CN111414526B - Elevator additionally-installed supervision method and computer-readable storage medium - Google Patents

Elevator additionally-installed supervision method and computer-readable storage medium Download PDF

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CN111414526B
CN111414526B CN202010136376.0A CN202010136376A CN111414526B CN 111414526 B CN111414526 B CN 111414526B CN 202010136376 A CN202010136376 A CN 202010136376A CN 111414526 B CN111414526 B CN 111414526B
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login
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CN111414526A (en
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薛彬
薛寒
江雪美
张贝贝
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Zhejiang Tongzhou Project Management Co ltd
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Abstract

The invention relates to an elevator additionally-installed supervision method and a computer-readable storage medium, which relate to the technical field of engineering supervision and solve the problems that the existing supervision mode is difficult to realize information intercommunication, and various problems often occur due to information failure in the whole construction process, and comprise the following steps: step S100: the main control terminal invokes an elevator installation supervision data amount required by the login account to be revealed and displayed based on the login account information and accords with a corresponding data display mode; step S200: the main control terminal invokes the second database in real time to acquire the historical elevator additional supervision data which is cut off until the current elevator additional supervision data, and performs data display based on the login account; step S300: the main control terminal is based on the received elevator installation accident feedback information, and sends information to inform corresponding responsible persons of corresponding accidents. The invention can disclose the elevator installation data related to the login personnel in a data display mode of the login personnel tendency based on the identity condition of the login personnel in real time.

Description

Elevator additionally-installed supervision method and computer-readable storage medium
Technical Field
The invention relates to the technical field of engineering supervision, in particular to an elevator installation supervision method and a computer readable storage medium.
Background
The project supervision refers to the commission of the supervision unit with relevant qualification by the first party, and represents a specialized service activity of monitoring the project construction of the second party by the first party according to the project construction files approved by the country, laws and regulations related to the project construction, the project construction supervision contracts and other project construction contracts. Engineering supervision is a paid engineering consultation service; is entrusted by the first party; the main basis of supervision is laws, regulations, technical standards, related contracts and files; the supervision criteria are law conservation, integrity, fairness and science; the supervision aims to ensure the engineering construction quality and safety, improve the engineering construction level, fully exert the gradual deepening of investment benefits along with the reform of the national construction field and the gradual perfection of building legislation, and the construction supervision preparation becomes a legal basic system in the engineering construction field of China, and the supervision has important importance in the position of engineering construction.
Most of the existing supervision methods are field records of supervision personnel, including paper records of measurement data, shooting of field scenes and the like, and after the records are completed, the assembly documents are collected for later retrieval. However, the information interaction of the existing supervision system is limited to supervision parties and construction parties, and the investors and government parties often have difficulty in knowing the progress, or the difficulty in knowing the progress is high; especially, the government side usually pays attention to civil engineering such as the elevator installation of the old community, and the elevator installation of the old community inevitably brings attention to the community management organization, and the existing supervision mode is difficult to realize information intercommunication, so that various problems often occur due to information obstruction in the whole construction process.
Disclosure of Invention
The invention aims to provide an elevator installation supervision method which can disclose elevator installation data related to a login person in a data display mode of login person tendency based on the identity condition of the login person in real time.
The above object of the present invention is achieved by the following technical solutions:
an elevator installation supervision method comprises the following steps:
step S100: the main control terminal invokes the elevator additionally installed supervision data amount required to be disclosed and displayed by the login account based on the login account information and accords with a corresponding data display mode, wherein the data display mode comprises a form data display mode and a chart data display mode;
step S200: the main control terminal invokes a second database in real time to acquire the current historical elevator installation supervision data, and performs data display based on the login account, wherein the second database is a preset database, and records and stores the current elevator installation supervision data in real time;
step S300: the main control terminal is based on the received elevator installation accident feedback information, sends a notification to a responsible person corresponding to the corresponding accident through the information, and monitors the processing condition of the corresponding accident in real time.
By adopting the technical scheme, the data required to be disclosed by the specific login account is determined based on the login account through the setting of the step S100 and displayed in a data display mode of the tendency of the login account, so that login personnel can acquire the information required to be acquired better, and the setting of the step S200 and the step S300 can timely inform related responsible personnel to process based on whether accidents occur or not and specific unexpected conditions occur in the process of installing the actual elevator.
The invention is further provided with: step S100 includes the steps of:
step S110: the main control terminal identifies the login account and confirms the identity information corresponding to the login account;
step S120: the main control terminal is used for inquiring the disclosure display information matched with the identity information of the corresponding login account and the data display mode conforming to the identity information of the corresponding login account in a first database based on the identity information of the login account as an inquiry object, wherein the first database is a preset database, and the disclosure display information quantity matched with the identity information of the login account and the corresponding identity information and the preset default data display mode are stored.
By adopting the technical scheme, the identity information matched with the login account is identified based on the information of the login account through the arrangement of the step S110 and the step S120, and the specific data information to be disclosed and the corresponding data display mode are determined based on the identity information, so that the elevator installation information condition can be better known by related personnel.
The invention is further provided with: the steps S1A0 are further included before the steps S100 and S200, and the step S1A0 includes the steps of:
step S1A1: if the login account is not provided with a default data display mode, the main control terminal calls the frequency of data display modes selected by all login staff, the frequency of data display modes selected by all login accounts in the adjacent period and the frequency of data display modes selected by the corresponding login accounts in the adjacent period;
step S1A2: the main control terminal builds a weight value calculation formula based on the frequency condition of the data display mode determined in the step S1A1 and confirms a default data display mode of the login account based on the weight value calculation formula, wherein the weight value calculation formula is as follows: z=a×q 1 +B*q 2 +C*q 3 Wherein A is the frequency of data display modes selected by all login personnel, B is the frequency of data display modes selected by all login accounts in the adjacent period, C is the frequency of data display modes selected by corresponding login accounts in the adjacent period, and q 1 Weight ratio, q, of data display mode frequency selected for all login personnel 2 Weight ratio, q, of data display mode frequency selected for all login accounts in adjacent period 3 Z is a weight value selected for a data display mode for the weight ratio of the frequency of the data display mode selected in the adjacent period of the account number to be logged in;
step S1A3: the main control terminal determines weight values of different data display modes based on the weight values determined in the step S1A2, and selects a data display mode corresponding to the largest weight value as a data display mode which is displayed in advance by a login account corresponding to the default data display mode which is not set.
Through adopting above-mentioned technical scheme, through step S1A1, step S1A2, step S1A3 set up based on when the login personnel did not set up data show mode, can confirm the data show mode that its login personnel defaults based on other login personnel history and the data show mode that really used when logging in recently to and its personnel actual most recently selected, thereby better prediction login personnel 'S actual conditions, better convenience login personnel' S understanding to elevator installs the condition additional.
The invention is further provided with: step S300 includes the steps of:
step S310: the main control terminal inquires a responsible person related to the related accident and a preset processing period of the related accident in a third database based on the accident situation occurring in real time as an inquiry object, timely informs the related responsible person through a short message, defines the third database as a preset database, and stores the responsible person related to the related accident and the preset processing period of the related accident, wherein the responsible person and the preset processing period of the related accident do not finish processing within the processing period and are used as the accident;
step S320: and the main control terminal invokes the second database to acquire the real-time process of the elevator installation, if related accidents are not processed in the preset time, the main control terminal inquires the responsible person involved in acquiring the corresponding accidents in the third database by taking the accidents which are not processed in the preset time as the accidents per se, and informs the related responsible person.
By adopting the technical scheme, the situation that accidents occur in the elevator installation process is effectively considered through the arrangement of the step S310 and the step S320, and the relevant unexpected responsible person can be timely notified, so that better attention is brought to the responsible person.
The invention is further provided with: step S300 further includes a step S3A0 provided between step S310 and step S320, and step S3A0 includes the steps of:
step S3A1: if the unexpected situation that the processing period is not set exists, the main control terminal uses the unexpected and corresponding unexpected occurrence area and time as query objects, queries the corresponding unexpected processing completion period of the same area and the participators during the processing in the fourth numerical control, and defines a fourth database as a preset database, and stores the unexpected and corresponding unexpected occurrence area and time and the relevant unexpected processing completion period and participators;
step S3A2: the main control terminal obtains the inquired accident participation total personnel and period based on the fourth database, and respectively obtains the duty ratio of the corresponding accident single person processing for finishing in a single day, wherein the specific duty ratio formula is as follows: t=1/(d×e), where T is the fraction of the corresponding unexpected single person treatment completed for a single day, d is the total person involved in the corresponding unexpected, and e is the total number of days of completion of the treatment;
step S3A3: the main control terminal determines the number of days of expected completion by combining the total number of the current engineering through the formula e=1/(d×t) based on the average value of the number of the completed single days of all the same corresponding unexpected single treatment in the same area as the number of the completed single days of the current unexpected single treatment.
By adopting the technical scheme, when the processing deadline is not set by the responsible person through the arrangement of the step S3A1, the step S3A2 and the step S3A3, the processing deadline required by the accident can be predicted based on the corresponding processing mode of the accident of the area.
The invention is further provided with: if the related accidents are not processed in the preset time, the main control terminal informs the related responsible persons through voice of the voice prompter.
Through adopting above-mentioned technical scheme, can be better inform relevant unexpected responsible person through voice prompt's mode.
The invention is further provided with: step S310 notifies the relevant responsible person by a short message notification.
By adopting the technical scheme, the relevant responsible person is timely and effectively notified.
The second object of the present invention is to provide a computer readable storage medium capable of storing a corresponding program for disclosing the elevator installation data related to the login personnel in a data display mode of login personnel tendency based on the identity condition of the login personnel in real time.
A computer-readable storage medium comprising a program capable of realizing the elevator installation supervision method according to any one of claims 1 to 7 when loaded and executed by a master control terminal
By adopting the technical scheme, the elevator installation data related to the login personnel can be disclosed in a data display mode of the login personnel tendency based on the identity condition of the login personnel in real time.
In summary, the beneficial technical effects of the invention are as follows: the elevator installation data related to the login personnel can be disclosed in a data display mode of login personnel tendency based on the identity condition of the login personnel in real time.
Drawings
Fig. 1 is a schematic view of the overall steps of the elevator installation supervision method of the present invention.
Fig. 2 is a schematic diagram showing specific steps of step S100 in fig. 1.
Fig. 3 is a specific step diagram of step S1 A0.
Fig. 4 is a specific step diagram of step S300.
Fig. 5 is a specific step diagram of step S3 A0.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Referring to fig. 1, the elevator installation supervision method disclosed by the invention comprises the following steps: step S100: the main control terminal invokes the elevator additionally installed supervision data amount required to be disclosed and displayed by the login account based on the login account information and accords with a corresponding data display mode, wherein the data display mode comprises a form data display mode and a chart data display mode; step S200: the main control terminal invokes a second database in real time to acquire the current historical elevator installation supervision data, and performs data display based on the login account, wherein the second database is a preset database, and records and stores the current elevator installation supervision data in real time; step S300: the main control terminal is based on the received elevator installation accident feedback information, sends a notification to a responsible person corresponding to the corresponding accident through the information, and monitors the processing condition of the corresponding accident in real time.
For example, the identities corresponding to the login account numbers are mainly classified into an investor, a government party, a community party and a supervisor party, and the disclosed elevator added supervision data amount referred to herein mainly refers to whether the government party or the community party needs to consider displaying the total process names based on the time axis or displaying more detailed process step data, and can be adjusted based on practical situations.
Further considering that suitable data presentation is enabled based on the identity information of the logged-in person, step S100 comprises the steps of: step S110: the main control terminal identifies the login account and confirms the identity information corresponding to the login account; step S120: the main control terminal is used for inquiring the disclosure display information matched with the identity information of the corresponding login account and the data display mode conforming to the identity information of the corresponding login account in a first database based on the identity information of the login account as an inquiry object, wherein the first database is a preset database, and the disclosure display information quantity matched with the identity information of the login account and the corresponding identity information and the preset default data display mode are stored.
In addition, in the practical application process, it is further required to consider that the login account is not set with a default data display mode, and at this time, the selection condition should be determined based on the data display modes of other login personnel and the latest data display mode selection condition of the related login personnel, so the following step S1A0 is further included before the step S100 and the step S200, and the step S1A0 includes the following steps:
step S1A1: if the login account is not provided with a default data display mode, the main control terminal calls the frequency of the data display modes selected by all login staff, the frequency of the data display modes selected by all login accounts in the adjacent period and the frequency of the data display modes selected by the corresponding login accounts in the adjacent period.
Step S1A2: the main control terminal builds a weight value calculation formula based on the frequency condition of the data display mode determined in the step S1A1 and confirms a default data display mode of the login account based on the weight value calculation formula, wherein the weight value calculation formula is as follows: z=a×q 1 +B*q 2 +C*q 3 Wherein A is the frequency of data display modes selected by all login personnel, B is the frequency of data display modes selected by all login accounts in the adjacent period, C is the frequency of data display modes selected by corresponding login accounts in the adjacent period, and q 1 Weight ratio, q, of data display mode frequency selected for all login personnel 2 Weight ratio, q, of data display mode frequency selected for all login accounts in adjacent period 3 And Z is a weight value selected for the data display mode for the weight ratio of the frequency of the data display mode selected in the adjacent period of the login account.
Step S1A3: the main control terminal determines weight values of different data display modes based on the weight values determined in the step S1A2, and selects a data display mode corresponding to the largest weight value as a data display mode which is displayed in advance by a login account corresponding to the default data display mode which is not set.
Further considering that the relevant responsible person can be effectively notified in time when an accident occurs when the elevator is installed, step S300 includes the steps of: step S310: the main control terminal inquires about responsible persons related to related accidents and preset processing time periods of the related accidents in a third database based on the accidents occurring in real time as inquiry objects, for example, the accidents include underground cables, typhoons and other bad weather dug in a foundation pit excavation stage, elevator manufacturers not delivering elevators and the like in time, the related responsible persons are notified in time through short messages, the mode of notifying the related responsible persons is short message notification, the third database is defined as a preset database, the responsible persons related to the related accidents and the preset processing time periods of the related accidents are stored, and the accidents are not processed in the processing time periods; step S320: the main control terminal invokes the second database to acquire the real-time process of elevator installation, if related accidents are not processed in the preset time, the main control terminal queries the responsible person involved in acquiring the corresponding accidents in the third database by taking the accidents which are not processed in the preset time as the accidents themselves, and notifies the related responsible person in a voice prompt mode, wherein the voice prompt preferably passes through the voice prompt device.
In addition, considering that the worker does not set the processing period during the actual use, the step S300 further includes a step S3A0 provided between the step S310 and the step S320, and the step S3A0 includes the steps of: step S3A1: if the unexpected situation that the processing period is not set exists, the main control terminal uses the unexpected and corresponding unexpected occurrence area and time as query objects, queries the corresponding unexpected processing completion period of the same area and the participators during the processing in the fourth numerical control, and defines a fourth database as a preset database, and stores the unexpected and corresponding unexpected occurrence area and time and the relevant unexpected processing completion period and participators; step S3A2: the main control terminal obtains the inquired accident participation total personnel and period based on the fourth database, and respectively obtains the duty ratio of the corresponding accident single person processing for finishing in a single day, wherein the specific duty ratio formula is as follows: t=1/(d×e), where T is the fraction of the corresponding unexpected single person treatment completed for a single day, d is the total person involved in the corresponding unexpected, and e is the total number of days of completion of the treatment; step S3A3: the main control terminal determines the number of days of expected completion by combining the total number of the current engineering through the formula e=1/(d×t) based on the average value of the number of the completed single days of all the same corresponding unexpected single treatment in the same area as the number of the completed single days of the current unexpected single treatment.
Embodiments of the present invention provide a computer readable storage medium comprising instructions capable of, when loaded and executed by a processor, implementing steps in the flow of fig. 1-5.
The computer-readable storage medium includes, for example: 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 embodiments of the present invention are all preferred embodiments of the present invention, and are not intended to limit the scope of the present invention in this way, therefore: all equivalent changes in structure, shape and principle of the invention should be covered in the scope of protection of the invention.

Claims (4)

1. The elevator installation supervision method is characterized by comprising the following steps of:
step S100: the main control terminal invokes the elevator additionally installed supervision data amount required to be disclosed and displayed by the login account based on the login account information and accords with a corresponding data display mode, wherein the data display mode comprises a form data display mode and a chart data display mode;
step S200: the main control terminal invokes a second database in real time to acquire the current historical elevator installation supervision data, and performs data display based on the login account, wherein the second database is a preset database, and records and stores the current elevator installation supervision data in real time;
step S300: the main control terminal is based on the received elevator additionally installed accident feedback information, sends a notification to a responsible person corresponding to the corresponding accident through the information, and monitors the processing condition of the corresponding accident in real time;
step S100 includes the steps of:
step S110: the main control terminal identifies the login account and confirms the identity information corresponding to the login account;
step S120: the method comprises the steps that a main control terminal is used as an inquiry object based on identity information of a login account, and inquires out disclosure display information matched with the identity information of the corresponding login account and a data display mode conforming to the identity information of the corresponding login account in a first database, wherein the first database is a preset database, and the login account identity information, the disclosure display information matched with the corresponding identity information and a preset default data display mode are stored;
the steps S1A0 are further included before the steps S100 and S200, and the step S1A0 includes the steps of:
step S1A1: if the login account is not provided with a default data display mode, the main control terminal calls the frequency of data display modes selected by all login staff, the frequency of data display modes selected by all login accounts in the adjacent period and the frequency of data display modes selected by the corresponding login accounts in the adjacent period;
step S1A2: the main control terminal builds a weight value calculation formula based on the frequency condition of the data display mode determined in the step S1A1 and confirms a default data display mode of the login account based on the weight value calculation formula, wherein the weight value calculation formula is as follows: z=a×q 1 +B*q 2 +C*q 3 Wherein A is the frequency of data display modes selected by all login personnel, B is the frequency of data display modes selected by all login accounts in the adjacent period, C is the frequency of data display modes selected by corresponding login accounts in the adjacent period, and q 1 Weight ratio, q, of data display mode frequency selected for all login personnel 2 Weight ratio, q, of data display mode frequency selected for all login accounts in adjacent period 3 Z is a weight value selected for a data display mode for the weight ratio of the frequency of the data display mode selected in the adjacent period of the account number to be logged in;
step S1A3: the main control terminal determines weight values of different data display modes based on the weight values determined in the step S1A2, and selects a data display mode corresponding to the largest weight value as a data display mode which is displayed in advance by a login account corresponding to the default data display mode which is not set;
step S300 includes the steps of:
step S310: the main control terminal inquires a responsible person related to the related accident and a preset processing period of the related accident in a third database based on the accident situation occurring in real time as an inquiry object, timely informs the related responsible person through a short message, defines the third database as a preset database, and stores the responsible person related to the related accident and the preset processing period of the related accident, wherein the responsible person and the preset processing period of the related accident do not finish processing within the processing period and are used as the accident;
step S320: the main control terminal invokes the second database to acquire a real-time process of elevator installation, if related accidents are not processed in preset time, the main control terminal inquires a responsible person involved in acquiring the corresponding accidents in the third database by taking the accidents which are not processed in the preset time as the accidents per se, and informs the related responsible person;
step S300 further includes a step S3A0 provided between step S310 and step S320, and step S3A0 includes the steps of:
step S3A1: if the unexpected situation that the processing period is not set exists, the main control terminal uses the unexpected and corresponding unexpected occurrence area and time as query objects, queries the corresponding unexpected processing completion period of the same area and the participators during the processing in the fourth numerical control, and defines a fourth database as a preset database, and stores the unexpected and corresponding unexpected occurrence area and time and the relevant unexpected processing completion period and participators;
step S3A2: the main control terminal obtains the inquired accident participation total personnel and period based on the fourth database, and respectively obtains the duty ratio of the corresponding accident single person processing for finishing in a single day, wherein the specific duty ratio formula is as follows: t=1/(d×e), where T is the fraction of the corresponding unexpected single person treatment completed for a single day, d is the total person involved in the corresponding unexpected, and e is the total number of days of completion of the treatment;
step S3A3: the main control terminal determines the number of days of expected completion by combining the total number of the current engineering through the formula e=1/(d×t) based on the average value of the number of the completed single days of all the same corresponding unexpected single treatment in the same area as the number of the completed single days of the current unexpected single treatment.
2. The elevator installation supervision method according to claim 1, wherein: if the related accidents are not processed in the preset time, the main control terminal informs the related responsible persons through voice of the voice prompter.
3. The elevator installation supervision method according to claim 1, wherein: step S310 notifies the relevant responsible person by a short message notification.
4. A computer-readable storage medium comprising a program capable of implementing the elevator installation supervision method according to claim 1 when loaded and executed by a master control terminal.
CN202010136376.0A 2020-03-02 2020-03-02 Elevator additionally-installed supervision method and computer-readable storage medium Active CN111414526B (en)

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