CN116383941A - Method, system, terminal and storage medium for examining drawings of underground garage - Google Patents
Method, system, terminal and storage medium for examining drawings of underground garage Download PDFInfo
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Abstract
The application relates to a method, a system, a terminal and a storage medium for inspecting drawings of an underground garage, wherein the method comprises the following steps: acquiring drawing information of a garage to be built, wherein the drawing information comprises the number of elevators to be built, the positions of the elevators to be built, the number of subareas to be built and the positions of subareas to be built; judging whether the number of the elevators to be built exceeds the number of the subareas to be built or not; if the number of the elevators to be built exceeds the number of the subareas to be built, acquiring a drawing elevator car position table based on drawing information; acquiring a preset elevator parking space comparison table, wherein the elevator parking space comparison table comprises the existence quantity of elevators and the parking space requirement quantity corresponding to the existence quantity of the elevators; judging whether the number of the drawing elevators is matched with the corresponding number of the to-be-built parking spaces or not based on the drawing elevator parking space table and the elevator parking space comparison table; if the first vehicle position adjustment prompt information is not matched with the first vehicle position adjustment prompt information, the first vehicle position adjustment prompt information is acquired. The method has the advantages that the relevance of the underground garage and the building in the community can be improved, and the convenience of the use of the underground garage is improved.
Description
Technical Field
The application relates to the technical field of intelligent examination, in particular to an examination method, system, terminal and storage medium of an underground garage drawing.
Background
With the increasing number of private vehicles, more and more communities increase the garage in the construction process, and in order to save ground space, the vehicles can be better protected, and the underground garage is becoming more and more popular.
In order to meet different design needs, before the underground garage is built, the design drawings are audited, so that the design of the garage is guaranteed to meet the current actual needs as much as possible, but in the current process of auditing the drawings of the garage, only the size data of the design drawings and the number of garage parking spaces are audited, and the relevance between the underground garage and the building in a community is weak, so that the convenience of using underground vehicles cannot be guaranteed better.
Disclosure of Invention
In order to improve the relevance of an underground garage and a building in a community and improve the use convenience of the underground garage, the application provides a method, a system, a terminal and a storage medium for examining drawings of the underground garage.
In a first aspect, the application provides a method for inspecting drawings of an underground garage, which adopts the following technical scheme:
a method for inspecting drawings of underground garages comprises the following steps:
acquiring drawing information of a garage to be built, wherein the drawing information comprises the number of elevators to be built, the positions of the elevators to be built, the number of subareas to be built and the positions of subareas to be built;
Judging whether the number of the elevators to be built exceeds the number of the subareas to be built or not;
if the number of the elevators to be built exceeds the number of the subareas to be built, acquiring a drawing elevator parking space table based on the drawing information, wherein the drawing elevator parking space table comprises the position of the subareas to be built of the garage to be built, the number of the carport to be built corresponding to the position of the subareas to be built and the number of the drawing elevators corresponding to the position of the subareas to be built;
acquiring a preset elevator parking space comparison table, wherein the elevator parking space comparison table comprises the number of elevators and the parking space requirement number corresponding to the number of elevators;
judging whether the number of the drawing elevators is matched with the corresponding number of the to-be-built parking spaces or not based on the drawing elevator parking space table and the elevator parking space comparison table;
if the first vehicle position adjustment prompt information is not matched with the first vehicle position adjustment prompt information, the first vehicle position adjustment prompt information is acquired.
By adopting the technical scheme, whether the number of the elevators to be built exceeds the number of the subareas to be built or not is determined according to the drawing information, and whether the number of the elevators to be built is more or not can be determined. If the number of the elevators to be built exceeds the number of the subareas to be built, judging whether the number of the elevators to be built is matched with the number of the carport to be built or not according to a drawing elevator car position table and an elevator car position comparison table, if not, acquiring first car position adjustment prompt information to prompt related staff, and modifying the drawing of the garage to be built. Therefore, whether the garage drawings meet the requirements or not can be determined according to the number of elevators and the number of parking spaces, and the relevance of the underground garage and the building in the district can be improved, so that the elevators can be better connected with the parking spaces, and the convenience of using the underground garage is improved.
Preferably, if the number of elevators to be built exceeds the number of zones to be built, the method further includes:
acquiring the number of the parking spaces to be built corresponding to the positions of the subareas to be built;
sorting the positions of the partitions to be built according to a preset sorting rule based on the number of the parking spaces to be built, and obtaining sorting partitions;
acquiring the number of the drawing elevators corresponding to the position of the subarea to be built;
sorting the number of the drawing elevators based on the sorting partition, and obtaining the number of the sorting elevators;
judging whether the number of the sequencing elevators is matched with a preset elevator sequencing rule or not;
if the two pieces of the vehicle position adjustment prompt information are not matched, the second vehicle position adjustment prompt information is acquired.
By adopting the technical scheme, the positions of the subareas to be built are ordered according to the ordering rules to obtain the ordering subareas, the number of the elevators is ordered according to the ordering subareas to obtain the number of the ordered elevators, and finally, whether the number of the ordered elevators is matched with the preset elevator ordering rules or not is judged, so that whether the division of the elevators and the subareas to be built is reasonable or not can be determined, if the division is not matched, the judgment is unreasonable, the second vehicle position adjustment prompt information is obtained, and therefore, related staff are prompted to modify the drawing.
Preferably, the method further comprises:
if the number of the elevators to be built does not exceed the number of the subareas to be built, acquiring the positions of the subareas to be built, which exist the elevators to be built, as first drawing positions to be built;
judging whether a preset warning device exists at the position to be built of the first drawing;
if yes, acquiring the position of the to-be-built area where the elevator to be built does not exist, and taking the position as a second drawing to-be-built position;
and acquiring drawing modification prompt information to move the warning equipment to the second drawing position to be built.
By adopting the technical scheme, when the number of the elevators to be built does not exceed the number of the subareas to be built, whether warning equipment exists at the position to be built of the first drawing is determined, and if so, drawing modification prompt information reminding is obtained.
Preferably, before the drawing modification prompt information is obtained to move the warning device to the second drawing waiting position, the method further includes:
judging whether the warning equipment exists at the position to be built of the second drawing;
if not, executing the step of acquiring the drawing modification prompt information to move the warning equipment to the second drawing position to be built;
if yes, acquiring the equipment type of the warning equipment at the position to be built of the first drawing as a first type;
Acquiring the equipment type of the warning equipment at the position to be built of the second drawing as a second type;
judging whether the first type and the second type are matched;
if the drawing modification prompt information is not matched with the drawing modification prompt information, acquiring the drawing modification prompt information;
and if so, executing the step of acquiring the drawing modification prompt information to move the warning equipment to the second drawing to-be-built position.
By adopting the technical scheme, before the warning equipment is moved to the position to be built of the second drawing, whether the warning equipment exists at the position to be built of the second drawing is determined, if so, whether the first type and the second type are matched is judged, if not, the potential safety hazard is proved to exist, so that the graphic repair prompt information is not acquired at the moment, otherwise, the graphic repair prompt information is continuously acquired, and the safety of drawing design can be improved.
Preferably, after the drawing modification prompt information is acquired to move the warning device to the second drawing waiting position, the method further includes:
acquiring a garage outlet position based on the drawing information;
judging whether the garage outlet position is directly communicated with the second drawing position to be built or not;
if not, acquiring the outlet adjustment prompt information;
And based on the outlet adjustment prompt information, adjusting the drawing information to enable the outlet position of the garage to be directly communicated with the position to be built of the second drawing.
Through adopting above-mentioned technical scheme, judge whether the garage exit position and second drawing wait to build the position and communicate, and then confirm whether the exit position needs the adjustment, if do not communicate, acquire export adjustment prompt message, and then make garage exit position and second drawing wait to build the position and directly communicate, when warning equipment appearance accident, conveniently directly get into from the export and in time maintain.
Preferably, after the drawing information is acquired, the method further includes:
acquiring the number of the current parking spaces and the garage area information of the garage to be built based on the drawing information;
acquiring angle parking place information corresponding to different parking place angles based on the garage area information and a preset garage generation rule, wherein the angle parking place information comprises the number of angle parking places and the positions of the angle parking places;
acquiring the upright post position based on the drawing information;
acquiring the position of the angle parking space corresponding to the upright post position as a superposition position;
acquiring the number of the parking spaces corresponding to the overlapping positions as the overlapping number;
Acquiring the number of the remaining parking spaces based on the number of the angle parking spaces and the superposition number;
judging whether the current parking space number is larger than or equal to the residual parking space number;
if not, acquiring third parking space adjustment prompt information.
Through adopting above-mentioned technical scheme, according to garage area information and garage formation rule acquire the angle parking stall information that different parking stall angles correspond to acquire surplus parking stall quantity according to angle parking stall information, then judge whether current parking stall quantity is greater than or equal to surplus parking stall quantity, thereby can confirm whether the parking stall quantity that current garage set up is the maximum value, and then confirm whether acquire third parking stall adjustment prompt message, and then can further improve the accuracy that the drawing set up.
Preferably, after the garage area information of the garage to be built is obtained, the method further includes:
acquiring the actual demarcation area of the garage to be built;
judging whether the garage area information is matched with the actual demarcation area or not;
if the drawing audit error prompt information is not matched, drawing audit error prompt information is generated.
By adopting the technical scheme, whether the garage area information is matched with the actual demarcation area is judged, if not, drawing auditing error prompt information is generated, whether the current auditing drawing is wrong can be determined, and further the judging accuracy can be improved.
In a second aspect, the application provides an inspection system for drawings of an underground garage, which adopts the following technical scheme:
an inspection system for an underground garage drawing, comprising:
the drawing information acquisition module is used for acquiring drawing information of the garage to be built, wherein the drawing information comprises the number of elevators to be built, the positions of the elevators to be built, the number of subareas to be built and the positions of the subareas to be built;
the first quantity judging module is used for judging whether the quantity of the elevators to be built exceeds the quantity of the subareas to be built or not;
the parking space table acquisition module is used for acquiring a drawing elevator parking space table based on the drawing information if the number of the elevators to be built exceeds the number of the subareas to be built, wherein the drawing elevator parking space table comprises the position of the subareas to be built of the garage to be built, the number of the parking spaces to be built corresponding to the position of the subareas to be built and the number of drawing elevators corresponding to the positions of the subareas to be built;
the system comprises a comparison table acquisition module, a comparison table acquisition module and a control module, wherein the comparison table acquisition module is used for acquiring a preset elevator parking space comparison table, and the elevator parking space comparison table comprises the existence quantity of elevators and the parking space requirement quantity corresponding to the existence quantity of the elevators;
the second number judging module is used for judging whether the number of the drawing elevators is matched with the corresponding number of the to-be-built parking spaces or not based on the drawing elevator parking space table and the elevator parking space comparison table;
And the prompt information acquisition module is used for acquiring first vehicle position adjustment prompt information if the number of the drawing elevators is not matched with the corresponding number of the vehicle positions to be built.
By adopting the technical scheme, according to information transmission among the modules, whether the number of the elevators to be built exceeds the number of the areas to be built or not is determined according to drawing information, and whether the number of the elevators to be built is more or not can be determined. If the number of the elevators to be built exceeds the number of the subareas to be built, judging whether the number of the elevators to be built is matched with the number of the carport to be built or not according to a drawing elevator car position table and an elevator car position comparison table, if not, acquiring first car position adjustment prompt information to prompt related staff, and modifying the drawing of the garage to be built. Therefore, whether the garage drawings meet the requirements or not can be determined according to the number of elevators and the number of parking spaces, and the relevance of the underground garage and the building in the district can be improved, so that the elevators can be better connected with the parking spaces, and the convenience of using the underground garage is improved.
In a third aspect, the present application provides an intelligent terminal, which adopts the following technical scheme:
an intelligent terminal, comprising:
a memory for storing a computer program capable of running on the processor;
The processor, when running the computer program, is capable of performing the steps of any of the methods described above.
By adopting the technical scheme, the memory can store information, the processor can call the information and send out control instructions, the ordered execution of the program is ensured, and the effect of the scheme is realized.
In a fourth aspect, the present application provides a computer readable storage medium, which adopts the following technical scheme:
a computer readable storage medium storing a computer program capable of being loaded by a processor and executing any one of the methods described above.
By adopting the technical scheme, after the computer readable storage medium is loaded into any computer, any computer can execute the method for checking the underground garage drawings.
In summary, the present application includes at least one of the following beneficial technical effects:
1. judging whether the number of the drawing elevators is matched with the number of the parking spaces to be built according to the drawing elevator parking space table and the elevator parking space comparison table, if not, acquiring first parking space adjustment prompt information to prompt related staff, and modifying the drawing of the garage to be built. Therefore, whether the garage drawings meet the requirements or not can be determined according to the number of the elevators and the number of the parking spaces, and the relevance between the underground garage and the building in the district can be improved, so that the elevators can be better connected with the parking spaces, and the convenience in use of the underground garage is improved;
2. Before the warning device is moved to the second drawing position to be built, determining whether the warning device exists at the second drawing position to be built, judging whether the first type and the second type are matched if the warning device exists, if the warning device does not match with the first type, proving that potential safety hazards possibly exist, so that the graphic repair prompt information is not acquired at the moment, otherwise, continuing to acquire the graphic repair prompt information, and accordingly safety of drawing design can be improved.
Drawings
Fig. 1 is a schematic flow chart of an inspection method of a drawing of an underground garage according to an embodiment of the present application;
FIG. 2 is a flow chart of steps S11 to S16 in one embodiment of the present application;
FIG. 3 is a schematic flow chart of steps S21 to S24 in one embodiment of the present application;
FIG. 4 is a flow chart of steps S31 to S37 in one embodiment of the present application;
FIG. 5 is a flow chart of steps S41 to S44 in one embodiment of the present application;
FIG. 6 is a flow chart of steps S51 to S58 in one embodiment of the present application;
FIG. 7 is a schematic flow chart of steps S61 to S63 in one embodiment of the present application;
fig. 8 is a block diagram of a system for inspecting drawings of an underground garage according to an embodiment of the present application.
Reference numerals illustrate:
1. The drawing information acquisition module; 2. a first number judgment module; 3. the vehicle position table acquisition module; 4. a comparison table acquisition module; 5. a second number judgment module; 6. and a prompt information acquisition module.
Detailed Description
The present application is described in further detail below in conjunction with figures 1 to 8.
The embodiment of the application discloses a method for inspecting drawings of underground garages.
Referring to fig. 1, the method for inspecting the drawings of the underground garage includes:
s1, drawing information of a garage to be built is obtained;
the drawing information comprises the number of elevators to be built, the positions of the elevators to be built, the number of subareas to be built and the positions of the subareas to be built in the garage to be built, and the acquisition mode can be transmitted to the inspection system from terminal equipment of a designer of the drawing in a wired or wireless data transmission mode.
S2, judging whether the number of the elevators to be built exceeds the number of the subareas to be built;
by judging whether the number of the elevators to be built exceeds the number of the subareas to be built, whether a plurality of elevators to be built need to be arranged in part of the subareas to be built can be determined.
S3, if the number of the elevators to be built exceeds the number of the subareas to be built, acquiring a drawing elevator position table based on drawing information;
if the number of the elevators to be built does not exceed the number of the areas to be built, no other operation is needed. And if the number of the elevators to be built exceeds the number of the subareas to be built, the fact that a plurality of elevators to be built need to be arranged in part or all of the subareas to be built at the moment is proved, so that a drawing elevator position table is acquired according to drawing information at the moment.
The drawing information comprises a drawing elevator parking space table, wherein the drawing elevator parking space table comprises a to-be-built partition position of a to-be-built garage, the number of to-be-built parking spaces corresponding to the to-be-built partition position and the number of drawing elevators corresponding to the to-be-built partition position.
S4, acquiring a preset elevator parking space comparison table;
the elevator parking space table comparison table comprises the number of elevators and the parking space requirement number corresponding to the number of elevators. For example, in the same parking space area, 1 elevator corresponds to 15 to 20 parking spaces, 2 elevators corresponds to 21 to 30 parking spaces, 3 elevators corresponds to 31 to 45 parking spaces, and the like.
S5, judging whether the number of the drawing elevators is matched with the corresponding number of the to-be-built parking spaces or not based on the drawing elevator parking space table and the elevator parking space comparison table;
the number of the parking spaces is matched with the number of the parking spaces to be built, and the number of the parking spaces to be built is obtained, for example, the number of the parking spaces to be built in one parking space area is 25, the number of the matched parking spaces is 21 to 30 corresponding numbers, so that the corresponding number of the elevators can be matched, and the number of the elevators is 2 along the above example.
And then comparing the existing number of the elevators with the number of the drawing elevators of the corresponding garage subareas, judging whether the existing number of the elevators is the same as the number of the drawing elevators of the corresponding garage subareas, if so, proving that the number of the drawing elevators is matched with the number of the to-be-built parking spaces, and if not, proving that the number of the drawing elevators is not matched with the number of the to-be-built parking spaces.
S6, if the vehicle position adjustment prompt information is not matched with the vehicle position adjustment prompt information, acquiring first vehicle position adjustment prompt information;
if the number of the drawing elevators is matched with the corresponding number of the parking spaces to be built, namely the number of the drawing elevators in the same area to be built is matched with the number of the parking spaces to be built, the division ratio of the number of the elevators to the number of the parking spaces to be built is proved to be uniform, and at the moment, residents entering the underground parking garage from the elevators can conveniently go to the parking spaces, the probability of the occurrence of the situation that the residents need to travel a longer distance to the parking spaces due to uneven division of the positions and the number of the elevators can be reduced as much as possible.
If the number of the drawing elevators is not matched with the corresponding number of the to-be-built parking spaces, the fact that the dividing arrangement positions between the parking spaces and the elevators are not in accordance with the requirements is also proved, at the moment, first vehicle position adjustment prompt information is acquired, the first vehicle position adjustment prompt information comprises to-be-built partition positions in which the number of the drawing elevators is not matched with the corresponding number of the to-be-built parking spaces, the to-be-built partition positions can be sent to terminal equipment of a designer to display, and the relevant designer is prompted to modify the drawing scheme.
Therefore, through the mode, whether the garage drawing meets the requirements or not can be determined according to the number of elevators and the number of parking spaces, and then the relevance of the underground garage and the building in the district can be improved, so that the elevators can be better connected with the parking spaces, and the convenience of using the underground garage is improved.
Referring to fig. 2, in order to improve the diversity of drawing examination, in another embodiment, if the number of elevators to be built exceeds the number of zones to be built, the method further includes:
s11, acquiring the number of parking spaces to be built corresponding to the positions of the subareas to be built;
the drawing information comprises the number of the to-be-built parking spaces corresponding to the positions of each to-be-built partition, and the number of the to-be-built parking spaces can be obtained by obtaining the drawing information.
S12, sorting the positions of the partitions to be built according to a preset sorting rule based on the number of the parking spaces to be built, and obtaining sorting partitions;
the preset ordering rule can be a rule that the number of the parking spaces is from small to large, and if the same number exists, the areas with the same number of the parking spaces can be randomly ordered. Of course, in other embodiments, the parking spaces may be ordered according to a sequence of the number of parking spaces from large to small, or other rules may be used.
The number of the parking spaces to be built is arranged according to the order from small to large, so that the sequencing subareas can be obtained.
S13, acquiring the number of drawing elevators corresponding to the partition position to be built;
after drawing information is acquired, the number of drawing elevators corresponding to each partition position to be built can be acquired, and of course, corresponding marks, such as labels or different colors, are preset for each partition position to be built, so that different partition positions to be built can be distinguished.
S14, sorting the number of the drawing elevators based on the sorting partition, and obtaining the number of the sorting elevators;
each drawing elevator number corresponds to a position of a partition to be built, and the drawing elevators are ordered based on the ordering partition, namely the partitions to be built are ordered according to the ordering partition, so that the drawing elevators are ordered, and the ordering elevator number is obtained.
At this time, the arrangement sequence of the subareas to be built corresponding to the number of the sequencing elevators is the same as that of the sequencing subareas.
S15, judging whether the number of the ordered elevators is matched with a preset elevator ordering rule;
at this time, judging whether the number of the sorting elevators is matched with a preset elevator sorting rule, namely judging whether the number of the sorting elevators is sorted in the order from small to large, and when the number of the elevators with the same size exists, the number of the sorting elevators is the same as the number of the drawing elevators in the corresponding sorting partition.
The preset elevator sequencing rule can be the same as the preset sequencing rule, and of course, different sequencing rules can be set according to actual requirements.
S16, if the vehicle position adjustment prompt information is not matched with the vehicle position adjustment prompt information, acquiring second vehicle position adjustment prompt information;
if the number of the ordered elevators is matched with a preset elevator ordering rule, the garage drawing at the moment is proved to have no problem in the design of the number of the elevators and the number of the parking spaces, and modification is not needed. And if the number of the ordered elevators is not matched with the preset elevator ordering rule, acquiring second vehicle position adjustment prompt information, wherein the second vehicle position adjustment prompt information comprises the positions of the to-be-built areas, of which the number of the ordered elevators is not matched with the preset elevator ordering rule.
When the second vehicle position adjustment prompt information is acquired, the second vehicle position adjustment prompt information is sent to terminal equipment of a corresponding drawing designer, so that the drawing designer is reminded of timely modifying the garage drawing, and the drawing design is guaranteed to meet the requirements as much as possible. And by the mode, whether the design of the drawing of the underground garage meets the requirement or not can be determined by different modes, and the diversity of drawing examination can be improved.
Referring to fig. 3, in order to improve the safety of the drawing design, in another embodiment, if the number of elevators to be built does not exceed the number of partitions to be built, the method further includes:
s21, acquiring a position of a to-be-built area with an elevator to be built as a position to be built of a first drawing;
if the number of the elevators to be built does not exceed the number of the subareas to be built, namely when the number of the elevators to be built is smaller than the number of the subareas to be built, the subareas to be built without elevators are necessarily present at the moment, so that the position of the subareas to be built with the elevators to be built is obtained at the moment and used as the position to be built of a first drawing, namely the drawing information comprises the position of the subareas to be built and whether the elevators to be built exist in the positions of the subareas to be built.
S22, judging whether a preset warning device exists at a position to be built of the first drawing;
the drawing information comprises the position of a partition to be built and whether warning equipment exists in the partition to be built, wherein the warning equipment is dangerous equipment which is not needed to be accessed by professionals, such as high-risk equipment including a high-voltage electric switch cabinet, a large-scale exhaust fan, a high-pressure water delivery pump and the like.
Judging whether a preset warning device exists at the position to be built of the first drawing, namely judging whether a resident approaches the warning device when passing through stairs.
S23, if so, acquiring the position of the to-be-built area where the elevator to be built does not exist, and taking the position as the position to be built of the second drawing;
if the elevator is not present, the resident is proved to not pass through the warning equipment when entering the underground garage through the elevator, and the safety coefficient is higher. If the warning equipment exists, the fact that the high probability that the resident enters the underground garage through the elevator is close to the high-risk equipment is proved, and at the moment, in order to improve the travel safety of the resident, the position of the area to be built, which does not exist the elevator to be built, is obtained at the moment and used as the position to be built of the second drawing, and the obtaining mode is the same as that of the position to be built of the first drawing.
S24, acquiring drawing modification prompt information to move the warning equipment to a second drawing position to be built;
the drawing modification prompt information comprises modification suggestion information, for example, the warning device is moved to a second drawing position to be built. Therefore, after the drawing modification prompt information is obtained, the drawing modification prompt information is sent to terminal equipment of a designer to prompt the designer, and the designer can conveniently modify according to the prompt suggestion.
Therefore, the warning equipment is moved to the position to be built on the second drawing, the probability that a user entering the underground garage through the elevator approaches the warning equipment can be reduced, the probability that a resident is dangerous is further reduced, and the safety of the designed garage can be improved as much as possible.
Referring to fig. 4, in order to further improve the security of the drawing design for garage application, in another embodiment, before obtaining the drawing modification prompt information to move the warning device to the second drawing waiting position, the method further includes:
s31, judging whether warning equipment exists at the position to be built of the second drawing;
the judging mode is the same as the judging mode of judging whether the warning equipment exists at the first drawing position to be built or not, and whether the warning equipment at the first drawing position to be built can be moved to the second drawing area to be built or not can be determined by determining whether the warning equipment exists at the second drawing position to be built or not.
S32, if the drawing modification prompt information does not exist, executing the step of acquiring the drawing modification prompt information to move the warning equipment to the position to be built of the second drawing;
if the warning device does not exist at the position to be built of the second drawing, the warning device can be directly moved at the moment, so that the step of obtaining the drawing modification prompt information to move the warning device to the position to be built of the second drawing is continuously executed at the moment.
S33, if the first drawing exists, acquiring the equipment type of the warning equipment at the position to be built of the first drawing, and taking the equipment type as a first type;
the drawing information comprises the position of the partition to be built corresponding to the warning equipment. If the warning device exists at the position to be built of the second drawing, in order to further determine whether the warning device can move, the device type of the warning device at the position to be built of the first drawing is obtained and used as the first type, for example: the type of the high-voltage switch cabinet is high-voltage electricity, the purpose of the high-voltage water pump is electric conduction, and the large exhaust fan is neutral.
Of course, the device classification table is pre-stored in the system, and comprises the device names and the types corresponding to the device names, and after the names of the warning devices in the drawing information are acquired, the corresponding types can be matched, so that the device types are determined.
S34, acquiring the equipment type of the warning equipment at the position to be built of the second drawing, and taking the equipment type as a second type;
the second type of acquisition is the same as the first type of acquisition.
S35, judging whether the first type is matched with the second type;
it is also determined whether the first type and the second type would collide, for example if the first type is a high voltage class and the second type is a conductive class, where there is a greater risk that both are placed in the same area, so that they do not match. Whereas if the first type is a high voltage class, the second type is a neutral class, proving that the two match at this time.
S36, if the drawing modification prompt information is not matched, drawing modification prompt information is not acquired;
if the first type is not matched with the second type, the warning equipment at the position where the first drawing is to be built cannot be moved to the position where the second drawing is to be built, so that drawing modification prompt information does not need to be acquired at the moment.
S37, if the drawing modification prompt information is matched, executing a step of acquiring the drawing modification prompt information to move the warning equipment to a second drawing to-be-built position;
if the first type is matched with the second type, the warning device at the position to be built of the first drawing can be moved to the position to be built of the second drawing, so that the step of acquiring the drawing modification prompt information to move the warning device to the position to be built of the second drawing is continuously executed at the moment. Therefore, whether the warning equipment is moved or not is selected according to actual conditions, and the possibility of occurrence of larger dangerous conditions is avoided as much as possible.
Referring to fig. 5, in order to facilitate rescue of a vehicle by a vehicle to timely rescue a warning device having an accident, the vehicle timely principle warning device of the underground garage in the same manner, in another embodiment, after acquiring the drawing modification prompt information to move the warning device to a second drawing to-be-built position, the method further includes:
S41, acquiring a garage outlet position based on drawing information;
the position corresponding to the area marked as the garage outlet in the current drawing information is obtained, namely the position of the garage outlet, and the drawing information also comprises the position of the garage outlet, so that the position of the garage outlet can be directly read and obtained after the drawing information is obtained.
S42, judging whether the position of the garage outlet is directly communicated with the position to be built of the second drawing;
the method comprises the steps of judging whether a position where the position of the garage outlet coincides with the position to be built of the second drawing exists or not, setting coordinates for the drawing of the garage, determining whether a coordinate of the position of the garage outlet coincides with a coordinate overlapping area of the position to be built of the second drawing or not, and if the position of the garage outlet coincides with the position to be built of the second drawing, proving communication exists, otherwise, not communicating.
Of course, the corresponding text information can be set in the drawing information, whether the garage outlet position is directly communicated with the second drawing position or not can be determined through the text information, for example, if the text information is identified to include that the garage outlet position is directly communicated with the second drawing position, the direct communication is proved, and if the garage outlet position is not communicated with the second drawing position, the direct communication is proved.
S43, if not, acquiring outlet adjustment prompt information;
if the garage outlet position is directly communicated with the second drawing position to be built, drawing adjustment is not needed, and if the garage outlet position is not directly communicated with the second drawing position to be built, outlet adjustment prompt information is acquired at the moment and comprises descriptive text information that the garage outlet position is not directly communicated with the second drawing position to be built.
S44, adjusting drawing information based on the outlet adjustment prompt information to enable the outlet position of the garage to be directly communicated with the position to be built of the second drawing;
and finally, sending the exit adjustment prompt information to terminal equipment of a designer, so that the designer is prompted to adjust drawing information to enable the exit position of the garage to be directly communicated with the position to be built of the second drawing, the underground garage can conveniently move the rescue vehicle to the position to be built of the second drawing in time in the actual building process, excessive route detours are not needed, and meanwhile, the vehicle at the position to be built of the second drawing can conveniently move away from the underground garage in time, so that unnecessary loss can be reduced.
Referring to fig. 6, in order to further determine whether the design of the drawing meets the requirement of the parking space, in another embodiment, after obtaining the drawing information, the method further includes:
S51, acquiring the number of the current parking spaces and the garage area information of a garage to be built based on drawing information;
the drawing information comprises the number of parking spaces designed by the drawing of the underground garage, namely the number of current parking spaces, and also comprises garage area information of the garage to be built, including data information such as the length, the width and the area of the garage.
S52, acquiring angle parking space information corresponding to different parking space angles based on the garage area information and a preset garage generation rule;
namely, according to the current length and width of the garage, generating angle parking space information corresponding to different parking space angles according to a preset garage generation rule, wherein the angle parking space information comprises the number of angle parking spaces and the positions of the angle parking spaces.
The preset garage generation rules can be set according to actual requirements, for example, the distance between the parking spaces, the length and the width of each parking space, the width of a road, the angle of the parking space and the like are preset, and a plurality of different garage construction schemes can be obtained according to different parameters through preset parameters.
S53, acquiring the upright post position based on drawing information;
after different garage construction schemes are generated, the number and positions of parking spaces in the scheme which do not pass through can be obtained, then the positions of the upright posts are obtained according to drawing information, and the positions of the upright posts are preset data in the drawing information and are non-adjustable data.
S54, acquiring an angle parking space position corresponding to the upright post position as a superposition position;
the position of the upright post is compared with the position of the angle parking space, whether a coordinate point which is coincident with the position of the angle parking space exists or not can be judged in a coordinate mode, and if the coordinate point exists, the position of the angle parking space which corresponds to the corresponding coordinate point is obtained and is used as the coincident position.
S55, acquiring the number of parking spaces corresponding to the overlapping positions as the overlapping number;
s56, acquiring the number of remaining parking spaces based on the number of angle parking spaces and the superposition number;
and recording the number of the parking spaces corresponding to the overlapping positions as the overlapping number, and subtracting the overlapping number from the number of the angle parking spaces to obtain the number of the remaining parking spaces.
S57, judging whether the number of the current parking spaces is larger than or equal to the number of the remaining parking spaces;
judging whether the number of the current parking spaces is larger than or equal to the number of the residual parking spaces, namely judging whether the design of the drawing can be the maximum utilization of the area of the underground garage.
S58, if not, acquiring third parking space adjustment prompt information.
Whether current parking stall quantity is greater than or equal to surplus parking stall quantity, the design of proof current drawing can be with the better utilization of garage, so need not adjust whole scheme this moment. And if the number of the current parking spaces is smaller than the number of the remaining parking spaces, the design scheme of the garage drawing cannot be used for the maximum area at the moment, so that the third parking space adjustment prompt information is acquired at the moment.
The third parking space adjustment prompt information comprises an adjustment scheme corresponding to the number of the remaining parking spaces larger than the current parking space, and can be sent to terminal equipment of a scheme designer to prompt the designer to adjust drawings.
Of course, in another embodiment, after the third parking space adjustment prompt information is obtained, whether the scheme included in the third parking space adjustment prompt information can meet the design requirement on the exit position can be further judged, and if not, whether to adjust the drawing can be selected according to a preset selection rule.
The selection rule can be set to be a priority exit position, can also be set to be a priority parking space number, and can be set according to actual selection. Therefore, through the mode, the area of the parking lot can be better utilized, and the accuracy of drawing examination can be improved.
Referring to fig. 7, in order to enable a preliminary audit of the audit drawing, in another embodiment, after obtaining the garage area information of the garage to be built, the method further includes:
s61, acquiring an actual demarcation area of a garage to be built;
s62, judging whether the garage area information is matched with the actual demarcation area or not;
S63, if the drawing audit error prompt information is not matched, drawing audit error prompt information is generated.
Specifically, the actual demarcation area of the garage to be built is obtained, the actual demarcation area is data which is recorded into the system in advance, and then whether the garage area information is matched with the actual demarcation area or not is judged, namely whether the garage area in the garage area information is matched with the actual demarcation area or not is judged.
If the garage area is smaller than or equal to the actual demarcation area, the matching is proved, and if the garage area is larger than the actual demarcation area, the design of the drawing is proved to exceed the actual area, so that the drawing is not matched.
If the information is matched with the actual demarcation area, the subsequent examination step can be continued, if the information is not matched with the actual demarcation area, drawing examination error prompt information is directly generated, corresponding designers are prompted to modify the drawing, the subsequent examination step is not needed, and the subsequent examination can be continued after the garage area information is matched with the actual demarcation area.
Therefore, by adopting the mode, unnecessary examination steps can be reduced, the waste of resources can be reduced, and the examination efficiency of drawings can be improved.
The implementation principle of the examination method of the underground garage drawing in the embodiment of the application is as follows: and determining whether the number of the elevators to be built exceeds the number of the subareas to be built according to the drawing information, and determining whether the number of the elevators to be built is more. If the number of the elevators to be built exceeds the number of the subareas to be built, judging whether the number of the elevators to be built is matched with the number of the carport to be built or not according to a drawing elevator car position table and an elevator car position comparison table, if not, acquiring first car position adjustment prompt information to prompt related staff, and modifying the drawing of the garage to be built. Therefore, whether the garage drawings meet the requirements or not can be determined according to the number of elevators and the number of parking spaces, and the relevance of the underground garage and the building in the district can be improved, so that the elevators can be better connected with the parking spaces, and the convenience of using the underground garage is improved.
The embodiment of the application also discloses a system for inspecting the drawings of the underground garage, which can achieve the same technical effects as the method for inspecting the drawings of the underground garage.
Referring to fig. 8, the system for auditing drawings of an underground garage includes:
the drawing information acquisition module 1 is used for acquiring drawing information of the garage to be built, wherein the drawing information comprises the number of elevators to be built, the positions of the elevators to be built, the number of subareas to be built and the positions of the subareas to be built;
the first number judging module 2 is used for judging whether the number of the elevators to be built exceeds the number of the subareas to be built;
the parking space table acquisition module 3 is used for acquiring a drawing elevator parking space table based on drawing information if the number of the elevators to be built exceeds the number of the subareas to be built, wherein the drawing elevator parking space table comprises the position of the subareas to be built of the garage to be built, the number of the parking spaces to be built corresponding to the position of the subareas to be built and the number of drawing elevators corresponding to the positions of the subareas to be built;
the comparison table acquisition module 4 is used for acquiring a preset elevator parking space comparison table, wherein the elevator parking space comparison table comprises the existence quantity of elevators and the parking space requirement quantity corresponding to the existence quantity of the elevators;
the second number judging module 5 is used for judging whether the number of the drawing elevators is matched with the corresponding number of the to-be-built parking spaces or not based on the drawing elevator parking space table and the elevator parking space comparison table;
The prompt information acquisition module 6 is used for acquiring first vehicle position adjustment prompt information if the number of the drawing elevators is not matched with the corresponding number of the vehicle positions to be built.
Specifically, firstly, drawing information of a garage to be built is obtained by a drawing information obtaining module 1, and is sent to a first quantity judging module 2 and a parking space table obtaining module 3 which are connected with the drawing information obtaining module, wherein the drawing information comprises the quantity of elevators to be built, the positions of the elevators to be built, the quantity of partitions to be built and the positions of the partitions to be built of the garage to be built. Then, the first number judging module 2 judges whether the number of the elevators to be built exceeds the number of the areas to be built, and sends the judging result to the parking space table obtaining module 3 connected with the first number judging module.
If the number of the elevators to be built exceeds the number of the subareas to be built, the parking space table acquisition module 3 acquires a drawing elevator parking space table based on drawing information and sends the drawing elevator parking space table to the second number judgment module 5 connected with the drawing elevator parking space table, wherein the drawing elevator parking space table comprises the position of the subareas to be built, the number of the parking spaces to be built corresponding to the position of the subareas to be built and the number of drawing elevators corresponding to the position of the subareas to be built.
The comparison table obtaining module 4 obtains a preset elevator parking space comparison table and sends the preset elevator parking space comparison table to the second number judging module 5 connected with the preset elevator parking space comparison table, wherein the elevator parking space comparison table comprises the existing number of elevators and the parking space requirement number corresponding to the existing number of elevators.
Then, the second number judging module 5 judges whether the number of the drawing elevators is matched with the corresponding number of the to-be-built parking spaces based on the drawing elevator parking space table and the elevator parking space comparison table, and sends a judging result to the prompt information obtaining module 6 connected with the judging module.
Finally, if the number of the drawing elevators is not matched with the corresponding number of the to-be-built parking spaces, the prompt information acquisition module 6 acquires first vehicle position adjustment prompt information. Therefore, whether the garage drawings meet the requirements or not can be determined according to the number of elevators and the number of parking spaces, and the relevance of the underground garage and the building in the district can be improved, so that the elevators can be better connected with the parking spaces, and the convenience of using the underground garage is improved.
The embodiment of the application also discloses an intelligent terminal, which comprises a memory and a processor. And a memory storing an intelligent computer program. And the processor can execute the steps of the method for checking the underground garage drawings when running the intelligent computer program. The intelligent computer program can adopt a series of steps of inquiring, comparing, judging and the like for data by adopting a well-known processing program, thereby realizing examination of drawings of the underground garage.
The embodiment of the application also discloses a computer readable storage medium storing a computer program capable of being loaded by a processor and executing the method for inspecting the drawings of the underground garage, for example, the computer readable storage medium comprises: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a random access Memory (Random Access Memory, RAM), a magnetic disk, or an optical disk, or other various media capable of storing program codes.
The foregoing are all preferred embodiments of the present application, and are not intended to limit the scope of the present application in any way, therefore: all equivalent changes in structure, shape and principle of this application should be covered in the protection scope of this application.
Claims (10)
1. The method for inspecting the drawings of the underground garage is characterized by comprising the following steps of:
acquiring drawing information of a garage to be built, wherein the drawing information comprises the number of elevators to be built, the positions of the elevators to be built, the number of subareas to be built and the positions of subareas to be built;
judging whether the number of the elevators to be built exceeds the number of the subareas to be built or not;
if the number of the elevators to be built exceeds the number of the subareas to be built, acquiring a drawing elevator parking space table based on the drawing information, wherein the drawing elevator parking space table comprises the position of the subareas to be built of the garage to be built, the number of the carport to be built corresponding to the position of the subareas to be built and the number of the drawing elevators corresponding to the position of the subareas to be built;
acquiring a preset elevator parking space comparison table, wherein the elevator parking space comparison table comprises the number of elevators and the parking space requirement number corresponding to the number of elevators;
judging whether the number of the drawing elevators is matched with the corresponding number of the to-be-built parking spaces or not based on the drawing elevator parking space table and the elevator parking space comparison table;
If the first vehicle position adjustment prompt information is not matched with the first vehicle position adjustment prompt information, the first vehicle position adjustment prompt information is acquired.
2. The inspection method of claim 1, further comprising, if the number of elevators to be built exceeds the number of zones to be built:
acquiring the number of the parking spaces to be built corresponding to the positions of the subareas to be built;
sorting the positions of the partitions to be built according to a preset sorting rule based on the number of the parking spaces to be built, and obtaining sorting partitions;
acquiring the number of the drawing elevators corresponding to the position of the subarea to be built;
sorting the number of the drawing elevators based on the sorting partition, and obtaining the number of the sorting elevators;
judging whether the number of the sequencing elevators is matched with a preset elevator sequencing rule or not;
if the two pieces of the vehicle position adjustment prompt information are not matched, the second vehicle position adjustment prompt information is acquired.
3. The method of auditing according to claim 1, further comprising:
if the number of the elevators to be built does not exceed the number of the subareas to be built, acquiring the positions of the subareas to be built, which exist the elevators to be built, as first drawing positions to be built;
judging whether a preset warning device exists at the position to be built of the first drawing;
if yes, acquiring the position of the to-be-built area where the elevator to be built does not exist, and taking the position as a second drawing to-be-built position;
And acquiring drawing modification prompt information to move the warning equipment to the second drawing position to be built.
4. The method of claim 3, further comprising, prior to said obtaining the drawing modification prompt to move the alert device to the second drawing to-be-built location:
judging whether the warning equipment exists at the position to be built of the second drawing;
if not, executing the step of acquiring the drawing modification prompt information to move the warning equipment to the second drawing position to be built;
if yes, acquiring the equipment type of the warning equipment at the position to be built of the first drawing as a first type;
acquiring the equipment type of the warning equipment at the position to be built of the second drawing as a second type;
judging whether the first type and the second type are matched;
if the drawing modification prompt information is not matched with the drawing modification prompt information, acquiring the drawing modification prompt information;
and if so, executing the step of acquiring the drawing modification prompt information to move the warning equipment to the second drawing to-be-built position.
5. The inspection method according to claim 3 or 4, further comprising, after acquiring the drawing modification prompt information to move the warning device to the second drawing standby position:
Acquiring a garage outlet position based on the drawing information;
judging whether the garage outlet position is directly communicated with the second drawing position to be built or not;
if not, acquiring the outlet adjustment prompt information;
and based on the outlet adjustment prompt information, adjusting the drawing information to enable the outlet position of the garage to be directly communicated with the position to be built of the second drawing.
6. The method of auditing according to claim 1, further comprising, after acquiring the drawing information:
acquiring the number of the current parking spaces and the garage area information of the garage to be built based on the drawing information;
acquiring angle parking place information corresponding to different parking place angles based on the garage area information and a preset garage generation rule, wherein the angle parking place information comprises the number of angle parking places and the positions of the angle parking places;
acquiring the upright post position based on the drawing information;
acquiring the position of the angle parking space corresponding to the upright post position as a superposition position;
acquiring the number of the parking spaces corresponding to the overlapping positions as the overlapping number;
acquiring the number of the remaining parking spaces based on the number of the angle parking spaces and the superposition number;
judging whether the current parking space number is larger than or equal to the residual parking space number;
If not, acquiring third parking space adjustment prompt information.
7. The method of auditing according to claim 6, further comprising, after obtaining the garage area information for the garage to be built:
acquiring the actual demarcation area of the garage to be built;
judging whether the garage area information is matched with the actual demarcation area or not;
if the drawing audit error prompt information is not matched, drawing audit error prompt information is generated.
8. An inspection system for drawings of an underground garage, comprising:
the drawing information acquisition module (1) is used for acquiring drawing information of the garage to be built, wherein the drawing information comprises the number of elevators to be built, the positions of the elevators to be built, the number of subareas to be built and the positions of the subareas to be built;
the first quantity judging module (2) is used for judging whether the quantity of the elevators to be built exceeds the quantity of the subareas to be built or not;
the vehicle position table acquisition module (3) is used for acquiring a drawing elevator vehicle position table based on the drawing information if the number of the elevators to be built exceeds the number of the subareas to be built, wherein the drawing elevator vehicle position table comprises the position of the subareas to be built of the garage to be built, the number of the vehicle positions to be built corresponding to the position of the subareas to be built and the number of drawing elevators corresponding to the position of the subareas to be built;
The control table acquisition module (4) is used for acquiring a preset elevator parking space control table, wherein the elevator parking space table control table comprises the number of elevators and the parking space requirement number corresponding to the number of elevators;
the second number judging module (5) is used for judging whether the number of the drawing elevators is matched with the corresponding number of the to-be-built parking spaces or not based on the drawing elevator parking space table and the elevator parking space comparison table;
and the prompt information acquisition module (6) is used for acquiring first vehicle position adjustment prompt information if the number of the drawing elevators is not matched with the corresponding number of the vehicle positions to be built.
9. An intelligent terminal, characterized by comprising:
a memory for storing a computer program capable of running on the processor;
the processor, when running the computer program, is capable of performing the steps of the method according to any one of claims 1 to 7.
10. A computer-readable storage medium, characterized by: a computer program being stored which can be loaded by a processor and which performs the method according to any one of claims 1 to 7.
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| CN202310360013.9A CN116383941B (en) | 2023-04-06 | 2023-04-06 | Method, system, terminal and storage medium for examining drawings of underground garage |
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