CN114190856B - Cutlery box cleaning inspection feedback device, cutlery box cleaning inspection feedback system and cutlery box cleaning inspection feedback method - Google Patents
Cutlery box cleaning inspection feedback device, cutlery box cleaning inspection feedback system and cutlery box cleaning inspection feedback method Download PDFInfo
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- CN114190856B CN114190856B CN202111466466.7A CN202111466466A CN114190856B CN 114190856 B CN114190856 B CN 114190856B CN 202111466466 A CN202111466466 A CN 202111466466A CN 114190856 B CN114190856 B CN 114190856B
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- 238000004140 cleaning Methods 0.000 title claims abstract description 151
- 238000007689 inspection Methods 0.000 title claims abstract description 138
- 238000000034 method Methods 0.000 title claims abstract description 37
- 238000002791 soaking Methods 0.000 claims abstract description 157
- 238000004659 sterilization and disinfection Methods 0.000 claims abstract description 131
- 230000002159 abnormal effect Effects 0.000 claims abstract description 103
- 238000001035 drying Methods 0.000 claims abstract description 32
- 230000001954 sterilising effect Effects 0.000 claims abstract description 28
- 238000001514 detection method Methods 0.000 claims description 171
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 159
- 238000007664 blowing Methods 0.000 claims description 78
- 238000010438 heat treatment Methods 0.000 claims description 78
- 239000007921 spray Substances 0.000 claims description 72
- 238000007790 scraping Methods 0.000 claims description 54
- 230000008569 process Effects 0.000 claims description 25
- 238000000643 oven drying Methods 0.000 claims description 18
- 238000005507 spraying Methods 0.000 claims description 12
- 238000004891 communication Methods 0.000 claims description 7
- 230000001105 regulatory effect Effects 0.000 claims description 6
- 238000004590 computer program Methods 0.000 claims description 4
- 239000002893 slag Substances 0.000 claims description 4
- 230000001680 brushing effect Effects 0.000 claims description 3
- 238000003860 storage Methods 0.000 claims description 3
- 238000012795 verification Methods 0.000 claims 1
- 238000007654 immersion Methods 0.000 description 4
- 238000011031 large-scale manufacturing process Methods 0.000 description 4
- 230000005856 abnormality Effects 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000005180 public health Effects 0.000 description 2
- 230000001502 supplementing effect Effects 0.000 description 2
- 238000005406 washing Methods 0.000 description 2
- 244000052616 bacterial pathogen Species 0.000 description 1
- 238000009835 boiling Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 239000010794 food waste Substances 0.000 description 1
- 230000036541 health Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000003993 interaction Effects 0.000 description 1
- 238000012544 monitoring process Methods 0.000 description 1
- 230000009323 psychological health Effects 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L15/00—Washing or rinsing machines for crockery or tableware
- A47L15/0018—Controlling processes, i.e. processes to control the operation of the machine characterised by the purpose or target of the control
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L15/00—Washing or rinsing machines for crockery or tableware
- A47L15/0018—Controlling processes, i.e. processes to control the operation of the machine characterised by the purpose or target of the control
- A47L15/0063—Controlling processes, i.e. processes to control the operation of the machine characterised by the purpose or target of the control using remote monitoring or controlling of the dishwasher operation, e.g. networking systems
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L15/00—Washing or rinsing machines for crockery or tableware
- A47L15/42—Details
- A47L15/46—Devices for the automatic control of the different phases of cleaning ; Controlling devices
Abstract
The invention relates to a feedback device, a system and a method for cleaning and checking cutlery box, which belong to the technical field of cutlery box cleaning and checking, and comprise a main control module, a deslagging and checking module, a soaking and checking module, a cleaning and checking module, a drying and checking module and a sterilizing and checking module; the main control module is respectively connected with the deslagging inspection module, the soaking inspection module, the cleaning inspection module, the drying inspection module and the disinfection inspection module. According to the invention, through the mutual coordination among the deslagging inspection module, the soaking inspection module, the cleaning inspection module, the drying inspection module and the disinfection inspection module, a complete abnormal inspection feedback scheme aiming at tableware cleaning is provided, and in the scheme, if one link is abnormal, the subsequent links are not carried out any more, so that the increase of tableware cleaning cost is avoided.
Description
Technical Field
The invention belongs to the technical field of cutlery box cleaning inspection, and particularly relates to a cutlery box cleaning inspection feedback device, a cutlery box cleaning inspection feedback system and a cutlery box cleaning inspection feedback method.
Background
Public health problems with eating utensils have historically been a focus of attention. In recent years, public health and safety problems of catering utensils are also more prominent because of the remarkable improvement of the probability of dining outside people. In many areas of the world, the phenomenon of washing hundreds of bowls with one basin is visible everywhere, and the phenomenon of washing hundreds of bowls with one basin constitutes a great threat to the physical and psychological health of people. The data show that the spot check results of the health supervision departments of a plurality of cities show that the total number of pathogenic bacteria of tableware in a considerable part of eating houses and booths is seriously out of standard, and is not rare beyond tens of times of national standards.
Generally, tableware is cleaned by removing residues, soaking, cleaning, drying, and finally storing and sterilizing. However, for the pipelined tableware cleaning process, there is no complete abnormality checking feedback scheme for tableware cleaning at the present stage, and in the pipeline, if one link is abnormal, the subsequent link may be invalid, so that the tableware cleaning cost is increased, and the tableware cleaning degree is not ideal.
Therefore, at present, a feedback device, a system and a method for cleaning and inspecting the cutlery box are needed to solve the above problems.
Disclosure of Invention
The invention aims to provide a feedback device, a system and a method for cleaning and checking a cutlery box, which are used for solving the technical problems in the prior art, such as: for the pipelined tableware cleaning process, a complete abnormal inspection feedback scheme aiming at tableware cleaning does not exist at the current stage, and in the pipeline, if one link is abnormal, the subsequent links can be invalid actions, so that the tableware cleaning cost is increased, and the tableware cleaning degree is not ideal.
In order to achieve the above purpose, the technical scheme of the invention is as follows:
A feedback device for cleaning and checking cutlery box comprises a main control module, a deslagging checking module, a soaking checking module, a cleaning checking module, a drying checking module and a sterilizing checking module; the main control module is respectively connected with the deslagging inspection module, the soaking inspection module, the cleaning inspection module, the drying inspection module and the disinfection inspection module; the deslagging detection module is used for detecting whether deslagging treatment of the cutlery box is abnormal or not; the soaking inspection module is used for inspecting whether the soaking treatment of the cutlery box is abnormal or not; the cleaning and checking module is used for checking whether the cleaning treatment of the cutlery box is abnormal or not; the drying and checking module is used for checking whether the oven drying treatment of the cutlery box is abnormal; the disinfection inspection module is used for inspecting whether the disinfection treatment of the cutlery box is abnormal or not; the main control module controls the deslagging inspection module, the soaking inspection module, the cleaning inspection module, the drying inspection module and the disinfection inspection module to be in a closed state;
when the lunch box is cleaned, the main control module starts the deslagging inspection module; when the deslagging inspection module is used for inspecting that the deslagging treatment of the lunch box is abnormal, the main control module starts the soaking inspection module; when the soaking inspection module detects that the soaking treatment of the lunch box is abnormal, the main control module starts the cleaning inspection module; when the cleaning and checking module checks that the cleaning treatment of the lunch box is abnormal, the main control module starts the drying and checking module; when the drying inspection module detects that the lunch box drying treatment is abnormal, the main control module starts the disinfection inspection module; when the disinfection inspection module is used for inspecting that the disinfection treatment of the cutlery box is abnormal, the main control module feeds back that the cutlery box is clean and abnormal.
Further, the deslagging detection module comprises a first control unit, a scraping frequency detection unit and a frequency adjustment unit; the first control unit is respectively connected with the scraping frequency detection unit, the frequency adjustment unit and the main control module;
the scraping frequency detection unit is used for detecting the scraping frequency of the cutlery box in real time and recording the scraping frequency as the real-time scraping frequency;
the frequency adjusting unit is used for adjusting the frequency of scraping and brushing of the cutlery box in real time;
the scraping frequency detection unit and the frequency adjustment unit are in a closed state;
when the cleaning of the cutlery box is started, the first control unit starts the scraping frequency detection unit;
the first control unit is pre-stored with standard scraping frequency of the cutlery box and records the standard scraping frequency;
if the real-time scraping frequency is matched with the standard scraping frequency, the first control unit judges that the slag removing treatment of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
and if the real-time scraping frequency is not matched with the standard scraping frequency, the first control unit starts the frequency adjusting unit to adjust the real-time scraping frequency to be matched with the standard scraping frequency.
Further, the soaking inspection module comprises a second control unit, a soaking water level detection unit, a soaking image detection unit and a soaking water level adjustment unit; the second control unit is respectively connected with the soaking water level detection unit, the soaking image detection unit, the soaking water level adjustment unit and the main control module;
The soaking water level detection unit is used for detecting the water level of the soaking cutlery box in real time and marking the water level as the real-time soaking water level;
the soaking image detection unit is used for detecting whether the cutlery box is completely immersed or not when the cutlery box is soaked in real time;
the soaking water level adjusting unit is used for adjusting the water level of the soaking cutlery box in real time;
the soaking water level detection unit, the soaking image detection unit and the soaking water level adjustment unit are all in a closed state;
when the first control unit judges that the deslagging treatment of the cutlery box is abnormal, the second control unit starts the soaking water level detection unit;
the second control unit is pre-stored with a standard water level for soaking the cutlery box and is marked as a standard soaking water level;
if the real-time soaking water level is matched with the standard soaking water level, the second control unit starts the soaking image detection unit; if the soaking image detection unit detects that the cutlery box is completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box soaking treatment is abnormal and feeds back the cutlery box soaking treatment to the main control module; if the soaking image detection unit detects that the cutlery box is not completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box soaking treatment is abnormal and feeds back the cutlery box soaking treatment to the main control module;
If the real-time soaking water level is not matched with the standard soaking water level, the second control unit starts the soaking water level adjusting unit; the second control unit starts the soaking image detection unit when the real-time soaking water level is adjusted to be matched with the standard soaking water level by the soaking water level adjustment unit; if the soaking image detection unit detects that the cutlery box is completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box soaking treatment is abnormal and feeds back the cutlery box soaking treatment to the main control module; and if the soaking image detection unit detects that the cutlery box is not completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box is soaked abnormally and feeds back the cutlery box to the main control module.
Further, the cleaning and checking module comprises a third control unit, a water spray flow detection unit, a wiping frequency detection unit, a water spray flow adjustment unit and a wiping frequency adjustment unit;
the water spray flow detection unit is used for detecting the water spray flow of the cleaning cutlery box in real time and recording the water spray flow as the real-time water spray flow;
the wiping frequency detection unit is used for detecting the wiping frequency of the cleaning cutlery box in real time and recording the wiping frequency as the real-time wiping frequency;
The water spraying flow regulating unit is used for regulating the water spraying flow for cleaning the cutlery box in real time;
the wiping frequency adjusting unit is used for adjusting the wiping frequency of the cleaning cutlery box in real time;
the water spray flow detection unit, the wiping frequency detection unit, the water spray flow adjustment unit and the wiping frequency adjustment unit are all in a closed state;
when the second control unit judges that the soaking treatment of the lunch box is abnormal, the third control unit starts the water spraying flow detection unit;
the third control unit stores the standard water spraying flow and the standard wiping frequency for cleaning the cutlery box;
if the real-time water spray flow is matched with the standard water spray flow, the third control unit starts the wiping frequency detection unit; if the real-time wiping frequency is matched with the standard wiping frequency, the third control unit judges that the cleaning treatment of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
if the real-time water spray flow is not matched with the standard water spray flow, the third control unit starts a water spray flow adjusting unit, and when the water spray flow adjusting unit adjusts the real-time water spray flow to be matched with the standard water spray flow, the third control unit starts a wiping frequency detecting unit, and if the real-time wiping frequency is matched with the standard wiping frequency, the third control unit judges that the cleaning process of the lunch box is abnormal and feeds back the cleaning process to the main control module;
If the real-time water spray flow is not matched with the standard water spray flow, the third control unit starts a water spray flow adjusting unit, when the water spray flow adjusting unit adjusts the real-time water spray flow to be matched with the standard water spray flow, the third control unit starts a wiping frequency detecting unit, if the real-time wiping frequency is not matched with the standard wiping frequency, the third control unit starts a wiping frequency adjusting unit, and when the wiping frequency adjusting unit adjusts the real-time wiping frequency to be matched with the standard wiping frequency, the third control unit judges that the cleaning process of the cutlery box is abnormal and feeds back to the main control module.
Further, the drying inspection module comprises a fourth control unit, a blowing flow detection unit, a heating temperature detection unit, a blowing flow adjustment unit and a heating temperature adjustment unit;
the blowing flow detection unit is used for detecting the blowing flow of the cleaning cutlery box in real time and recording the blowing flow as the real-time blowing flow;
the heating temperature detection unit is used for detecting the heating temperature of the cleaning cutlery box in real time and recording the heating temperature as the real-time heating temperature;
the blowing flow adjusting unit is used for adjusting the blowing flow of the cleaning cutlery box in real time;
The heating temperature adjusting unit is used for adjusting the heating temperature of the cleaning cutlery box in real time;
the air flow detection unit, the heating temperature detection unit, the air flow regulation unit and the heating temperature regulation unit are all in a closed state;
when the third control unit judges that the oven drying process of the cutlery box is abnormal, the fourth control unit starts the blowing flow detection unit;
the fourth control unit stores the standard blowing flow and the standard heating temperature for cleaning the cutlery box;
if the real-time blowing flow is matched with the standard blowing flow, the fourth control unit starts the heating temperature detection unit; if the real-time heating temperature is matched with the standard heating temperature, the fourth control unit judges that the oven drying process of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
if the real-time blowing flow is not matched with the standard blowing flow, the fourth control unit starts a blowing flow adjusting unit, and when the blowing flow adjusting unit adjusts the real-time blowing flow to be matched with the standard blowing flow, the fourth control unit starts a heating temperature detecting unit, and if the real-time heating temperature is matched with the standard heating temperature, the fourth control unit judges that the oven drying process is abnormal and feeds back the abnormal oven drying process to the main control module;
If the real-time blowing flow is not matched with the standard blowing flow, the fourth control unit starts a blowing flow adjusting unit, when the blowing flow adjusting unit adjusts the real-time blowing flow to be matched with the standard blowing flow, the fourth control unit starts a heating temperature detecting unit, if the real-time heating temperature is not matched with the standard heating temperature, the fourth control unit starts a heating temperature adjusting unit, and when the heating temperature adjusting unit adjusts the real-time heating temperature to be matched with the standard heating temperature, the fourth control unit judges that the oven drying treatment is abnormal and feeds back to the main control module.
Further, the disinfection inspection module comprises a fifth control unit, an infrared coverage detection unit, a disinfection high-temperature detection unit, an infrared coverage adjustment unit and a disinfection high-temperature adjustment unit;
the infrared coverage detection unit is used for detecting the infrared coverage of the cleaning cutlery box in real time and is marked as real-time infrared coverage;
the disinfection high temperature detection unit is used for detecting the disinfection high temperature of the cleaning cutlery box in real time and recording the disinfection high temperature as the real-time disinfection high temperature;
the infrared coverage adjusting unit is used for adjusting the infrared coverage of the cleaning cutlery box in real time;
The disinfection high temperature adjusting unit is used for adjusting the disinfection high temperature of the cleaning cutlery box in real time;
the infrared coverage detection unit, the disinfection high-temperature detection unit, the infrared coverage adjustment unit and the disinfection high-temperature adjustment unit are all in a closed state;
when the fourth control unit judges that the sterilizing treatment of the lunch box is abnormal, the fifth control unit starts the infrared coverage detection unit;
the fifth control unit stores standard infrared coverage and standard disinfection high temperature for cleaning the cutlery box;
if the real-time infrared coverage is matched with the standard infrared coverage, the fifth control unit starts the disinfection high-temperature detection unit; if the real-time sterilization high temperature and the standard sterilization high Wen Pipei are the same, the fifth control unit judges that the sterilization treatment of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
if the real-time infrared coverage is not matched with the standard infrared coverage, the fifth control unit starts an infrared coverage adjusting unit, and when the infrared coverage adjusting unit adjusts the real-time infrared coverage to be matched with the standard infrared coverage, the fifth control unit starts a disinfection high temperature detecting unit, and if the real-time disinfection high temperature is Wen Pipei higher than the standard disinfection high temperature, the fifth control unit judges that the dinner box disinfection treatment is abnormal and feeds back to the main control module;
If the real-time infrared coverage is not matched with the standard infrared coverage, the fifth control unit starts an infrared coverage adjusting unit, when the infrared coverage adjusting unit adjusts the real-time infrared coverage to be matched with the standard infrared coverage, the fifth control unit starts a disinfection high temperature detecting unit, if the real-time disinfection high temperature is not matched with the standard disinfection high temperature, the fifth control unit starts a disinfection high temperature adjusting unit, and when the disinfection high temperature adjusting unit adjusts the real-time disinfection high temperature to be matched with the standard disinfection high Wen Pi, the fifth control unit judges that the disinfection treatment of the cutlery box is abnormal and feeds back the disinfection high temperature to the main control module.
The cutlery box clean inspection feedback system comprises the cutlery box clean inspection feedback device, a wireless communication module and a remote intelligent terminal, wherein the main control module is connected with the remote intelligent terminal through the wireless communication module in a network mode.
The cutlery box cleaning inspection feedback method adopts the cutlery box cleaning inspection feedback device to carry out cutlery box cleaning inspection feedback.
A storage medium having stored thereon a computer program which when executed performs a cutlery box cleaning inspection feedback method as described above.
Compared with the prior art, the invention has the following beneficial effects:
one of the beneficial effects of this scheme lies in, through the mutual cooperation between the inspection module that removes the slag, soak inspection module, wash inspection module, stoving inspection module, disinfection inspection module, proposes a set of complete unusual inspection feedback scheme to tableware cleaning to in this scheme, if one of them link is unusual, then follow-up link all no longer goes on, avoids causing tableware cleaning cost to increase.
Drawings
Fig. 1 is a schematic diagram of a working principle process of an embodiment of the present application.
Fig. 2 is a schematic diagram of a device structure according to an embodiment of the present application.
Fig. 3 is a schematic system structure of an embodiment of the present application.
Detailed Description
The following description of the embodiments of the present invention will be made more fully with reference to the accompanying drawings 1-3, in which it is evident that the embodiments described are only some, but not all embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Examples:
As shown in fig. 1 and 2, a feedback device for cleaning and inspecting cutlery box is provided, which comprises a main control module, a deslagging and inspecting module, a soaking and inspecting module, a cleaning and inspecting module, a drying and inspecting module and a sterilizing and inspecting module; the main control module is respectively connected with the deslagging inspection module, the soaking inspection module, the cleaning inspection module, the drying inspection module and the disinfection inspection module; the deslagging detection module is used for detecting whether deslagging treatment of the cutlery box is abnormal or not; the soaking inspection module is used for inspecting whether the soaking treatment of the cutlery box is abnormal or not; the cleaning and checking module is used for checking whether the cleaning treatment of the cutlery box is abnormal or not; the drying and checking module is used for checking whether the oven drying treatment of the cutlery box is abnormal; the disinfection inspection module is used for inspecting whether the disinfection treatment of the cutlery box is abnormal or not; the main control module controls the deslagging inspection module, the soaking inspection module, the cleaning inspection module, the drying inspection module and the disinfection inspection module to be in a closed state;
when the lunch box is cleaned, the main control module starts the deslagging inspection module; when the deslagging inspection module is used for inspecting that the deslagging treatment of the lunch box is abnormal, the main control module starts the soaking inspection module; when the soaking inspection module detects that the soaking treatment of the lunch box is abnormal, the main control module starts the cleaning inspection module; when the cleaning and checking module checks that the cleaning treatment of the lunch box is abnormal, the main control module starts the drying and checking module; when the drying inspection module detects that the lunch box drying treatment is abnormal, the main control module starts the disinfection inspection module; when the disinfection inspection module is used for inspecting that the disinfection treatment of the cutlery box is abnormal, the main control module feeds back that the cutlery box is clean and abnormal.
In the scheme, through the mutual cooperation among the deslagging inspection module, the soaking inspection module, the cleaning inspection module, the drying inspection module and the disinfection inspection module, a complete abnormal inspection feedback scheme aiming at tableware cleaning is provided, and in the scheme, if one link is abnormal, the subsequent links are not carried out any more, so that the increase of tableware cleaning cost is avoided.
Further, the deslagging detection module comprises a first control unit, a scraping frequency detection unit and a frequency adjustment unit; the first control unit is respectively connected with the scraping frequency detection unit, the frequency adjustment unit and the main control module;
the scraping frequency detection unit is used for detecting the scraping frequency of the cutlery box in real time and recording the scraping frequency as the real-time scraping frequency;
the frequency adjusting unit is used for adjusting the frequency of scraping and brushing of the cutlery box in real time;
the scraping frequency detection unit and the frequency adjustment unit are in a closed state;
when the cleaning of the cutlery box is started, the first control unit starts the scraping frequency detection unit;
the first control unit is pre-stored with standard scraping frequency of the cutlery box and records the standard scraping frequency;
if the real-time scraping frequency is matched with the standard scraping frequency, the first control unit judges that the slag removing treatment of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
And if the real-time scraping frequency is not matched with the standard scraping frequency, the first control unit starts the frequency adjusting unit to adjust the real-time scraping frequency to be matched with the standard scraping frequency.
In the scheme, through the cooperation among the first control unit, the scraping frequency detection unit and the frequency adjustment unit, the frequency of scraping food residues in the process of removing residues of the cutlery box can be detected in real time, and feedback adjustment can be performed in real time when the scraping frequency is abnormal, so that follow-up cutlery box cleaning inspection can not be performed.
Further, the soaking inspection module comprises a second control unit, a soaking water level detection unit, a soaking image detection unit and a soaking water level adjustment unit; the second control unit is respectively connected with the soaking water level detection unit, the soaking image detection unit, the soaking water level adjustment unit and the main control module;
the soaking water level detection unit is used for detecting the water level of the soaking cutlery box in real time and marking the water level as the real-time soaking water level;
the soaking image detection unit is used for detecting whether the cutlery box is completely immersed or not when the cutlery box is soaked in real time;
the soaking water level adjusting unit is used for adjusting the water level of the soaking cutlery box in real time;
The soaking water level detection unit, the soaking image detection unit and the soaking water level adjustment unit are all in a closed state;
when the first control unit judges that the deslagging treatment of the cutlery box is abnormal, the second control unit starts the soaking water level detection unit;
the second control unit is pre-stored with a standard water level for soaking the cutlery box and is marked as a standard soaking water level;
if the real-time soaking water level is matched with the standard soaking water level, the second control unit starts the soaking image detection unit; if the soaking image detection unit detects that the cutlery box is completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box soaking treatment is abnormal and feeds back the cutlery box soaking treatment to the main control module; if the soaking image detection unit detects that the cutlery box is not completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box soaking treatment is abnormal and feeds back the cutlery box soaking treatment to the main control module;
if the real-time soaking water level is not matched with the standard soaking water level, the second control unit starts the soaking water level adjusting unit; the second control unit starts the soaking image detection unit when the real-time soaking water level is adjusted to be matched with the standard soaking water level by the soaking water level adjustment unit; if the soaking image detection unit detects that the cutlery box is completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box soaking treatment is abnormal and feeds back the cutlery box soaking treatment to the main control module; and if the soaking image detection unit detects that the cutlery box is not completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box is soaked abnormally and feeds back the cutlery box to the main control module.
In the scheme, when the deslagging treatment is not abnormal, the soaking inspection is performed, and through the cooperation among the second control unit, the soaking water level detection unit, the soaking image detection unit and the soaking water level adjustment unit, whether the soaking water level is abnormal or not and whether the cutlery box is completely immersed or not can be detected in real time, and the feedback of the cutlery box soaking treatment can be adjusted to a normal state through water level adjustment, so that the follow-up cutlery box cleaning inspection can not be performed. And the starting sequence of the second control unit, the soaking water level detection unit, the soaking image detection unit and the soaking water level adjustment unit can greatly improve the soaking inspection efficiency, and a large amount of energy sources can be saved in large-scale production. The immersion image detection unit can be used together with the illuminance detection unit and the light supplementing lamp, the illuminance detection unit is used for detecting the working environment illuminance of the immersion image detection unit in real time and judging whether the current illuminance can support the normal immersion image detection of the immersion image detection unit, and if the illuminance is insufficient, the illuminance is enhanced through the light supplementing lamp, so that the condition is met.
Further, the cleaning and checking module comprises a third control unit, a water spray flow detection unit, a wiping frequency detection unit, a water spray flow adjustment unit and a wiping frequency adjustment unit;
The water spray flow detection unit is used for detecting the water spray flow of the cleaning cutlery box in real time and recording the water spray flow as the real-time water spray flow;
the wiping frequency detection unit is used for detecting the wiping frequency of the cleaning cutlery box in real time and recording the wiping frequency as the real-time wiping frequency;
the water spraying flow regulating unit is used for regulating the water spraying flow for cleaning the cutlery box in real time;
the wiping frequency adjusting unit is used for adjusting the wiping frequency of the cleaning cutlery box in real time;
the water spray flow detection unit, the wiping frequency detection unit, the water spray flow adjustment unit and the wiping frequency adjustment unit are all in a closed state;
when the second control unit judges that the soaking treatment of the lunch box is abnormal, the third control unit starts the water spraying flow detection unit;
the third control unit stores the standard water spraying flow and the standard wiping frequency for cleaning the cutlery box;
if the real-time water spray flow is matched with the standard water spray flow, the third control unit starts the wiping frequency detection unit; if the real-time wiping frequency is matched with the standard wiping frequency, the third control unit judges that the cleaning treatment of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
If the real-time water spray flow is not matched with the standard water spray flow, the third control unit starts a water spray flow adjusting unit, and when the water spray flow adjusting unit adjusts the real-time water spray flow to be matched with the standard water spray flow, the third control unit starts a wiping frequency detecting unit, and if the real-time wiping frequency is matched with the standard wiping frequency, the third control unit judges that the cleaning process of the lunch box is abnormal and feeds back the cleaning process to the main control module;
if the real-time water spray flow is not matched with the standard water spray flow, the third control unit starts a water spray flow adjusting unit, when the water spray flow adjusting unit adjusts the real-time water spray flow to be matched with the standard water spray flow, the third control unit starts a wiping frequency detecting unit, if the real-time wiping frequency is not matched with the standard wiping frequency, the third control unit starts a wiping frequency adjusting unit, and when the wiping frequency adjusting unit adjusts the real-time wiping frequency to be matched with the standard wiping frequency, the third control unit judges that the cleaning process of the cutlery box is abnormal and feeds back to the main control module.
In the scheme, when the soaking treatment is not abnormal, the cleaning inspection is performed, through the cooperation among the third control unit, the water spray flow detection unit, the wiping frequency detection unit, the water spray flow adjustment unit and the wiping frequency adjustment unit, whether the water spray flow and the wiping frequency are normal or not can be detected in real time, when the abnormality occurs, the water spray flow and the wiping frequency can be adjusted in real time, the negative feedback is realized, the situation that the subsequent cutlery box cleaning inspection cannot be performed is avoided. In addition, the starting sequence of the water spray flow detection unit, the wiping frequency detection unit, the water spray flow regulation unit and the wiping frequency regulation unit can greatly improve the cleaning and inspection efficiency, and a large amount of energy sources can be saved in large-scale production.
Further, the drying inspection module comprises a fourth control unit, a blowing flow detection unit, a heating temperature detection unit, a blowing flow adjustment unit and a heating temperature adjustment unit;
the blowing flow detection unit is used for detecting the blowing flow of the cleaning cutlery box in real time and recording the blowing flow as the real-time blowing flow;
the heating temperature detection unit is used for detecting the heating temperature of the cleaning cutlery box in real time and recording the heating temperature as the real-time heating temperature;
The blowing flow adjusting unit is used for adjusting the blowing flow of the cleaning cutlery box in real time;
the heating temperature adjusting unit is used for adjusting the heating temperature of the cleaning cutlery box in real time;
the air flow detection unit, the heating temperature detection unit, the air flow regulation unit and the heating temperature regulation unit are all in a closed state;
when the third control unit judges that the oven drying process of the cutlery box is abnormal, the fourth control unit starts the blowing flow detection unit;
the fourth control unit stores the standard blowing flow and the standard heating temperature for cleaning the cutlery box;
if the real-time blowing flow is matched with the standard blowing flow, the fourth control unit starts the heating temperature detection unit; if the real-time heating temperature is matched with the standard heating temperature, the fourth control unit judges that the oven drying process of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
if the real-time blowing flow is not matched with the standard blowing flow, the fourth control unit starts a blowing flow adjusting unit, and when the blowing flow adjusting unit adjusts the real-time blowing flow to be matched with the standard blowing flow, the fourth control unit starts a heating temperature detecting unit, and if the real-time heating temperature is matched with the standard heating temperature, the fourth control unit judges that the oven drying process is abnormal and feeds back the abnormal oven drying process to the main control module;
If the real-time blowing flow is not matched with the standard blowing flow, the fourth control unit starts a blowing flow adjusting unit, when the blowing flow adjusting unit adjusts the real-time blowing flow to be matched with the standard blowing flow, the fourth control unit starts a heating temperature detecting unit, if the real-time heating temperature is not matched with the standard heating temperature, the fourth control unit starts a heating temperature adjusting unit, and when the heating temperature adjusting unit adjusts the real-time heating temperature to be matched with the standard heating temperature, the fourth control unit judges that the oven drying treatment is abnormal and feeds back to the main control module.
In the scheme, when the cleaning treatment is not abnormal, the drying inspection is performed, through the cooperation among the fourth control unit, the blowing flow detection unit, the heating temperature detection unit, the blowing flow adjustment unit and the heating temperature adjustment unit, whether the blowing flow and the heating temperature are normal can be detected in real time, and when abnormal occurs, the blowing flow and the heating temperature can be adjusted in real time, so that negative feedback is realized, the situation that the follow-up cutlery box cleaning inspection cannot be performed is avoided. And moreover, the starting sequence of the blowing flow detection unit, the heating temperature detection unit, the blowing flow regulation unit and the heating temperature regulation unit can greatly improve the drying inspection efficiency, and a large amount of energy sources can be saved in large-scale production.
Further, the disinfection inspection module comprises a fifth control unit, an infrared coverage detection unit, a disinfection high-temperature detection unit, an infrared coverage adjustment unit and a disinfection high-temperature adjustment unit;
the infrared coverage detection unit is used for detecting the infrared coverage of the cleaning cutlery box in real time and is marked as real-time infrared coverage;
the disinfection high temperature detection unit is used for detecting the disinfection high temperature of the cleaning cutlery box in real time and recording the disinfection high temperature as the real-time disinfection high temperature;
the infrared coverage adjusting unit is used for adjusting the infrared coverage of the cleaning cutlery box in real time;
the disinfection high temperature adjusting unit is used for adjusting the disinfection high temperature of the cleaning cutlery box in real time;
the infrared coverage detection unit, the disinfection high-temperature detection unit, the infrared coverage adjustment unit and the disinfection high-temperature adjustment unit are all in a closed state;
when the fourth control unit judges that the sterilizing treatment of the lunch box is abnormal, the fifth control unit starts the infrared coverage detection unit;
the fifth control unit stores standard infrared coverage and standard disinfection high temperature for cleaning the cutlery box;
if the real-time infrared coverage is matched with the standard infrared coverage, the fifth control unit starts the disinfection high-temperature detection unit; if the real-time sterilization high temperature and the standard sterilization high Wen Pipei are the same, the fifth control unit judges that the sterilization treatment of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
If the real-time infrared coverage is not matched with the standard infrared coverage, the fifth control unit starts an infrared coverage adjusting unit, and when the infrared coverage adjusting unit adjusts the real-time infrared coverage to be matched with the standard infrared coverage, the fifth control unit starts a disinfection high temperature detecting unit, and if the real-time disinfection high temperature is Wen Pipei higher than the standard disinfection high temperature, the fifth control unit judges that the dinner box disinfection treatment is abnormal and feeds back to the main control module;
if the real-time infrared coverage is not matched with the standard infrared coverage, the fifth control unit starts an infrared coverage adjusting unit, when the infrared coverage adjusting unit adjusts the real-time infrared coverage to be matched with the standard infrared coverage, the fifth control unit starts a disinfection high temperature detecting unit, if the real-time disinfection high temperature is not matched with the standard disinfection high temperature, the fifth control unit starts a disinfection high temperature adjusting unit, and when the disinfection high temperature adjusting unit adjusts the real-time disinfection high temperature to be matched with the standard disinfection high Wen Pi, the fifth control unit judges that the disinfection treatment of the cutlery box is abnormal and feeds back the disinfection high temperature to the main control module.
In the scheme, when the drying treatment is not abnormal, the disinfection inspection is performed again, and through the cooperation among the fifth control unit, the infrared coverage detection unit, the disinfection high temperature detection unit, the infrared coverage adjustment unit and the disinfection high temperature adjustment unit, whether the infrared coverage and the disinfection high temperature are normal or not can be detected in real time, and when the abnormality occurs, the infrared coverage and the disinfection high temperature can be adjusted in real time, so that the negative feedback is adjusted to be in a normal state, and the cleaning inspection feedback of the cutlery box is normal. And moreover, the starting sequence of the infrared coverage detection unit, the disinfection high-temperature detection unit, the infrared coverage adjustment unit and the disinfection high-temperature adjustment unit can greatly improve the disinfection inspection efficiency, and a large amount of energy sources can be saved in large-scale production. The infrared high-temperature sterilization is a high-temperature sterilization mode (boiling sterilization, steam sterilization, chemical soaking sterilization and the like) of a plurality of cutlery boxes, if the cutlery boxes are in a high-temperature and complex electromagnetic environment for a long time, the infrared coverage detection unit and the sterilization high-temperature detection unit (a fifth control unit, an infrared coverage adjustment unit and the sterilization high-temperature adjustment unit) can be arranged in a non-high-temperature and complex electromagnetic environment in a wired connection mode, but the infrared coverage detection unit and the sterilization high-temperature detection unit must be arranged in the high-temperature and complex electromagnetic environment as data input sources, hardware faults can occur, so that the two have no corresponding data input and the subsequent data output is influenced. Therefore, the circuit signal grabbing unit and the input signal grabbing unit can be matched for overcoming; the line signal grabbing unit grabs signals on the wired connection lines of the infrared coverage detection unit, the disinfection high-temperature detection unit and the fifth control unit and judges whether the signals are normal or not, and if the signals are abnormal, the infrared coverage detection unit and the disinfection high-temperature detection unit are indicated to be faulty; the input signal grabbing unit grabs signals of the input end of the fifth control unit when the infrared coverage detection unit and the disinfection high-temperature detection unit are in wired connection with the fifth control unit, judges whether the signals are normal or not, and if the signals are abnormal, the connection point of the line of the input end of the fifth control unit is indicated to be faulty, such as the connection point contact problem.
As shown in FIG. 3, the cutlery box cleaning inspection feedback system comprises the cutlery box cleaning inspection feedback device, and further comprises a wireless communication module and a remote intelligent terminal, wherein the main control module is connected with the remote intelligent terminal through the wireless communication module in a network manner, namely, the main control module performs remote data interaction with the remote intelligent terminal through the wireless communication module, so that remote online monitoring is realized.
The cutlery box cleaning inspection feedback method adopts the cutlery box cleaning inspection feedback device to carry out cutlery box cleaning inspection feedback.
A storage medium having stored thereon a computer program which when executed performs a cutlery box cleaning inspection feedback method as described above.
The above is a preferred embodiment of the present invention, and all changes made according to the technical solution of the present invention belong to the protection scope of the present invention when the generated functional effects do not exceed the scope of the technical solution of the present invention.
Claims (8)
1. The feedback device for cleaning and checking the cutlery box is characterized by comprising a main control module, a deslagging and checking module, a soaking and checking module, a cleaning and checking module, a drying and checking module and a sterilizing and checking module; the main control module is respectively connected with the deslagging inspection module, the soaking inspection module, the cleaning inspection module, the drying inspection module and the disinfection inspection module; the deslagging detection module is used for detecting whether deslagging treatment of the cutlery box is abnormal or not; the soaking inspection module is used for inspecting whether the soaking treatment of the cutlery box is abnormal or not; the cleaning and checking module is used for checking whether the cleaning treatment of the cutlery box is abnormal or not; the drying and checking module is used for checking whether the oven drying treatment of the cutlery box is abnormal; the disinfection inspection module is used for inspecting whether the disinfection treatment of the cutlery box is abnormal or not; the main control module controls the deslagging inspection module, the soaking inspection module, the cleaning inspection module, the drying inspection module and the disinfection inspection module to be in a closed state;
When the lunch box is cleaned, the main control module starts the deslagging inspection module; when the deslagging inspection module is used for inspecting that the deslagging treatment of the lunch box is abnormal, the main control module starts the soaking inspection module; when the soaking inspection module detects that the soaking treatment of the lunch box is abnormal, the main control module starts the cleaning inspection module; when the cleaning and checking module checks that the cleaning treatment of the lunch box is abnormal, the main control module starts the drying and checking module; when the drying inspection module detects that the lunch box drying treatment is abnormal, the main control module starts the disinfection inspection module; when the disinfection inspection module is used for inspecting that the disinfection treatment of the cutlery box is abnormal, the main control module feeds back that the cutlery box is clean and abnormal;
the deslagging detection module comprises a first control unit, a scraping frequency detection unit and a frequency adjustment unit; the first control unit is respectively connected with the scraping frequency detection unit, the frequency adjustment unit and the main control module;
the scraping frequency detection unit is used for detecting the scraping frequency of the cutlery box in real time and recording the scraping frequency as the real-time scraping frequency;
the frequency adjusting unit is used for adjusting the frequency of scraping and brushing of the cutlery box in real time;
The scraping frequency detection unit and the frequency adjustment unit are in a closed state;
when the cleaning of the cutlery box is started, the first control unit starts the scraping frequency detection unit;
the first control unit is pre-stored with standard scraping frequency of the cutlery box and records the standard scraping frequency;
if the real-time scraping frequency is matched with the standard scraping frequency, the first control unit judges that the slag removing treatment of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
and if the real-time scraping frequency is not matched with the standard scraping frequency, the first control unit starts the frequency adjusting unit to adjust the real-time scraping frequency to be matched with the standard scraping frequency.
2. The cutlery box cleaning inspection feedback device of claim 1, wherein the soak inspection module comprises a second control unit, a soak water level detection unit, a soak image detection unit, a soak water level adjustment unit; the second control unit is respectively connected with the soaking water level detection unit, the soaking image detection unit, the soaking water level adjustment unit and the main control module;
the soaking water level detection unit is used for detecting the water level of the soaking cutlery box in real time and marking the water level as the real-time soaking water level;
The soaking image detection unit is used for detecting whether the cutlery box is completely immersed or not when the cutlery box is soaked in real time;
the soaking water level adjusting unit is used for adjusting the water level of the soaking cutlery box in real time;
the soaking water level detection unit, the soaking image detection unit and the soaking water level adjustment unit are all in a closed state;
when the first control unit judges that the deslagging treatment of the cutlery box is abnormal, the second control unit starts the soaking water level detection unit;
the second control unit is pre-stored with a standard water level for soaking the cutlery box and is marked as a standard soaking water level;
if the real-time soaking water level is matched with the standard soaking water level, the second control unit starts the soaking image detection unit; if the soaking image detection unit detects that the cutlery box is completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box soaking treatment is abnormal and feeds back the cutlery box soaking treatment to the main control module; if the soaking image detection unit detects that the cutlery box is not completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box soaking treatment is abnormal and feeds back the cutlery box soaking treatment to the main control module;
if the real-time soaking water level is not matched with the standard soaking water level, the second control unit starts the soaking water level adjusting unit; the second control unit starts the soaking image detection unit when the real-time soaking water level is adjusted to be matched with the standard soaking water level by the soaking water level adjustment unit; if the soaking image detection unit detects that the cutlery box is completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box soaking treatment is abnormal and feeds back the cutlery box soaking treatment to the main control module; and if the soaking image detection unit detects that the cutlery box is not completely immersed when the cutlery box is soaked, the second control unit judges that the cutlery box is soaked abnormally and feeds back the cutlery box to the main control module.
3. The cutlery box cleaning inspection feedback device of claim 2, wherein the cleaning inspection module comprises a third control unit, a water spray flow detection unit, a wiping frequency detection unit, a water spray flow adjustment unit, a wiping frequency adjustment unit;
the water spray flow detection unit is used for detecting the water spray flow of the cleaning cutlery box in real time and recording the water spray flow as the real-time water spray flow;
the wiping frequency detection unit is used for detecting the wiping frequency of the cleaning cutlery box in real time and recording the wiping frequency as the real-time wiping frequency;
the water spraying flow regulating unit is used for regulating the water spraying flow for cleaning the cutlery box in real time;
the wiping frequency adjusting unit is used for adjusting the wiping frequency of the cleaning cutlery box in real time;
the water spray flow detection unit, the wiping frequency detection unit, the water spray flow adjustment unit and the wiping frequency adjustment unit are all in a closed state;
when the second control unit judges that the soaking treatment of the lunch box is abnormal, the third control unit starts the water spraying flow detection unit;
the third control unit stores the standard water spraying flow and the standard wiping frequency for cleaning the cutlery box;
if the real-time water spray flow is matched with the standard water spray flow, the third control unit starts the wiping frequency detection unit; if the real-time wiping frequency is matched with the standard wiping frequency, the third control unit judges that the cleaning treatment of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
If the real-time water spray flow is not matched with the standard water spray flow, the third control unit starts a water spray flow adjusting unit, and when the water spray flow adjusting unit adjusts the real-time water spray flow to be matched with the standard water spray flow, the third control unit starts a wiping frequency detecting unit, and if the real-time wiping frequency is matched with the standard wiping frequency, the third control unit judges that the cleaning process of the lunch box is abnormal and feeds back the cleaning process to the main control module;
if the real-time water spray flow is not matched with the standard water spray flow, the third control unit starts a water spray flow adjusting unit, when the water spray flow adjusting unit adjusts the real-time water spray flow to be matched with the standard water spray flow, the third control unit starts a wiping frequency detecting unit, if the real-time wiping frequency is not matched with the standard wiping frequency, the third control unit starts a wiping frequency adjusting unit, and when the wiping frequency adjusting unit adjusts the real-time wiping frequency to be matched with the standard wiping frequency, the third control unit judges that the cleaning process of the cutlery box is abnormal and feeds back to the main control module.
4. A cutlery box cleaning inspection feedback device as claimed in claim 3, wherein the drying inspection module comprises a fourth control unit, a blowing flow detection unit, a heating temperature detection unit, a blowing flow adjustment unit, a heating temperature adjustment unit;
the blowing flow detection unit is used for detecting the blowing flow of the cleaning cutlery box in real time and recording the blowing flow as the real-time blowing flow;
the heating temperature detection unit is used for detecting the heating temperature of the cleaning cutlery box in real time and recording the heating temperature as the real-time heating temperature;
the blowing flow adjusting unit is used for adjusting the blowing flow of the cleaning cutlery box in real time;
the heating temperature adjusting unit is used for adjusting the heating temperature of the cleaning cutlery box in real time;
the air flow detection unit, the heating temperature detection unit, the air flow regulation unit and the heating temperature regulation unit are all in a closed state;
when the third control unit judges that the oven drying process of the cutlery box is abnormal, the fourth control unit starts the blowing flow detection unit;
the fourth control unit stores the standard blowing flow and the standard heating temperature for cleaning the cutlery box;
if the real-time blowing flow is matched with the standard blowing flow, the fourth control unit starts the heating temperature detection unit; if the real-time heating temperature is matched with the standard heating temperature, the fourth control unit judges that the oven drying process of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
If the real-time blowing flow is not matched with the standard blowing flow, the fourth control unit starts a blowing flow adjusting unit, and when the blowing flow adjusting unit adjusts the real-time blowing flow to be matched with the standard blowing flow, the fourth control unit starts a heating temperature detecting unit, and if the real-time heating temperature is matched with the standard heating temperature, the fourth control unit judges that the oven drying process is abnormal and feeds back the abnormal oven drying process to the main control module;
if the real-time blowing flow is not matched with the standard blowing flow, the fourth control unit starts a blowing flow adjusting unit, when the blowing flow adjusting unit adjusts the real-time blowing flow to be matched with the standard blowing flow, the fourth control unit starts a heating temperature detecting unit, if the real-time heating temperature is not matched with the standard heating temperature, the fourth control unit starts a heating temperature adjusting unit, and when the heating temperature adjusting unit adjusts the real-time heating temperature to be matched with the standard heating temperature, the fourth control unit judges that the oven drying treatment is abnormal and feeds back to the main control module.
5. The cutlery box cleaning inspection feedback device of claim 4, wherein the sterilization inspection module comprises a fifth control unit, an infrared coverage detection unit, a sterilization high temperature detection unit, an infrared coverage adjustment unit, a sterilization high temperature adjustment unit;
the infrared coverage detection unit is used for detecting the infrared coverage of the cleaning cutlery box in real time and is marked as real-time infrared coverage;
the disinfection high temperature detection unit is used for detecting the disinfection high temperature of the cleaning cutlery box in real time and recording the disinfection high temperature as the real-time disinfection high temperature;
the infrared coverage adjusting unit is used for adjusting the infrared coverage of the cleaning cutlery box in real time;
the disinfection high temperature adjusting unit is used for adjusting the disinfection high temperature of the cleaning cutlery box in real time;
the infrared coverage detection unit, the disinfection high-temperature detection unit, the infrared coverage adjustment unit and the disinfection high-temperature adjustment unit are all in a closed state;
when the fourth control unit judges that the sterilizing treatment of the lunch box is abnormal, the fifth control unit starts the infrared coverage detection unit;
the fifth control unit stores standard infrared coverage and standard disinfection high temperature for cleaning the cutlery box;
if the real-time infrared coverage is matched with the standard infrared coverage, the fifth control unit starts the disinfection high-temperature detection unit; if the real-time sterilization high temperature and the standard sterilization high Wen Pipei are the same, the fifth control unit judges that the sterilization treatment of the cutlery box is abnormal and feeds back the cutlery box to the main control module;
If the real-time infrared coverage is not matched with the standard infrared coverage, the fifth control unit starts an infrared coverage adjusting unit, and when the infrared coverage adjusting unit adjusts the real-time infrared coverage to be matched with the standard infrared coverage, the fifth control unit starts a disinfection high temperature detecting unit, and if the real-time disinfection high temperature is Wen Pipei higher than the standard disinfection high temperature, the fifth control unit judges that the dinner box disinfection treatment is abnormal and feeds back to the main control module;
if the real-time infrared coverage is not matched with the standard infrared coverage, the fifth control unit starts an infrared coverage adjusting unit, when the infrared coverage adjusting unit adjusts the real-time infrared coverage to be matched with the standard infrared coverage, the fifth control unit starts a disinfection high temperature detecting unit, if the real-time disinfection high temperature is not matched with the standard disinfection high temperature, the fifth control unit starts a disinfection high temperature adjusting unit, and when the disinfection high temperature adjusting unit adjusts the real-time disinfection high temperature to be matched with the standard disinfection high Wen Pi, the fifth control unit judges that the disinfection treatment of the cutlery box is abnormal and feeds back the disinfection high temperature to the main control module.
6. A cutlery box cleaning inspection feedback system, characterized by comprising the cutlery box cleaning inspection feedback device according to any of claims 1-5, further comprising a wireless communication module and a remote intelligent terminal, wherein the main control module is connected with the remote intelligent terminal through the wireless communication module.
7. A cutlery box cleaning inspection feedback method, characterized in that the cutlery box cleaning inspection feedback is performed by using the cutlery box cleaning inspection feedback device according to any one of claims 1-5.
8. A storage medium having a computer program stored thereon, the computer program when executed performing a cutlery box cleaning verification feedback method as claimed in claim 7.
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