnetic connection between the positioning electromagnet and the positioning clip.

[0010] Preferably, the height adjustment bracket group includes a fumigation assembly bracket, a spacing adjustment bracket and a height drive and extension control frame, the output end of the height drive and extension control frame is fixedly connected to the spacing adjustment bracket, the information control module is signal-connected to the height drive and extension control frame, the spacing adjustment bracket is slidingly connected to the fumigation assembly bracket, the flippable connecting plate and the directional adapter are both rotatably connected to the fumigation assembly bracket, and the electric telescopic member is fixedly connected to the fumigation assembly bracket.

[0011] Preferably, a method for using a moxibustion anti-scalding intelligent monitoring system comprises the following steps:

[0012] Step S1, controlling the height drive extension control frame through the information centralized control module to adjust the operating height of the moxibustion burning material anti-scalding filling component and the anti-scalding isolation component during moxibustion, and slidingly extending the fumigation assembly bracket and the spacing adjustment bracket to align the bottom port of the single-pass filling bucket with the patient's fumigation position, then igniting the moxibustion burning material, lifting the front end closed end seat to expose the open end of the single-pass filling bucket, and inserting the ignition end toward the inside of the single-pass filling bucket, so that the single-pass filling bucket is filled with moxibustion burning material, and after filling, the isolation spacing blocking arc plate and the flip-over connecting plate are set up under the single-pass filling bucket as a non-contact protective support for the patient's body surface;

[0013] Step S2: During the moxibustion process, the sliding spring pin at the bottom of the single-pass filling bucket is used to measure the temperature rise and fall of the moxibustion at the current height interval, and a judgment is made according to a preset safety temperature threshold. When the temperature rises too fast or exceeds the preset value, the electric telescopic part adjusts the moxibustion treatment height of the single-pass filling bucket;

[0014] Step S3, when the patient feels that the heat is too high and has an abnormal standing movement, the isolation spacing blocking arc plate and the flip connection plate block the patient's body surface and the single-pass filling bucket. At the same time, when the isolation spacing blocking arc plate and the flip connection plate are lifted by the patient's standing, the color zone array unit is flipped with the synchronous lifting of the flip connection plate, and the acquisition angle of the image recognition and acquisition module is changed with the flipping of the color zone array unit. At this time, the image recognition and acquisition module sends an abnormal image recognition signal to the information control module, and the information control module analyzes whether the image recognition and acquisition module and the acquisition surface of the directional acquisition plate are offset, and then determines whether the anti-scalding isolation component is abnormally lifted. After abnormal lifting, the information control module sends a stop signal to the positioning electromagnet to release the limitation on the sliding spring pin, and the sliding spring pin quickly contracts to drive the front closed end seat to sink, so as to close the top of the single-pass filling bucket to prevent the moxibustion burning material from directly falling out from the inside, and an alarm signal is generated.

[0015] Compared with the prior art, the present invention has the following beneficial effects: the temperature rise and fall of moxibustion at the current height interval is measured by the sliding spring pin at the bottom of the single-pass filling bucket, and a judgment is made according to a preset safety temperature threshold. When the temperature rises too fast or exceeds a preset value, the electric telescopic part adjusts the moxibustion treatment height of the single-pass filling bucket. At the same time, when the patient feels that the heat is too high and produces an abnormal standing movement, the information control module can analyze whether the image recognition and acquisition module and the directional acquisition plate collection surface are offset, which is used to determine whether the anti-scalding isolation component is abnormally lifted. When an abnormal movement occurs, the top of the single-pass filling bucket is closed and an alarm signal is generated, thereby achieving the purpose of protecting the patient and allowing the operator to quickly obtain the current status. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] The present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0017] Figure 1 The structure of the present invention is schematically shown Figure 1 ;

[0018] Figure 2 The structure of the present invention is schematically shown Figure 2 ;

[0019] Figure 3 The structure of the present invention is schematically shown Figure 3 ;

[0020] Figure 4 for Figure 1 Enlarged view of part A in the middle.

[0021] In the figure: 1. Height adjustment bracket group; 11. Fumigation assembly bracket; 12. Spacing adjustment bracket; 13. Height drive extension control frame; 2. Information control module; 3. Anti-scalding filling component for moxibustion burning materials; 31. Single-pass filling bucket; 32. Front closed end seat; 33. Sliding spring pin; 34. Self-locking response module; 341. Positioning electromagnet; 342. Positioning clip; 35. Directional adapter; 4. Anti-scalding isolation component; 41. Flippable connecting plate; 42. Isolation spacing blocking arc plate; 43. Patch-type temperature sensing unit; 5. Unconventional lifting dynamic acquisition component; 51. Image recognition acquisition module; 52. Directional acquisition board; 53. Color zone array unit; 6. Electric telescopic component. DETAILED DESCRIPTION

[0022] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below in conjunction with specific implementation methods.

[0023] like Figure 1-Figure 4 As shown, the moxibustion anti-scalding intelligent monitoring system described in the present invention includes a height adjustment bracket group 1, an information collection and control module 2 and an electric telescopic member 6, a moxibustion burning material anti-scalding filling component 3 is installed on one side of the height adjustment bracket group 1, and an anti-scalding isolation component 4 is arranged at the bottom of the moxibustion burning material anti-scalding filling component 3, after the moxibustion burning material anti-scalding filling component 3 is loaded with moxibustion burning material, the moxibustion burning material anti-scalding filling component 3 is isolated from the patient's skin surface by the anti-scalding isolation component 4, and an unconventional lifting dynamic collection component 5 is arranged on one side of the moxibustion burning material anti-scalding filling component 3, and the unconventional lifting dynamic collection component 5 is used to monitor and obtain whether the anti-scalding isolation component 4 generates a lifting action due to the patient's action.

[0024] In this embodiment, in order to solve the risk of scalding in the traditional moxibustion process, especially when the moxibustion treatment is performed without supervision, it is impossible to obtain the patient's heat feedback in time, and it is impossible to monitor the temperature change in the moxibustion process and automatically take measures when abnormal high temperature is detected. When the risk of scalding occurs in the moxibustion process, there is a problem of lack of good protection. The present invention provides a moxibustion burning material anti-scalding filling component 3, an anti-scalding isolation component 4 and an unconventional lifting dynamic collection component 5, and analyzes the changes in the patient's abnormal movements caused by high temperature, and timely performs anti-scalding intervention, thereby avoiding the occurrence of the above problems.

[0025] In the present embodiment, the moxibustion burning material anti-scalding filling component 3 includes a single-pass filling bucket 31, a front-end closed end seat 32, a sliding spring pin 33 and a self-locking response module 34. The front-end closed end seat 32 is slidably connected to the single-pass filling bucket 31, one end of the sliding spring pin 33 is fixedly connected to the bottom of the front-end closed end seat 32, and the other end of the sliding spring pin 33 is slidably connected to the inner side of the single-pass filling bucket 31. The self-locking response module 34 is arranged between the sliding spring pin 33 and the single-pass filling bucket 31. The self-locking response module 34 is used for supporting the front-end closed end seat 32 after sliding and lifting or limiting the front-end closed end seat 32 after sliding and shrinking. The self-locking response module 34 is connected to the signal of the unconventional lifting dynamic collection component 5. The single-pass filling bucket 31 is connected to the height adjustment bracket through the directional adapter 35. Group 1 is rotatably connected; wherein, when the single-pass filling bucket 31 is in use, the front end closed end seat 32 is in an open state, and the front end closed end seat 32 is maintained at a fixed height by fixing the positioning electromagnet 341 and the positioning clip 342. At this time, the single-pass filling bucket 31 has an opening reserved. The purpose of the opening of the single-pass filling bucket 31 is to ensure that oxygen during combustion can flow inside the single-pass filling bucket 31. When the image recognition acquisition module 51 and the directional acquisition plate 52 acquisition surfaces of the information control module 2 are offset, and when it is determined that the anti-scalding isolation component 4 is abnormally lifted, a stop signal is sent to the positioning electromagnet 341 through the information control module 2 to release the limitation of the sliding spring pin 33, and the sliding spring pin 33 is quickly contracted to drive the front end closed end seat 32 to sink.

[0026] In this embodiment, the unconventional lifting dynamic acquisition component 5 includes an image recognition acquisition module 51, a directional acquisition board 52 and a color zone array unit 53. One end of the image recognition acquisition module 51 is fixedly connected to the directional adapter 35. The directional acquisition board 52 and the image recognition acquisition module 51 are symmetrically distributed. The directional acquisition board 52 is fixedly connected to the height adjustment bracket group 1. The image recognition acquisition module 51 and the color zone array unit 53 are used to send the image recognition signal to the information control module 2. The information control module 2 is used to analyze whether the acquisition surfaces of the image recognition acquisition module 51 and the directional acquisition board 52 are offset, and then determine whether the anti-scald isolation component 4 is abnormally lifted.

[0027] In this embodiment, the color area array unit 53 arranged on the surface of the directional acquisition plate 52 is a matrix color patch. When the image recognition acquisition module 51 is flipped under the transmission action of the directional adapter 35, the imaging end of the image recognition acquisition module 51 deviates from the arrangement position of the color area array unit 53. At this time, the image recognition acquisition module 51 cannot receive the color signal of the color area array unit 53. The information control module 2 quickly detects the current offset and then controls the positioning electromagnet 341 to release the limit on the front closed end seat 32, so that when the single-pass filling bucket 31 is closed, an alarm signal is directly sent to the moxibustion operator, so that the operator can arrive at the scene to exert force.

[0028] In this embodiment, the anti-scald isolation component 4 includes a reversible connecting plate 41, an isolation spacing arc blocking plate 42 and a patch-type temperature sensing unit 43. The reversible connecting plate 41 is rotatably connected to one end of the electric telescopic component 6, and the isolation spacing arc blocking plate 42 is fixedly connected to the reversible connecting plate 41. The reversible connecting plate 41 and the isolation spacing arc blocking plate 42 are used to reserve a moxibustion operation distance between the single-pass filling bucket 31 and the patient. The patch-type temperature sensing unit 43 is fixedly connected between the two isolation spacing arc blocking plates 42, and the patch-type temperature sensing unit 43 is located at the bottom of the single-pass filling bucket 31.

[0029] In this embodiment, the self-locking response module 34 includes a positioning electromagnet 341 and a positioning clip 342. The positioning electromagnet 341 is fixedly connected to the outer wall of the sliding spring pin 33, and the positioning electromagnet 341 and the sliding spring pin 33 are synchronously slidably connected along the inner side of the single-pass filling bucket 31. The positioning clip 342 is fixedly connected to the upper end of the single-pass filling bucket 31, and the positioning clip 342 and the positioning electromagnet 341 fix the sliding height of the sliding spring pin 33 through magnetic adsorption.

[0030] In this embodiment, the information control module 2 is connected to the positioning electromagnet 341 signal. After analyzing that the current patch-type temperature sensing unit 43 is abnormally lifted, the information control module 2 sends a closing signal to the positioning electromagnet 341 to release the magnetic connection between the positioning electromagnet 341 and the positioning clip 342.

[0031] In this embodiment, the reversible connecting plate 41 and the isolation spacing blocking arc plate 42 are provided to isolate the heat release port of the single-pass filling bucket 31, thereby preventing the patient from directly contacting the heat release port of the single-pass filling bucket 31 when the patient stands up abnormally due to heat. While playing a protective role, through the linkage between the reversible connecting plate 41 and the directional adapter 35, the abnormal collection signal of the image recognition collection module 51 and the directional collection plate 52 can be quickly triggered when the patient stands up abnormally, thereby triggering the release signal of the positioning electromagnet 341 and the positioning clip 342 and triggering the warning signal of the information control module 2.

[0032] In this embodiment, the height adjustment bracket group 1 includes a fumigation assembly bracket 11, a spacing adjustment bracket 12 and a height drive and extension control frame 13, the output end of the height drive and extension control frame 13 is fixedly connected to the spacing adjustment bracket 12, the information control module 2 is signal-connected to the height drive and extension control frame 13, the spacing adjustment bracket 12 is slidingly connected to the fumigation assembly bracket 11, the flippable connecting plate 41 and the directional adapter 35 are both rotatably connected to the fumigation assembly bracket 11, and the electric telescopic member 6 is fixedly connected to the fumigation assembly bracket 11.

[0033] In this embodiment, the height drive extension control frame 13 pushes the spacing adjustment bracket 12 to slide and lift, so that the overall height of the fumigation assembly bracket 11, the moxibustion burning material anti-scalding filling component 3 and the unconventional lifting dynamic collection component 5 are moved up, and then adjusted to fit the moxibustion height surface required by the patient. At the same time, the fumigation assembly bracket 11 can slide along the outer side of the spacing adjustment bracket 12, so that the fumigation assembly bracket 11 can slide along the spacing adjustment bracket 12 to adjust the horizontal spacing, so that the heating surface of the single-pass filling bucket 31 is aligned with the acupuncture points, ensuring the adaptability of moxibustion operations on different acupuncture points of various types of patients.

[0034] The working principle and use process of the present invention are as follows: the height of the moxibustion burning material anti-scalding filling component 3 and the anti-scalding isolation component 4 are adjusted by controlling the height extension control frame 13 through the information centralized control module 2, and the fumigation assembly bracket 11 and the spacing adjustment bracket 12 are slid and extended to align the bottom port of the single-pass filling bucket 31 with the patient's fumigation position, and then the moxibustion burning material is ignited, the front end closed end seat 32 is lifted to expose the open end of the single-pass filling bucket 31, and the ignition end is inserted toward the inside of the single-pass filling bucket 31 to make the single-pass filling bucket 31 is used to load the moxibustion burning material. After loading, the isolation spacing blocking arc plate 42 and the reversible connecting plate 41 are set up under the single-pass filling bucket 31 as a non-contact protective support for the patient's body surface. During the moxibustion process, the sliding spring pin 33 at the bottom of the single-pass filling bucket 31 is used to measure the rise and fall of the moxibustion temperature under the current height spacing, and judge according to the preset safety temperature threshold. When the temperature rises too fast or the temperature is higher than the preset value, the electric telescopic part 6 adjusts the moxibustion processing height of the single-pass filling bucket 31, and the patient feels the heat. When the volume is too high and an abnormal rising action occurs, the isolation spacing blocking arc plate 42 and the reversible connecting plate 41 block the patient's body surface and the single-pass filling bucket 31. At the same time, when the isolation spacing blocking arc plate 42 and the reversible connecting plate 41 are lifted by the patient's rising, the color area array unit 53 is flipped along with the synchronous lifting of the reversible connecting plate 41, and the acquisition angle of the image recognition acquisition module 51 is changed along with the flipping of the color area array unit 53. At this time, the image recognition acquisition module 51 sends an abnormal image recognition signal The information is sent to the information control module 2, which analyzes whether the collection surfaces of the image recognition collection module 51 and the directional collection plate 52 are offset, and then determines whether the anti-scald isolation component 4 is abnormally lifted. After abnormal lifting, the information control module 2 sends a stop signal to the positioning electromagnet 341 to release the limitation of the sliding spring pin 33, and the sliding spring pin 33 quickly contracts to drive the front closed end seat 32 to sink, and the top of the single-pass filling bucket 31 is closed to prevent the moxibustion burning material from directly escaping from the inside of the single-pass filling bucket 31, and an alarm signal is generated.

[0035] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of the present invention is defined by the attached claims and their equivalents.

Claims

1. A moxibustion anti-scalding intelligent monitoring system, comprising a height adjustment bracket group (1), an information centralized control module (2) and an electric telescopic member (6), characterized in that: A moxibustion burning material anti-scalding filling component (3) is installed on one side of the height adjustment bracket group (1), and an anti-scalding isolation component (4) is arranged at the bottom of the moxibustion burning material anti-scalding filling component (3). After the moxibustion burning material anti-scalding filling component (3) is loaded with moxibustion burning material, the moxibustion burning material anti-scalding filling component (3) is isolated from the patient's skin surface through the anti-scalding isolation component (4). An unconventional lifting dynamic collection component (5) is arranged on one side of the moxibustion burning material anti-scalding filling component (3), and the unconventional lifting dynamic collection component (5) is used to monitor and obtain whether the anti-scalding isolation component (4) generates a lifting action due to the patient's action; The moxibustion burning material anti-scalding filling component (3) comprises a single-pass filling bucket (31), a front-end closed end seat (32), a sliding spring pin (33) and a self-locking response module (34), wherein the front-end closed end seat (32) is slidably connected to the single-pass filling bucket (31), one end of the sliding spring pin (33) is fixedly connected to the bottom of the front-end closed end seat (32), and the other end of the sliding spring pin (33) is slidably connected to the inner side of the single-pass filling bucket (31), and the self-locking response module (34) is The block (34) is arranged between the sliding spring pin (33) and the single-pass filling bucket (31), the self-locking response module (34) is used for supporting the front-end closed end seat (32) after sliding and lifting or limiting the front-end closed end seat (32) after sliding and shrinking, the self-locking response module (34) is connected to the signal of the unconventional lifting dynamic collection component (5), and the single-pass filling bucket (31) is rotatably connected to the height adjustment bracket group (1) through the directional adapter (35); The unconventional lifting dynamic acquisition component (5) comprises an image recognition acquisition module (51), a directional acquisition board (52) and a color zone array unit (53); one end of the image recognition acquisition module (51) is fixedly connected to the directional adapter (35); the directional acquisition board (52) and the image recognition acquisition module (51) are symmetrically distributed; the directional acquisition board (52) is fixedly connected to the height adjustment bracket group (1); the image recognition acquisition module (51) and the color zone array unit (53) are used to send an image recognition signal to the information control module (2); the information control module (2) is used to analyze whether the acquisition surfaces of the image recognition acquisition module (51) and the directional acquisition board (52) are offset, thereby determining whether the anti-scalding isolation component (4) is abnormally lifted.

2. The moxibustion anti-scalding intelligent monitoring system according to claim 1, characterized in that: The anti-scald isolation component (4) includes a reversible connecting plate (41), an isolation spacing arc blocking plate (42) and a patch-type temperature sensing unit (43), wherein the reversible connecting plate (41) is rotatably connected to one end of the electric telescopic member (6), and the isolation spacing arc blocking plate (42) is fixedly connected to the reversible connecting plate (41), and the reversible connecting plate (41) and the isolation spacing arc blocking plate (42) are used to reserve a moxibustion operation distance between the single-pass filling bucket (31) and the patient, and the patch-type temperature sensing unit (43) is fixedly connected between the two isolation spacing arc blocking plates (42), and the patch-type temperature sensing unit (43) is located at the bottom of the single-pass filling bucket (31).

3. The moxibustion anti-scalding intelligent monitoring system according to claim 1, characterized in that: The self-locking response module (34) comprises a positioning electromagnet (341) and a positioning clip (342); the positioning electromagnet (341) is fixedly connected to the outer wall of the sliding spring pin (33), and the positioning electromagnet (341) and the sliding spring pin (33) are synchronously slidably connected along the inner side of the single-pass filling bucket (31); the positioning clip (342) is fixedly connected to the upper end of the single-pass filling bucket (31); the positioning clip (342) and the positioning electromagnet (341) fix the sliding height of the sliding spring pin (33) through magnetic adsorption.

4. The moxibustion anti-scalding intelligent monitoring system according to claim 1, characterized in that: The information control module (2) is connected to the positioning electromagnet (341) by signal. After analyzing that the patch-type temperature sensing unit (43) is abnormally lifted, the information control module (2) sends a closing signal to the positioning electromagnet (341) to release the magnetic connection between the positioning electromagnet (341) and the positioning clip (342).

5. The moxibustion anti-scalding intelligent monitoring system according to claim 1, characterized in that: The height adjustment bracket group (1) comprises a fumigation assembly bracket (11), a spacing adjustment bracket (12) and a height drive and extension control frame (13); the output end of the height drive and extension control frame (13) is fixedly connected to the spacing adjustment bracket (12); the information centralized control module (2) is signal-connected to the height drive and extension control frame (13); the spacing adjustment bracket (12) is slidably connected to the fumigation assembly bracket (11); the flippable connecting plate (41) and the directional adapter (35) are both rotationally connected to the fumigation assembly bracket (11); and the electric telescopic member (6) is fixedly connected to the fumigation assembly bracket (11).

6. The steps of using the moxibustion anti-scalding intelligent monitoring system according to any one of claims 1 to 5, characterized in that: The following steps are involved: Step S1, controlling the height of the moxibustion material anti-scalding filling component (3) and the anti-scalding isolation component (4) by the information centralized control module (2), and slidingly extending the fumigation assembly bracket (11) and the spacing adjustment bracket (12) so that the bottom port of the single-pass filling bucket (31) is aligned with the patient's fumigation position, then igniting the moxibustion material, lifting the front end closed end seat (32) to expose the open end of the single-pass filling bucket (31), and inserting the ignition end toward the inside of the single-pass filling bucket (31) so that the single-pass filling bucket (31) is filled with the moxibustion material. After filling, the isolation spacing blocking arc plate (42) and the reversible connecting plate (41) are set up below the single-pass filling bucket (31) to serve as a non-contact protective support for the patient's body surface; Step S2: During the moxibustion process, the sliding spring pin (33) at the bottom of the single-pass filling bucket (31) is used to measure the rise and fall of the moxibustion temperature at the current height interval, and a judgment is made according to a preset safety temperature threshold. When the temperature rises too fast or the temperature is higher than the preset value, the electric telescopic member (6) adjusts the moxibustion treatment height of the single-pass filling bucket (31); Step S3, when the patient feels that the heat is too high and an abnormal movement of rising occurs, the isolation spacing blocking arc plate (42) and the reversible connecting plate (41) block the patient's body surface and the single-pass filling bucket (31). At the same time, when the isolation spacing blocking arc plate (42) and the reversible connecting plate (41) are lifted by the patient's rising, the color area array unit (53) is flipped along with the synchronous lifting of the reversible connecting plate (41), and the collection angle of the image recognition and acquisition module (51) is changed along with the flipping of the color area array unit (53). At this time, the image recognition and acquisition module (51) recognizes the abnormal image. The information control module (2) analyzes whether the image recognition acquisition module (51) and the acquisition surface of the directional acquisition plate (52) are offset, and then determines whether the anti-scalding isolation component (4) is abnormally lifted. After abnormal lifting, the information control module (2) sends a stop signal to the positioning electromagnet (341) to release the restriction on the sliding spring pin (33), and the sliding spring pin (33) quickly contracts to drive the front end closed end seat (32) to sink, so that the top of the single-pass filling bucket (31) is closed to prevent the moxibustion burning material from directly falling out from the inside of (31), and an alarm signal is generated.

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