Method, system and computer software for computerized preparation of parts in elevator engineering

FIELD: method and system for computerized preparation of parts in elevator engineering.

SUBSTANCE: method includes storing information which is important for logistics in control list of database in form of data about parts required in elevator engineering, parts being prepared are fitted with readable and recordable carrier of information with data memory, these parts are prepared, information which is important for logistics is recorded by means of a computer into memory of information carriers, prepared parts are delivered to the construction site, at the construction site the information important for logistics is read from the memory of information carrier, the information is checked by means of a computer and delivered parts are placed at specified distribution stations using read logistics information. The system contains a database, a reading/recording device, an information carrier with data memory, a processing block.

EFFECT: expanded functional capabilities.

2 cl, 1 dwg

 

The invention relates to a method, system and computer program product for a computer-based training components in the Elevator industry, as defined by the claims.

The Elevator industry lifting mount installation or upgrade on-site. For this purpose a certain way prepare components. Under the training components realize the full value chain, consisting of order processing, manufacture, delivery, picking, delivery, installation and maintenance of components. Various suppliers produce components and deliver in the form of packages for components warehouses. On the parts warehouses exercise equipment, i.e. the selection of components on pallets and the pallets supply to the construction site. Components mounted in the lifting units. Mounted in the lifting installations components serve.

The disadvantage of this method is that in the manufacture of components for the enterprises-suppliers of components, it is impossible to correlate among themselves and identify that it is important for quality control.

A further disadvantage in that it is delivered on an integrated warehouse packaging has to be opened to check the contents.

The disadvantage is also that stroyphasa the ke localization of individual components on the delivered pallets takes time.

The drawback to that is that the identification of a set or mounted components ambiguous.

A further disadvantage is that the installation of supplied components associated with errors, negligence components are mounted correctly.

The disadvantage finally that the identification of spare parts for maintenance related to errors and is time-consuming.

The present invention is to develop a method, system and computer program product, which can eliminate the above mentioned disadvantages.

This problem is solved by the invention according to the claims.

The invention consists in the computer training components in the Elevator industry, and accessories provide a reading or recording media, these components prepare, information storage media using the computer record or read, and this information using the computer check.

The preferred way media supply individual components or components and/or packaging components and/or the pallet with the selected components. The preferred way media is a contactless smart card with stored data information by the reading device is and read or recording device to record. The preferred way media represents an economically produced the chip card in the form of a flexible film transceiver with communication based on radio frequency (RF). With media, you can use your computer to read or write to any location in the value chain in the Elevator industry, i.e. order processing, manufacturing, shipping, procurement, supply, installation and maintenance of components.

The preferred image information in a computer-based testing comparing at least one stored at least in one database checklist. Read the read or write device information transmit at least one processing unit and using at least one computer program compared with the control list. A computer program compares whether this information with data from the corresponding checklist. The result of this verification, the processing unit generates a positive or negative response.

Thanks to the invention it is possible to control individual steps of the value chain in the Elevator industry and to improve the quality in all links of the value chain. Stored in the database data checklist lead to transparency, simplifying structures of the control.

In the drawing the invention is explained using an approximate form of execution. The drawing shows a schematic diagram of the method of computer training components in the Elevator industry, shows the value chain, consisting of the handle 0 of order 1, delivery 2, configuration 3, delivery 4, mounting 5 and service 6 components.

Used in the Elevator industry components represent components of different types. So, prepare components such as guides, actuators, components, cabs, cables, belts, control boxes, etc. Components are manufactured at the enterprises-suppliers deliver components warehouses, put out on the job site and assembled in lifting installations.

The preferred way media is a contactless smart card with stored data information using the computer using the scanner reading or recording device to record. The media represents, for example, a transceiver with a transceiver antenna and electronics. The media feeds on the operating voltage by induction through the electromagnetic field. This electromagnetic field is radiated readout or recording device is om. As soon as the media will be located near the readout or recording device, it will be supplied with energy and send RF information reading or recording device. Depending on the card type is implemented by the communication range from a few centimeters to one or more meters. Reading or recording device can be made mobile or stationary. Read or write is a non-contact, also through accessories or packaging.

The transceivers are different passive and active implementation, and passive gets its energy solely owing to the readout or recording device of the electromagnetic field, and active have their own energy to gain transmitted in the opposite direction, the RF information, as well as different options for "read-only", i.e. only read, and read-white", i.e. read and write. Various systems are also used in radio frequency (RF) design form ((sticky) tape, tube, plastic card and so on), the range of writing or reading and speed reading. Basic information of the transceiver is programmed, unambiguous worldwide license code; depending on the implementation transceivers store additionally the th information for example, the transceivers of the type "read-white" store a date and time by reading or recording device. Film transceivers are especially preferred because they are characterized by low cost, the elasticity of the film, ease of mounting, immunity in circulation and a relatively high data rate. In particular, such a film transceivers substantially impervious to dirt and paint on site.

Thanks to the invention can be implemented in any reading or recording media, and read and write to the device. So, can also be applied media that communicates with the reading or recording device such as a scanner, contactless-based light. Can also be used storage media in the form of magnetic cards, electronic chips, etc. that communicates with the reading or recording device via at least one switching contact.

For computer verify the information in the checklist database data is stored. These data correspond to the information or the data and information are correlated with each other. The database is, for example, a relational database.

For computer reading or writing information or for compiuternoi verify the information provided for the processing unit. The processing unit is a standard computer unit with inputs and outputs for communication with the reading or recording device or database. For example, the communication takes place in accordance with known standard Protocol such as Internet Protocol radio and/or cable and/or phone. The processing unit can be made mobile or stationary. A processing unit, a database, and read and write the device can be accommodated in the same housing, but can also be placed separately in different places.

The preferred image processing unit of the embedded computer program. The preferred way of computer program works in several modes, such as mode structure, mode of production, mode of storage, mode of delivery, mode of installation, maintenance mode, which correspond to the links of the value chain. A computer program has, thus, access to read information and data checklist. A computer program compares the read information with the data checklist. The preferred way this comparison takes place in accordance with known logic elements AND, OR, NOT, etc.

The reading or recording device or the control unit is built well-known and proven SEB is a means of input and output, such as display, keyboard, speaker, etc. With proper identification, the optical monitor or acoustically through the speaker output positive, and if not negative feedback. The response signal may also consist in the output of the read information. A computer program can perform the query. The output of such a query may occur on the optical monitor. The handshake request, for example YES/NO, can occur through a keyboard or monitor with functional surfaces (Touch Screen).

When processing 0 order checklist contribute data about the required components, delivery time, quantity or distribution of pallets etc. Computer program writes the data in the control list in the outline view.

The preferred way components in the manufacture of 1 supply media. For example, the storage medium is inserted into the components or attach to components. The storage medium contains a data memory with important information for unambiguous assignment components, such as a production number, batch number, date of production, production version, etc. This information is used for production control, and it allows you to check the progress of manufacture 1 components. In particular, this information is Oia allows quality control during manufacturing components 1.

Components in the manufacture of 1 consists of several components. In the checklist are, therefore, the data, for example, that the first component having the first production room, you should pick up to a second component having a second production room. When producing 1 production number read, and passed to the processing unit. A computer program compares the mode of production proper selection of components in the components. For that matter production numbers compared with the control list. For example, the production sequence numbers are compared with the corresponding sequence of the production rooms in the checklist.

The preferred way is made components packaged on the enterprises-suppliers and supply packaging media. For example, the storage medium is inserted into the packaging or attached to the packaging. In the data memory media packaging record is important to deliver information about the contents of the packages. For example, record information about the contents and the number of components, their production numbers, batch numbers, days of production, ways of production, the expected day of delivery, the weight of the packages, etc.

At the delivery stage 2 package and send the keys to the parts warehouses. The preferred image information read or write when applying for parts warehouses. The preferred way this important delivery information stored in the checklist. Information can be subjected to further processing. For example, a computer program in a storage compares the received components with the corresponding order on the checklist. This allows control of the completeness of the obtained components. Also the computer program updates the information stored in the data memory components or packages. For example, in the memory of the data storage media recording information on the actual day of delivery, and storage room. This updated information is stored preferably also in the checklist in the form data.

The preferred way components or unpacked components when picking 3 select the component on the warehouse for pallet delivery to the construction site. The preferred way pallets supply media. In memory of the data storage media of each pallet write important for logistics information. For example, record information about the number of accessories, the place of distribution at the site, etc. This is important for logistics information can, of course, keep the in media components or packaging pallets. The preferred way a computer program selects the supplied accessories check list and stores this important for logistics information in the checklist in the form data.

When delivered to the site 4 important for logistics information data memory media pallets read and compared with the control list. For example, mounted on the building site five lifting devices distributed in five places and for each hoisting unit supply ten pallets. By recording important for logistics information directly in the supply fifty supplied pallets can immediately be placed in the provided distributed locations and to check the completeness of the delivery, i.e. the application of a claim komplektujushhie warehouse. Important for logistics information read and display. A computer program compares the mode of delivery of the read information with the data checklist. The message about accepting delivery 4 may occur in the mode of delivery by analogy with the radio message (SMS) or email. The preferred way a computer program makes a request: please confirm the completeness of the delivery components. The handshake request.

For mounting 5 of the lifting units are to be delivered on pallets components uniquely identifes the shape using the information in the data storage media on pallets. This information is used to control the installation, and it allows you to check the progress of the installation 5 hoisting unit. In particular, this information allows us to control quality during installation 5 hoisting unit.

Lifting device mounted using several components. This checklist provides, therefore, the data, for example, that the first component having the first production room, you should pick up the second komplektujushhie with the second production number. During installation 5 production numbers read, and passed to the processing unit. A computer program compares the mode of production proper selection of components. For that matter production numbers compared with the control list. For example, the sequence a few production numbers compared with the corresponding sequence of the production rooms in the checklist. By transmitting information to the Central unit, you can check the progress of the construction works and to update the planning workforce.

For maintenance 6 hoisting unit reads the information in the data storage media mounted components and compare it with the checklist. The preferred way all important services to the Oia or for replacement and additional ordering information, write as important for maintenance of information in the data memory. For example, read production numbers, days of the manufacture, production versions of components. The program compares in maintenance mode read information with the data checklist. The preferred way checklist provides documentation for the installation or connected with documentation on the installation. Defective parts or components can, thus, uniquely identified, and the necessary spare parts is automatically an additional order. Preferred additional order is in maintenance mode. The computer program performs, for example, such a request: would You also order the components identified as defective? The handshake request.

1. A computerized method of preparation of components in the Elevator industry, characterized in that important for logistics information stored in the control list of the database in the form of data needed in the Elevator industry components that prepare components provide readable and writable storage medium with a data memory that these components prepare, which is important for logistics information using a computer record in the memory of the media that the prepared components are delivered to the construction site, which is building the site is important for logistics information using the computer reads from the data memory media, this information is checked with the aid of a computer and the supplied components are placed using a few, important for logistics information provided on the distribution points.

2. The method according to one of claim 1, characterized in that the individual components and/or packaging components and/or the pallet with the selected components provide the media with memory data.

3. The method according to claim 1 or 2, characterized in that the items delivered to the construction site components checked with the computer than read, which is important for logistics, information with the data from the checklist.

4. The method according to claims 1 to 3, characterized in that the production sequence numbers stored in the watch list database, and that important information is written in the data memory media.

5. The method according to claim 4, characterized in that important for the production of information delivered to the construction site components read from the data memory media, and what components will be identified and picked up by a few, important production information.

6. The method according to claim 5, characterized in that identify the first component with the first production number and the second component with the second serial number is m, what few production numbers compared with the control list and that is properly picked components.

7. The method according to claim 6, characterized in that the sequence read important information is compared with the corresponding sequence in the checklist and monitor the progress of construction works.

8. The method according to claim 1, characterized in that important to care for lift installation information recorded in the storage media mounted components that reading is important for care information on defective mounted components and which is mounted defective components identify and additionally bought with a few important care information from the media.

9. The system is computerized training components in the Elevator industry, characterized in that important for logistics information stored in the control list of the database as data required in the Elevator industry components that prepare components provide readable or writable media with memory data read/write device writes using the computer is important for logistics information in the data memory media, which at the construction site the read/write device with itive using the computer is important for logistics information from the data storage media and that the processing unit using the computer compares the read important for logistics information with the data from the checklist.

10. The system according to claim 9, characterized in that it includes a processing unit or the read/write device that generates as a positive result or a negative feedback.

11. The system according to claim 9, characterized in that the information carrier is a contactless smart card with stored data information, which reads the read/write device, and/or that the information carrier is a film transceiver stored in the data memory information, which reads the read/write device via radio frequency, and/or that the information carrier is a film transceiver without their own source of supply.



 

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1 tbl

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