1. A construction site garbage recycling method is characterized by comprising the following steps:

weighing: collecting the weight information of the garbage delivered by the constructor through a weighing platform;

and (3) classification step: the garbage is scanned through a garbage recognition scanner, the type of the garbage is recognized, and the delivered garbage is classified, stacked and processed according to the recognition result;

a calculation step: calculating the point exchange quantity according to a preset point exchange rule;

a confirmation step: collecting facial images of constructors who process garbage and exchange points in the past, and confirming the identities of the constructors;

a display step: feeding back the calculated integral to an integral account of a constructor; and displaying the current point credit line and the account total credit line.

2. The construction site garbage collection method according to claim 1, further comprising, after the displaying step:

the exchange step: scanning the commodity selected by the constructor for conversion, determining the point of the commodity, determining the identity of the conversion personnel through face recognition, obtaining a point account, deducting the point, displaying the deducted point and the residual point, and finishing the conversion transaction.

3. The construction site garbage collection method according to claim 2, wherein the step of exchanging further comprises:

recording: and inputting information of each commodity for the conversion of constructors and the value points of the commodities.

4. The construction site garbage collection method according to claim 1, wherein the weighing step further comprises, before:

the construction steps are as follows: and inputting the identity information of each constructor and the corresponding face image, and constructing a point account of each constructor.

5. A construction site waste recovery system, comprising:

a weighing module: collecting the weight information of the garbage delivered by the constructor through a weighing platform;

a classification module: the garbage is scanned through a garbage recognition scanner, the type of the garbage is recognized, and the delivered garbage is classified, stacked and processed according to the recognition result;

a calculation module: calculating the point exchange quantity according to a preset point exchange rule;

a confirmation module: collecting facial images of constructors who process garbage and exchange points in the past, and confirming the identities of the constructors;

a display module: feeding back the calculated integral to an integral account of a constructor; and displaying the current point credit line and the account total credit line.

6. The construction site waste recovery system of claim 5, further comprising:

a conversion module: scanning the commodity selected by the constructor for conversion, determining the point of the commodity, determining the identity of the conversion personnel through face recognition, obtaining a point account, deducting the point, displaying the deducted point and the residual point, and finishing the conversion transaction.

7. The construction site waste recovery system of claim 6, further comprising:

a logging module: and inputting information of each commodity for the conversion of constructors and the value points of the commodities.

8. The construction site waste recovery system of claim 5, further comprising:

constructing a module: and inputting the identity information of each constructor and the corresponding face image, and constructing a point account of each constructor.

Background

Every industry produces various kinds of garbage, and particularly, the construction industry produces a large amount of various construction garbage every year. At present, the quantity of the construction waste in China accounts for 30% -40% of the total quantity of the urban waste, and the pollution generated by the construction waste is twice of that of tail gas discharged by automobiles. The harm brought by the construction waste is so great that the full attention of all circles is paid. Therefore, the comprehensive utilization of the construction waste is promoted, the synchronous promotion and coordinated development of economic benefits, ecological benefits and social benefits are realized, and the development direction in the future is provided. The resource utilization of the construction waste involves a plurality of problems of society, economy, environment and the like, and is a system engineering.

At present, the generation of garbage can not be completely avoided on a construction site. The recovery of the waste at the construction site mainly depends on the management of special personnel. The constructor's will to actively retrieve the garbage is not strong. The classification and recycling of the garbage can reduce the treatment difficulty of garbage reclamation and harmlessness.

Disclosure of Invention

The technical problem to be solved by the embodiment of the invention is to provide a construction site garbage recycling method and system to promote constructors to keep the construction site neat and standard.

In order to solve the technical problem, an embodiment of the present invention provides a construction site garbage recycling method, including:

weighing: collecting the weight information of the garbage delivered by the constructor through a weighing platform;

and (3) classification step: the garbage is scanned through a garbage recognition scanner, the type of the garbage is recognized, and the delivered garbage is classified, stacked and processed according to the recognition result;

a calculation step: calculating the point exchange quantity according to a preset point exchange rule;

a confirmation step: collecting facial images of constructors who process garbage and exchange points in the past, and confirming the identities of the constructors;

a display step: feeding back the calculated integral to an integral account of a constructor; and displaying the current point credit line and the account total credit line.

Further, the displaying step further comprises:

the exchange step: scanning the commodity selected by the constructor for conversion, determining the point of the commodity, determining the identity of the conversion personnel through face recognition, obtaining a point account, deducting the point, displaying the deducted point and the residual point, and finishing the conversion transaction.

Further, before the step of redeeming, the step of redeeming further comprises:

recording: and inputting information of each commodity for the conversion of constructors and the value points of the commodities.

Further, before the weighing step, the method further comprises:

the construction steps are as follows: and inputting the identity information of each constructor and the corresponding face image, and constructing a point account of each constructor.

Correspondingly, the embodiment of the invention also provides a construction site garbage recycling system, which comprises:

a weighing module: collecting the weight information of the garbage delivered by the constructor through a weighing platform;

a classification module: the garbage is scanned through a garbage recognition scanner, the type of the garbage is recognized, and the delivered garbage is classified, stacked and processed according to the recognition result;

a calculation module: calculating the point exchange quantity according to a preset point exchange rule;

a confirmation module: collecting facial images of constructors who process garbage and exchange points in the past, and confirming the identities of the constructors;

a display module: feeding back the calculated integral to an integral account of a constructor; and displaying the current point credit line and the account total credit line.

Further, still include:

a conversion module: scanning the commodity selected by the constructor for conversion, determining the point of the commodity, determining the identity of the conversion personnel through face recognition, obtaining a point account, deducting the point, displaying the deducted point and the residual point, and finishing the conversion transaction.

Further, still include:

a logging module: and inputting information of each commodity for the conversion of constructors and the value points of the commodities.

Further, still include:

constructing a module: and inputting the identity information of each constructor and the corresponding face image, and constructing a point account of each constructor.

The invention has the beneficial effects that: the invention combines the modes of exchanging the on-site rubbish into the total mark and exchanging the total mark into the available commodity to inspire constructors to protect the construction site environment, thereby realizing 'zero rubbish' on the construction site and further ensuring the cleanness and sanitation of the construction site.

Drawings

Fig. 1 is a schematic flow chart of a construction site garbage collection method according to an embodiment of the present invention.

Fig. 2 is a schematic structural diagram of a construction site garbage collection system according to an embodiment of the present invention.

Detailed Description

It should be noted that the embodiments and features of the embodiments in the present application can be combined with each other without conflict, and the present invention is further described in detail with reference to the drawings and specific embodiments.

Referring to fig. 1, the construction site garbage recycling method of the embodiment of the present invention includes a weighing step, a classifying step, a calculating step, a confirming step, and a displaying step.

Weighing: the weight information of the garbage delivered by the constructor is collected through the weighing platform. The weighing platform can adopt a double-slope transportation weighing platform and is arranged in a construction site construction waste weighing and stacking area. The garbage is transported to a weighing and stacking area of the construction garbage by manpower or machines instead of manpower, and the weighing points are exchanged.

And (3) classification step: and scanning the garbage by a garbage identification scanner, identifying the type of the garbage, and classifying, stacking and processing the delivered garbage according to the identification result. The AR scanning function of the garbage recognition scanner can scan garbage, and then automatically recognize garbage classification and upload the garbage classification.

A calculation step: and calculating the point exchange quantity according to a preset point exchange rule.

A confirmation step: the face images of the constructors who process the garbage and exchange the points before the acquisition by the camera confirm the identities of the constructors.

A display step: feeding back the calculated integral to an integral account of a constructor; and displaying the current point credit line and the account total credit line through a display.

As an embodiment, the displaying step further comprises:

the exchange step: scanning the commodity selected by the constructor for conversion, determining the point number of the commodity, determining the identity of the conversion personnel through face recognition, obtaining a point account, deducting the point number, displaying the deducted point number and the residual point number, and finishing the transaction of converting the point number into the commodity by brushing the face and deducting the point number. During specific implementation, the constructor goes to the appointed commodity exchange area, takes off the required commodity from the goods shelves and uses the integral payment, and automatically scans the commodity selected by the constructor for exchange through the scanning gun or the camera.

As an embodiment, the step of redeeming further comprises, before the step of redeeming:

recording: and inputting information of each commodity for the conversion of constructors and the value points of the commodities.

As an embodiment, the weighing step further comprises, before:

the construction steps are as follows: and inputting the identity information of each constructor and the corresponding face image, and constructing a point account of each constructor.

In specific implementation, two-dimensional codes or other authentication modes (card readers and the like) can be adopted to replace face recognition to determine the identity of a person.

Referring to fig. 2, the construction site garbage recycling system according to the embodiment of the present invention includes:

a weighing module: collecting the weight information of the garbage delivered by the constructor through a weighing platform;

a classification module: the garbage is scanned through a garbage recognition scanner, the type of the garbage is recognized, and the delivered garbage is classified, stacked and processed according to the recognition result;

a calculation module: calculating the point exchange quantity according to a preset point exchange rule;

a confirmation module: collecting facial images of constructors who process garbage and exchange points in the past, and confirming the identities of the constructors;

a display module: feeding back the calculated integral to an integral account of a constructor; and displaying the current point credit line and the account total credit line.

As an embodiment, the construction site garbage recycling system further includes:

a conversion module: scanning the commodity selected by the constructor for conversion, determining the point of the commodity, determining the identity of the conversion personnel through face recognition, obtaining a point account, deducting the point, displaying the deducted point and the residual point, and finishing the conversion transaction.

As an embodiment, the construction site garbage recycling system further includes:

a logging module: and inputting information of each commodity for the conversion of constructors and the value points of the commodities.

As an embodiment, the construction site garbage recycling system further includes:

constructing a module: and inputting the identity information of each constructor and the corresponding face image, and constructing a point account of each constructor.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.