CN109684737B - Method, system device and readable storage medium for generating reinforcing bar model in component model - Google Patents

Abstract

The application discloses a method for generating a steel bar model in a component model, a system device, and a computer-readable storage medium, which are applied in the field of prefabricated buildings, including: obtaining the target component model of the target component; using the target component model to obtain the target component Attribute information; use the attribute information of the target component and the preset target reinforcement layout standard to generate the corresponding reinforcement model in the target component model; this application obtains the attribute information of the target component from the target component model, and uses the target component model. The mapping relationship between the attribute information and the target standard matches the target reinforcement layout standard corresponding to the target component, and finally uses the attribute information of the target component and the preset target reinforcement layout standard to automatically generate the reinforcement in the target component without manual generation, improving The generation efficiency of reinforcement in the component is improved.

Description

Method, system device and readable storage medium for generating reinforcement model in component model

technical field

The invention relates to the field of prefabricated buildings, in particular to a method for generating a reinforcement model in a component model, a system device and a computer-readable storage medium.

Background technique

When the fabricated components are manufactured in the production line, the corresponding steel bars need to be built into the components, and then poured together with the components. Therefore, when designing the component process drawings, it is necessary to set the steel bars in the components together, corresponding to different types of components. , There are different types of steel bars, at least heavy bars/gluten bars, horizontal bars/mesh bars, reinforcement bars, stirrup bars/tension bars, and steel bars are used in a large amount in construction.

When designing component BIM drawings, it is necessary to manually set the built-in steel bars in the component based on experience. Since the types of steel bars are different and the number is large, the workload is large and error-prone.

Therefore, there is a need for a method for efficiently generating reinforcement within components.

Contents of the invention

In view of this, the object of the present invention is to provide a method for generating a reinforcement model in a component model, a system device and a computer-readable storage medium, so as to improve the efficiency of reinforcement generation. The specific plan is as follows:

A method for generating a reinforcement model in a component model, applied to the field of prefabricated buildings, including:

Obtain the target component model of the target component;

using the target component model to obtain attribute information of the target component;

matching the target reinforcement arrangement standard corresponding to the target component by using the attribute information of the target component and the corresponding target standard mapping relationship;

generating a corresponding reinforcement model in the target component model by using the attribute information of the target component and the target reinforcement arrangement standard;

Wherein, the mapping relationship between the attribute information of the target component and the target reinforcement arrangement standard is established in advance to obtain the target standard mapping relationship; the target reinforcement arrangement standard is a preset standard.

Optionally, the process of using the attribute information of the target component and the target reinforcement layout standard to generate a corresponding reinforcement model in the target component model includes:

Obtaining type information and size information of the target component by using the attribute information of the target component;

determining a datum plane of the target component by using the type information and the target reinforcement arrangement standard;

Obtaining the laying direction of reinforcement by using the reference plane and the target reinforcement arrangement standard;

A corresponding reinforcement model is generated in the target component model by using the reinforcement laying direction, the reference plane, the target reinforcement arrangement standard and the size information.

Optionally, the process of generating a corresponding reinforcement model in the target component model by using the reinforcement laying direction, the reference plane, the target reinforcement layout standard and the size information includes:

Using the target reinforcement layout standard, removing the protective layer of the target component in the size information to obtain the laying size information of the target component;

A corresponding reinforcement model is generated in the target component model by using the laying size information, the laying direction of the reinforcement, the target reinforcement arrangement standard and the reference plane.

Optionally, generating a corresponding reinforcement model in the target member model by using the laying size information, the laying direction of the reinforcement, the target reinforcement layout standard, the target reinforcement layout standard and the reference plane process, including:

Using the datum plane, the laying size information and the preset distance between the stressed tendons to obtain the reinforcement foothold information of the stressed tendons;

Using the laying size information, the laying direction of the reinforcing bars and the preset stressing bar size rules to obtain the reinforcing bar size information of the stressed bars;

A corresponding reinforcement model is generated in the target component model by using the reinforcement foothold information and the reinforcement size information.

Optionally, after generating the corresponding reinforcement model in the target member model, it further includes:

Obtaining attribute information of adjacent components connected to the target component from a pre-stored engineering design drawing;

Correcting the steel bar size information of the steel bars in the target component by using the attribute information of the adjacent components to obtain the corrected steel bar size information of the steel bars in the target component;

A corresponding reinforcement model is generated in the target component model by using the corrected reinforcement size information and the reinforcement foothold information.

Optionally, also include:

Numbering, classifying and naming the reinforcing bars in the target component to obtain the reinforcing bar information of the target component;

Save the reinforcement information to the attribute information of the target component.

Optionally, also include:

The steel bar information is stored in a steel bar information database for query.

The invention also discloses a reinforcement model generation system in a component model, which is applied to the field of prefabricated buildings, including:

A model acquisition module, configured to acquire the target component model of the target component;

a component attribute acquisition module, configured to use the target component model to acquire attribute information of the target component;

A standard matching module, configured to use the attribute information of the target component and the corresponding target standard mapping relationship to match the target reinforcement arrangement standard corresponding to the target component;

A reinforcing bar generating module, configured to generate a corresponding reinforcing bar model in the target component model by using the attribute information of the target component and the target reinforcing bar layout standard;

Wherein, the mapping relationship between the attribute information of the target component and the target reinforcement arrangement standard is established in advance to obtain the target standard mapping relationship; the target reinforcement arrangement standard is a preset standard.

The invention also discloses a device for generating steel bars in components, which is applied to the field of prefabricated buildings, including:

memory for storing computer programs;

A processor, configured to execute the computer program to implement the aforementioned method for generating a reinforcement model within a component model.

The present invention also discloses a computer-readable storage medium, which is applied in the field of prefabricated buildings. The computer-readable storage medium stores a computer program, and when the computer program is executed by a processor, it realizes the aforementioned internal reinforcement of the component model. Model generation method.

In the present invention, the reinforcement model generation method in the component model is applied to the field of prefabricated buildings, including: obtaining the target component model of the target component; using the target component model to obtain the attribute information of the target component; using the attribute information of the target component and corresponding The target standard mapping relationship of the target component matches the target reinforcement layout standard corresponding to the target component; using the attribute information of the target component and the target reinforcement layout standard, the corresponding reinforcement model is generated in the target component model; among them, the attribute information of the target component and the target component are pre-established. The mapping relationship of the target reinforcement arrangement standard is used to obtain the target standard mapping relationship; the target reinforcement arrangement standard is a preset standard.

The present invention obtains the attribute information of the target component from the target component model, uses the attribute information in the target component model and the target standard mapping relationship to match the target reinforcement layout standard corresponding to the target component, and finally uses the attribute information of the target component and the preset The target reinforcement layout standard is set, and the reinforcement model in the target component model is automatically generated without manual generation, which improves the generation efficiency of reinforcement in components.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only It is an embodiment of the present invention, and those skilled in the art can also obtain other drawings according to the provided drawings without creative work.

Fig. 1 is a schematic flow chart of a method for generating a steel bar model in a component model disclosed in an embodiment of the present invention;

Fig. 2 is a schematic diagram of a protective layer disclosed in an embodiment of the present invention;

Fig. 3 is a schematic diagram of a reinforcing bar foothold disclosed in an embodiment of the present invention;

Fig. 4 is a schematic structural diagram of a reinforcement model generation system in a component model disclosed by an embodiment of the present invention.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

The embodiment of the present invention discloses a method for generating a reinforcement model in a component model, as shown in FIG. 1 , which is applied to the field of prefabricated buildings. The method includes:

S1: Obtain the target component model of the target component.

Specifically, pre-store the model of each component to be generated steel bar, the model of each component can be a BIM model, the attribute information of the component is stored in the component model, and the attribute information can include the name information, type information and/or size information of the component For this purpose, before generating reinforcement for the target component, the target component model of the target component is obtained, wherein the selection of the target component can be selected by the user through the input device.

S2: Use the target component model to obtain attribute information of the target component.

Specifically, the attribute information of the target component is obtained from the target component model, and relevant information of the target component such as type information and size information of the target component in the attribute information of the target component is used for subsequent generation of corresponding reinforcement.

S3: Using the attribute information of the target component and the corresponding target standard mapping relationship, match the target reinforcement layout standard corresponding to the target component.

Specifically, in order to realize the automatic generation of steel bars, the user presets the steel bar layout standards corresponding to different components, and obtains the steel bar layout standard set including the steel bar layout standards of all components, in order to select the target steel bar layout standard corresponding to the target component, using the Establish the mapping relationship between the attribute information of the component and the target reinforcement layout standard, and obtain the target standard mapping relationship. After obtaining the attribute information of the target component, you can use the pre-established target standard mapping relationship to match the target reinforcement layout in the reinforcement layout standard set standard.

Among them, each component will establish a standard mapping relationship with its corresponding steel bar layout standard. The standard mapping relationship of all components can be stored in a mapping relationship table. Find the corresponding standard mapping relationship in the mapping relationship table, and then use the standard mapping relationship to match from the steel bar layout standard set to the corresponding steel bar layout standard; The type of reinforcement used and how the reinforcement is distributed are the rules required for reinforcement layout. Therefore, using the target reinforcement layout standard fit, the attribute information of the target component can automatically generate the reinforcement in the target component.

Further, the type information in the attribute information of the target component can be used to find the target standard mapping relationship corresponding to the target component from the mapping relationship table, and then use the target standard mapping relationship and the attribute information of the target component,

S4: Using the attribute information of the target component and the target reinforcement layout standard, generate a corresponding reinforcement model in the target component model.

Specifically, by using the attribute information of the target component and the preset target reinforcement layout standard, information such as the generation position of the reinforcement in the target component, the size information of the reinforcement, and the generation direction can be determined, and then the corresponding reinforcement model can be generated in the target component model, for example , use the component size information in the attribute information of the target component to obtain the size of the steel bars in the component, and then use the preset size rules of the steel bars corresponding to the target component recorded in the preset target steel bar layout standard, use the size of the steel bars in the component and The preset size rules of the steel bars, finally get the steel bar size information, and match the target steel bar layout standards corresponding to the target components.

It can be seen that the embodiment of the present invention obtains the attribute information of the target component from the target component model, uses the attribute information in the target component model and the target standard mapping relationship to match the target reinforcement layout standard corresponding to the target component, and finally uses the target component’s Attribute information and preset target reinforcement layout standards can automatically generate the reinforcement model in the target component model without manual generation, which improves the efficiency of reinforcement generation in components.

The embodiment of the present invention discloses a specific method for generating a reinforcement model in a component model. Compared with the previous embodiment, this embodiment further explains and optimizes the technical solution. specific:

The above S4 uses the attribute information of the target component and the preset target reinforcement layout standard to generate a corresponding reinforcement model in the target component model, which may specifically include S41 to S44; wherein,

S41: Obtain the type information and size information of the target component by using the attribute information of the target component;

S42: Determine the datum plane of the target component by using the type information and the target reinforcement layout standard.

Specifically, the type information of the target component can be obtained through the attribute information of the target component, and the reference plane of the target component, that is, the starting surface of the reinforcement, can be determined by using the type information of the target component and the determination information of the datum plane recorded in the target reinforcement layout standard For example, if the target component is a wall, the datum plane determination information recorded in the target reinforcement layout standard records that the datum plane of the wall is the bottom plane, then the bottom plane of the target component is taken as the datum plane, and the bottom plane of the wall is parallel to the horizontal plane, that is, it is connected to the base plate When the target component is a staircase, the reinforcement of the staircase needs to be connected to the floor and the wall of the building. Therefore, the datum determination information records that the datum plane of the staircase is the side, and the datum plane of the target component is the side of the vertical and horizontal planes. , that is, the faces connected to the walls and slabs of the building.

S43: Using the datum plane and the target reinforcement layout standard, obtain the laying direction of the reinforcement.

Specifically, after the datum plane is determined, the laying direction of the reinforcement can be determined according to the requirements of the target reinforcement layout standard, that is, the laying direction of the reinforcement. Layout standard, the laying direction of reinforcement is vertical to the datum plane, laying longitudinally, when the target component is a staircase, the laying direction of the reinforced reinforcement is perpendicular to the datum plane, laying in the horizontal direction, when the steel bar becomes a non-stressed tendon, the target The component is a wall. According to the target reinforcement layout standard, the laying direction of the reinforcement can be parallel to the datum plane and laid horizontally.

S44: Using the reinforcement laying direction, reference plane, target reinforcement layout standard and size information, generate a corresponding reinforcement model in the target member model.

Specifically, the specific length of the reinforcement can be determined by using the size information of the target component. Therefore, after determining the laying direction of the reinforcement, the corresponding reinforcement can be generated in the target component model by integrating the datum plane, the layout standard of the target reinforcement, and the size information Model.

Further, the above S44 is a process of generating a corresponding reinforcement model in the target component model by using the reinforcement laying direction, reference plane, target reinforcement layout standard and size information, and may also specifically include S441 and S442; wherein,

S441: Using the target reinforcement layout standard, remove the protective layer of the target component in the size information, and obtain the laying size information of the target component.

Specifically, since the reinforcement is generated inside the component, it should not be exposed outside the component. Therefore, when setting the reinforcement, a protective layer must be reserved for each component, so that the reinforcement will be generated within the protection layer of the component, and the protective reinforcement will not be exposed outside the component, and when generating reinforcement for the target component, it is necessary to use the target reinforcement layout standard to remove the size information of the preset protective layer, for example, the size of the protective layer is 2cm thick, so as to ensure that the laying size The reinforcement will not be exposed when the information is set.

Wherein, the laying size information is the size information of the target component and removes the size of the target component of the preset protective layer that is actually used for laying steel bars. For example, referring to Fig. The size of 1 is 2cm thick. After removing the size of the surrounding protective layer 1, the laying size information 3 of component 2 is 46cm long and 16cm wide.

S442: Generate a corresponding reinforcement model in the target component model by using the laying size information, the laying direction of the reinforcement, the target reinforcement layout standard and the reference plane.

Further, when the type of steel bars to be generated in the target component is stress bars, the above S442 is the process of generating a corresponding steel bar model in the target component model by using the laying size information, the laying direction of the steel bars, the target steel bar layout standard and the reference plane , may specifically include S4421 to S4423; wherein,

S4421: Using the datum plane, laying size information and the preset spacing of the stressed tendons to obtain the reinforcement foothold information of the stressed tendons.

Concretely, by using the preset spacing of the stressed bars corresponding to the target component in the target reinforcement layout standard, the datum plane of the target component and the laying size information of the target component, the reinforcement foothold information of the stressed bars can be obtained, for example, The reinforced footholds of the stressed tendons can be arranged on the wide midline of the datum plane and distributed uniformly, for example, referring to shown in Figure 3, the length of the laying dimension information 3 of the datum plane of the component is 300cm, and the width is 50cm, and the length of the stressed tendons is 50cm. Reinforcement foothold 4 can be set on the center line with a width of 25cm, and a reinforcement foothold 4 is set every 100cm. The quantity and the like can be set by oneself, and there is no limitation here.

It should be noted that the laying dimension information includes the length, width and height of the target component, that is, three-dimensional dimension information.

S4422: Using the laying size information, the laying direction of the reinforcing bars and the preset stressing bar size rules, the reinforcing bar size information of the stressed bars is obtained.

Specifically, the extension direction of the reinforcement can be determined by using the laying direction of the reinforcement, and the reinforcement size information of the reinforcement can be obtained by combining the laying size information of the target component and the preset stress reinforcement size rule; The target component, therefore, the steel bar size information of the stressed bar cannot be obtained only by using the laying size information, so it is necessary to use the stressed bar size rule to obtain the steel bar size information of the stressed bar, for example, if the target component is a wall, in the laying size information The length of the reinforcement in the component is 300cm, and it is recorded in the rules for the size of the reinforcement that the reinforcement of the wall needs to be extended by an additional 30cm, so the information on the reinforcement size of the reinforcement is 330cm.

S4423: Generate a corresponding reinforcement model in the target component model by using the reinforcement foothold information and the reinforcement size information.

Specifically, finally, the corresponding reinforcement in the target member can be automatically generated by using the foothold point information of the reinforcement and the size information of the reinforcement.

Specifically, after generating the steel bars in the target component, in order to display the steel bar information to the user, you can also number, classify and name the steel bars in the target component to obtain the steel bar information of the target component; and save the steel bar information to the target In the attribute information of the component; so that the user can know the specific information of the reinforcement through the target component model.

Furthermore, in order to facilitate the overall management, the steel bar information can also be stored in the steel bar information database for unified query, so that users can quickly obtain all the steel bar information of the entire building.

It should be noted that, in the embodiment of the present invention, the size of the steel bar itself, such as the radius, has been set in the preset target steel bar layout standard. Corresponding changes, the above-mentioned reinforcement spacing will also take into account the size of the reinforcement.

Further, since the components may be adjacent to each other, the setting of reinforcement between adjacent constructions may affect each other, therefore, after generating the corresponding reinforcement model in the target component model, S5 to S6 may also be included; where,

S5: Obtain attribute information of adjacent components connected to the target component from the pre-stored engineering design drawing.

Specifically, the engineering design drawing is the design drawing of the entire building scheme, which includes the information of each component of the whole building, such as the attribute information of each component and the connection relationship of each component and other related information. Therefore, after selecting the corresponding target component , the attribute information of the adjacent components connected to the target component can be automatically obtained from the pre-stored engineering design drawing.

S6: Using the attribute information of the adjacent components to correct the steel bar size information of the steel bars in the target component to obtain the corrected steel bar size information of the steel bars in the target component.

Specifically, if the target component is extended and whether it will be connected to the adjacent component, the attribute information of the adjacent component can be used to know whether the reinforcement of the target component needs to be connected with the adjacent component and needs to be corrected, and if so, use the attribute information of the adjacent component The information corrects the steel bar size information of the target component to obtain the corrected steel bar size information of the target component. For example, according to the size information in the attribute information of the adjacent component and the steel bar size information of the target component, calculate the The distance that the steel bar still needs to be extended or shortened can obtain the length information of the variable size that needs to be increased or decreased, and the modified steel bar size information can be finally obtained by using the variable size plus the original steel bar size information of the target member.

Among them, the variable size information uses positive and negative to indicate increase or decrease. For example, positive means positive addition and negative means decrease. Therefore, after the variable size information is added to the steel bar size information of the target component, the corrected steel bar size information after correction is obtained.

S7: Using the corrected steel bar size information and the steel bar foothold information, generate a corresponding steel bar model in the target component model.

Correspondingly, the embodiment of the present invention discloses a reinforcement model generation system in a component model, as shown in Fig. 4, which is applied to the field of prefabricated buildings, and the system includes:

Model acquisition module 11, used to acquire the target component model of the target component;

A standard matching module 12, configured to use the attribute information of the target component and the corresponding target standard mapping relationship to match the target reinforcement arrangement standard corresponding to the target component;

Component property acquiring module 13, utilizes target component model, therefrom acquires the property information of target component;

The reinforcing bar generation module 14 is used to generate a corresponding reinforcing bar model in the target component model by using the attribute information of the target component and the preset target reinforcing bar layout standard;

Wherein, the mapping relationship between the attribute information of the target component and the target reinforcement arrangement standard is established in advance to obtain the target standard mapping relationship; the target reinforcement arrangement standard is a preset standard.

Specifically, the above-mentioned reinforcement generation module 14 includes a member information extraction submodule, a datum determination submodule, a direction determination submodule and a reinforcement generation submodule; wherein,

The component information extraction sub-module is used to obtain the type information and size information of the target component by using the attribute information of the target component;

The datum plane determination sub-module is used to determine the datum plane of the target member by using the type information and the target reinforcement layout standard;

The direction determination sub-module is used to obtain the laying direction of steel bars by using the datum plane and the target steel bar layout standard;

The reinforcement generation sub-module is used to generate a corresponding reinforcement model in the target component model by using the reinforcement laying direction, reference plane, target reinforcement layout standard and size information.

Specifically, the above-mentioned reinforcing bar generating submodule includes a protective layer removal unit and a reinforcing bar generating unit;

The protective layer removal unit is used to remove the protective layer of the target component in the size information by using the target reinforcement layout standard, so as to obtain the laying size information of the target component;

The reinforcement generation unit is used to generate a corresponding reinforcement model in the target component model by using the laying size information, the laying direction of the reinforcement, the target reinforcement layout standard and the datum plane.

Specifically, the above-mentioned reinforcement generation unit includes foothold determination subunits, size acquisition subunits and reinforcement generation subunits; wherein,

Foothold determination sub-unit, used to obtain reinforcement foothold information of stressed bars by using datum plane, laying size information and preset spacing of stressed bars;

The size acquisition sub-unit is used to obtain the steel bar size information of the stressed bar by using the laying size information, the laying direction of the steel bar and the preset stressed bar size rule;

The reinforcing bar generating subunit is used to generate a corresponding reinforcing bar model in the target component model by using the information of the anchor point of the reinforcing bar and the information of the size of the reinforcing bar.

Specifically, it also includes a design drawing extraction module, a size correction module and a correction reinforcement generation module; wherein,

A design drawing extraction module, configured to obtain attribute information of adjacent components connected to the target component from a pre-stored engineering design drawing;

The size correction module is used to correct the steel bar size information of the steel bars in the target component by using the attribute information of the adjacent components, so as to obtain the corrected steel bar size information of the steel bars in the target component;

The modified reinforcement generation module is used to generate a corresponding reinforcement model in the target component model by using the modified reinforcement size information and reinforcement footing point information.

Specifically, it may also include a marking module and an attribute saving module; wherein,

The marking module is used to number, classify and name the reinforcing bars in the target component, and obtain the reinforcing bar information of the target component;

The property saving module is used for saving the reinforcement information to the property information of the target component.

Specifically, it may also include a database module; where,

The database module is used to store the steel bar information to the steel bar information database for query.

In addition, the embodiment of the present invention also discloses a device for generating reinforcement within a component, which is applied to the field of prefabricated buildings, including:

memory for storing computer programs;

A processor is used for executing a computer program to realize the aforementioned method for generating a reinforcement model in a component model.

In addition, the embodiment of the present invention also discloses a computer-readable storage medium, which is applied in the field of prefabricated buildings. Computer programs are stored on the computer-readable storage medium. Model generation method.

Finally, it should also be noted that in this text, relational terms such as first and second etc. are only used to distinguish one entity or operation from another, and do not necessarily require or imply that these entities or operations, any such actual relationship or order exists. Furthermore, the term "comprises", "comprises" or any other variation thereof is intended to cover a non-exclusive inclusion such that a process, method, article, or apparatus comprising a set of elements includes not only those elements, but also includes elements not expressly listed. other elements of or also include elements inherent in such a process, method, article, or device. Without further limitations, an element defined by the phrase "comprising a ..." does not exclude the presence of additional identical elements in the process, method, article or apparatus comprising said element.

Professionals can further realize that the units and algorithm steps of the examples described in conjunction with the embodiments disclosed herein can be implemented by electronic hardware, computer software or a combination of the two. In order to clearly illustrate the possible For interchangeability, in the above description, the composition and steps of each example have been generally described according to their functions. Whether these functions are executed by hardware or software depends on the specific application and design constraints of the technical solution. Skilled artisans may use different methods to implement the described functions for each specific application, but such implementation should not be regarded as exceeding the scope of the present invention.

The method for generating a steel bar model in a component model provided by the present invention, the system device and the computer-readable storage medium have been introduced in detail above. In this paper, specific examples have been used to illustrate the principle and implementation of the present invention. The above embodiments The description is only used to help understand the method of the present invention and its core idea; at the same time, for those of ordinary skill in the art, according to the idea of the present invention, there will be changes in the specific implementation and scope of application. In summary, As stated above, the content of this specification should not be construed as limiting the present invention.

Claims (9)

1. A method for generating a reinforcement model in a component model, characterized in that it is applied to the field of prefabricated buildings, including: Obtain the target component model of the target component; using the target component model to obtain attribute information of the target component; matching the target reinforcement arrangement standard corresponding to the target component by using the attribute information of the target component and the corresponding target standard mapping relationship; generating a corresponding reinforcement model in the target component model by using the attribute information of the target component and the target reinforcement arrangement standard; Wherein, the mapping relationship between the attribute information of the target component and the target reinforcement arrangement standard is established in advance to obtain the target standard mapping relationship; the target reinforcement arrangement standard is a preset standard; The process of using the attribute information of the target component and the target reinforcement layout standard to generate a corresponding reinforcement model in the target component model includes: Obtaining type information and size information of the target component by using the attribute information of the target component; determining a datum plane of the target component by using the type information and the target reinforcement arrangement standard; Obtaining the laying direction of reinforcement by using the reference plane and the target reinforcement arrangement standard; A corresponding reinforcement model is generated in the target component model by using the reinforcement laying direction, the reference plane, the target reinforcement arrangement standard and the size information. 2. The method for generating a steel bar model in a member model according to claim 1, wherein said using said steel bar laying direction, said datum plane, said target steel bar arrangement standard and said size information, in said The process of generating the corresponding reinforcement model in the target component model, including: Using the target reinforcement layout standard, removing the protective layer of the target component in the size information to obtain the laying size information of the target component; A corresponding reinforcement model is generated in the target component model by using the laying size information, the laying direction of the reinforcement, the target reinforcement arrangement standard and the reference plane. 3. The reinforcement model generation method in the component model according to claim 2, characterized in that, said use of said laying dimension information, said reinforcement laying direction, said target reinforcement arrangement standard, said target reinforcement arrangement standard and The datum plane, the process of generating a corresponding reinforcement model in the target member model, includes: Using the datum plane, the laying size information and the preset distance between the stressed tendons to obtain the reinforcement foothold information of the stressed tendons; Using the laying size information, the laying direction of the reinforcing bars and the preset stressing bar size rules to obtain the reinforcing bar size information of the stressed bars; A corresponding reinforcement model is generated in the target component model by using the reinforcement foothold information and the reinforcement size information. 4. The method for generating a reinforcement model in a component model according to any one of claims 1 to 3, wherein, after generating a corresponding reinforcement model in the target component model, further comprising: Obtaining attribute information of adjacent components connected to the target component from a pre-stored engineering design drawing; Correcting the steel bar size information of the steel bars in the target component by using the attribute information of the adjacent components to obtain the corrected steel bar size information of the steel bars in the target component; A corresponding reinforcement model is generated in the target component model by using the corrected reinforcement size information and the reinforcement foothold information. 5. The method for generating a reinforcement model in a member model according to any one of claims 1 to 3, further comprising: Numbering, classifying and naming the reinforcing bars in the target component to obtain the reinforcing bar information of the target component; Save the reinforcement information to the attribute information of the target component. 6. The reinforcement model generation method in the member model according to claim 5, further comprising: The steel bar information is stored in a steel bar information database for query. 7. A reinforcement model generation system in a component model, characterized in that it is applied to the field of prefabricated buildings, including: A model acquisition module, configured to acquire the target component model of the target component; a component attribute acquisition module, configured to use the target component model to acquire attribute information of the target component; A standard matching module, configured to use the attribute information of the target component and the corresponding target standard mapping relationship to match the target reinforcement arrangement standard corresponding to the target component; A reinforcing bar generating module, configured to generate a corresponding reinforcing bar model in the target component model by using the attribute information of the target component and the target reinforcing bar layout standard; Wherein, the mapping relationship between the attribute information of the target component and the target reinforcement arrangement standard is established in advance to obtain the target standard mapping relationship; the target reinforcement arrangement standard is a preset standard; The reinforcement generation module includes component information extraction submodule, datum determination submodule, direction determination submodule and reinforcement generation submodule: The component information extraction submodule is used to obtain the type information and size information of the target component by using the attribute information of the target component; The datum plane determination submodule is used to determine the datum plane of the target component by using the type information and the target reinforcement arrangement standard; The direction determining submodule is used to obtain the laying direction of reinforcement by using the reference plane and the target reinforcement layout standard; The reinforcing bar generation sub-module is used to generate a corresponding reinforcing bar model in the target member model by using the reinforcing bar laying direction, the datum plane, the target reinforcing bar layout standard and the size information. 8. A device for generating reinforcement within a component, characterized in that it is applied to the field of prefabricated buildings, including: memory for storing computer programs; A processor, configured to execute the computer program to realize the method for generating a reinforcement model in a component model according to any one of claims 1 to 6. 9. A computer-readable storage medium, characterized in that it is applied to the field of prefabricated buildings, and a computer program is stored on the computer-readable storage medium, and when the computer program is executed by a processor, it realizes claims 1 to 6 A method for generating a reinforcement model in a component model according to any one of the above.

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