CN103514409A - BIM system, server device, terminal device, method and program - Google Patents
BIM system, server device, terminal device, method and program Download PDFInfo
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Abstract
The invention provides a BIM system, a server device, a terminal device, a method and a program capable of preventing technical data leakage when an elevator and a building are designed. The embodiment employs part information to complete a BIM part, corresponding to completing conditions, of the elevator; the completing conditions comprise elevator shaft space information regulating the elevator shaft space needed for arranging the elevator; the BIM part of the elevator is displayed on a display portion in a state of being arranged in the elevator shaft space.
Description
The application be take Japanese patent application " the 2012-147165 " (applying date: be 29/06/2012) basis, enjoy the right of priority of this application.The application passes through with reference to this application, the full content that comprises this application.
Technical field
Embodiments of the present invention relate to BIM (architecture information modeling, Building Information Model) system, server unit, end device, method and program.
Background technology
In the past, research, when buildings arranges the required lift well space of lifter, must be undertaken by the technician with the lifter manufacture business of the technical experience that can study payment of the specification confirmation of lifter, equipment research, traffic calculating, lift well equipment etc.Here, in order effectively to improve the design of lifter and buildings, be desirably in lifter manufacture business's technician, technology of sharing data between each dealer of the designer who takes on personnel, design corporation of building constructor etc., but this occasion, must consider secure context, prevent leaking of technical data.Thereby, in recent years, when lifter and Building Design, seek to prevent the technology leaking of technical data.
Summary of the invention
The problem that the present invention solves is to provide when lifter and Building Design, can prevent the BIM system, server unit, end device, method and the program that leak of technical data.
The BIM system of embodiment, can be connected the server unit that at least possesses control part and storage part communicatedly with the end device that at least possesses control part and display part.The above-mentioned storage part of above-mentioned server unit possesses: component information storage unit, its storage is for making the component information of BIM parts of the lifter of the BIM model that can be assembled into buildings.The above-mentioned control part of above-mentioned server unit possesses: lifter modeling unit, the above-mentioned component information that it utilizes in above-mentioned component information cell stores, make with from above-mentioned end device, send, at least comprise and stipulated, at above-mentioned buildings, above-mentioned BIM parts corresponding to the condition that makes of lift well spatial information in the required lift well space of above-mentioned lifter are set; Provide unit with information, it sends the above-mentioned BIM parts that made by above-mentioned lifter modeling unit to above-mentioned end device.The above-mentioned control part of above-mentioned end device possesses: picture display unit, it,, by the above-mentioned BIM parts that provided unit to send from above-mentioned server unit by above-mentioned information, to be arranged at the state in above-mentioned lift well space, is shown in above-mentioned display part.
According to the BIM system of above-mentioned formation, when lifter and Building Design, can prevent leaking of technical data.
Accompanying drawing explanation
Fig. 1 is the design documentation of buildings and a routine concept map of BIM model.
Fig. 2 is a routine block scheme of the formation of the BIM system in embodiment.
Fig. 3 is a routine process flow diagram of the base conditioning of the BIM system in embodiment.
Fig. 4 is defined in the illustration figure that buildings arranges the lift well spatial information in the required lift well space of lifter.
Fig. 5 is the routine process flow diagram that the lift well spatial information in embodiment is obtained processing.
Fig. 6 is by an illustration figure of the lift well spatial model after lift well modelling.
Fig. 7 is to the key diagram of setting operation that presumptive area arranges the user of lift well spatial model that arranges in BIM model.
Fig. 8 is an illustration figure of the building information relevant to the buildings that lifter is set.
Fig. 9 A is an illustration figure of the elevator specification information relevant to the specification of lifter.
Fig. 9 B is other illustrations figure of elevator specification information.
Figure 10 A is an illustration figure of the simple and easy passage (pass) of performance lifter.
Figure 10 B is other illustrations figure of simple and easy passage.
Figure 11 A is assembled into BIM parts (parts) in an illustration figure of the state of lift well spatial model.
Figure 11 B is other illustrations figure to the state of lift well spatial model by BIM assembling parts.
Figure 12 is an illustration figure of the sectional view of the lift well spatial model shown in Figure 11 B.
Figure 13 is that a routine process flow diagram of processing is carried out in the simulation in embodiment.
Figure 14 A is the illustration figure as the reacting force result of calculation of analog result example.
Figure 14 B is the illustration figure as the traffic result of calculation of analog result example.
Figure 15 is the routine process flow diagram that the renewal in embodiment is processed.
Figure 16 is a routine block scheme of the formation of the BIM system in the variation of embodiment.
Embodiment
Below, describe with reference to the accompanying drawings the embodiment of BIM system, server unit, end device, method and the program of embodiment in detail.In addition, this embodiment does not limit the present invention.
Here, with reference to Fig. 1, the summary of the BIM (architecture information modeling, Building Information Model) utilizing in embodiment is described.Fig. 1 is the design documentation of buildings and a routine concept map of BIM model.In Fig. 1, the method for designing of the design documentation based on buildings and the difference of the method for designing based on BIM have been showed.As shown in the left side of Fig. 1, in the method for designing of the design documentation based on buildings, each industry kind relevant to the design of buildings makes respectively special accompanying drawing, so must have relevance and matching between each.That is, in the method for designing of the design documentation based on buildings, for example, the correction of associated design documentation must be carried out, also the inspection of its matching must be carried out.Shown in ，Tu1 right side in the method for designing based on BIM, each industry kind can all data of ShareBuilder thing be 3 dimension models (that is, the BIM model of buildings) of buildings, therefore can in data, carry out the confirmation of relevance and matching on the other hand.
Below, describe formation and the processing of embodiment in detail.
[embodiment]
Referring to Fig. 2 to Figure 15, present embodiment is described.In addition, the mode that the server side in the illustrative BIM system of present embodiment and the function of end side are disperseed is not limited to following, in can obtaining the scope of same effect, function, can function or physical dispersion synthetically with unit arbitrarily, form.
[formation of BIM system]
One example of the formation of the BIM system in present embodiment is described referring to Fig. 2.Fig. 2 is a routine block scheme of the formation of the BIM system in present embodiment, has only represented conceptually the major part in this formation.
As shown in Figure 2, the BIM system of present embodiment, roughly by providing the server unit 200 of information of 3 dimension models (that is, the BIM parts of lifter) etc. of lifter and the end device 100 that carries odd number or a plurality of BIM application programs etc. connecting and composing by communication mode.As shown in Figure 2, as an example, communications packets is containing the telecommunication via the wire-wireless communication of network 300 etc. etc.Each portion of these BIM systems can connect communicatedly via the road of communicating by letter arbitrarily.
As shown in Figure 2, in the BIM system of present embodiment, server unit 200 roughly at least possesses control part 202 and storage part 206, and end device 100 at least possesses efferent (display part 114 and audio output unit 116), input part 118, control part 102 and storage part 106.
[formation of server unit 200]
In Fig. 2, server unit 200 has following function,, be used in the component information of storage part 206 storages, make with from end device 100, send, at least comprise and be defined in buildings BIM parts corresponding to the condition that makes of lift well spatial information in the required lift well space of lifter are set, the function that the BIM parts that make are sent etc. to end device 100.Server unit 200, via Communications Control Interface portion 204, via network 300, can be connected with end device 100 mutually communicatedly, possesses control part 202 and storage part 206.Control part 202 is the control modules that carry out various processing.Communications Control Interface portion 204 is interfaces that the communicator (not shown) of the antenna that is connected with communication line and/or telephone line etc. and/or router etc. connects, and has the function of carrying out the Control on Communication between server unit 200 and network 300.That is, Communications Control Interface portion 204 has the function of carrying out data communication via communication line and end device 100 etc.Storage part 206 is memory cells of the shaft collar device of HDD (Hard Disk Drive) etc. or SSD (Solid State Drive) etc., stores various databases and/or table (component information database 206a, calculating formula file 206b etc.).
In each inscape of these storage parts 206, component information database 206a is storage for making the component information storage unit of component information of BIM parts of the lifter of the BIM model that can be assembled into buildings.In present embodiment, the concept that lifter comprises elevator and passenger conveyor-belt, passenger conveyor-belt comprises escalator and moving elevator.Component information comprises the required all information of BIM parts of lifter that user design is assembled into the BIM model of buildings.Component information such as be the specification of the lifter of purposes, staffing, bearing capacity, responsiveness, look, machine etc., when buildings arranges lifter necessity space, size, information that various auxiliary device is relevant, form the such tectonic information of strength of parts, price, size, quality, look, material, natural frequency of the necessary parts of lifter, and delivery period, Inventory Performance, set-up time, ornament materials, durable years, manufacturer's information, product type etc., but be not limited to this.
More particularly, in present embodiment, the action parameter of the BIM parts that component information adopts while comprising the action of resolving BIM parts.Action parameter is the parameter of responsiveness, pattern of regulation lifter etc.The dimension information that component information comprises each BIM parts.As in the present embodiment, the occasion that lifter is elevator, as BIM parts, such as having car, counterweight, main rope, windlass, guide rail, the associated product of ladder riding hall, machine room, console panel, power-supply device, various distribution pipings etc.For example, the occasion that lifter is escalator, as BIM parts, such as being spread out frame, mark time, mark time chain, moving hand-rail, lifting board, railing, drive unit, machine room, console panel, power-supply device, various distribution pipings etc.The setup parameter that component information adopts while comprising the change of BIM parts.The parameter of the size that setup parameter comprises regulation BIM parts, look, material etc.In addition, BIM parts are same with typical BIM model, the attribute information that comprises these BIM parts itself component information associated with the lifter of object etc.
Calculating formula file 206b is the calculating formula storage unit of storing the predetermined calculating formula of using while carrying out the simulation relevant to lifter.In present embodiment, the reacting force that calculating formula file 206b storage is relevant to lifter calculates and required calculating formula is calculated in traffic.In addition, calculating formula file also can be stored required various threshold values, parameter and the sample data etc. of analog computation of reacting force calculating and traffic calculating etc.
In Fig. 2, control part 202 has the control program of storage OS (Operating System, operating system) etc. and/or stipulates the program of various processing sequence etc. and the internal storage of the data of wanting.Control part 202 passes through these programs etc., carries out for carrying out the information processing of various processing.Control part 202 is on concept of function, and possessing the 202a of the condition reception of making portion, the lifter modeling 202b of portion, analysis unit 202c, information provides the 202d of portion and the 202e of renewal portion.
Wherein, make the 202a of condition reception portion be receive the condition that makes that sends from end device 100 make condition reception unit.The condition that makes is specified for making the condition of BIM parts of lifter of BIM model of the be assembled into buildings of user's expectation.In present embodiment, make the 202a of condition reception portion receive that send from end device 100, at least comprise the condition that makes that buildings arranges the lift well spatial information in the required lift well space of lifter that is defined in.Lift well spatial information is in the occasion that for example lifter is elevator, the information of the width that comprises regulation lift well space, depth and lifting travel etc.
Make the 202a of condition reception portion and also can receive the condition that makes that comprises the lift well spatial information that sends from end device 100, the building information relevant to the buildings that lifter is set and the elevator specification information relevant with the specification of this lifter.The information that building information comprises buildings purposes, number of floor levels, floor name, floor height, flooring personnel etc.Lift well specification information, in the occasion that for example lifter is elevator, comprises specification information and boarding place specification information in car.The information that in car, specification information comprises side plate, courtyard, cage operating panel, secondary operation board, secondary operation board (horizontal stroke), railing, mirror and recommendation specification etc.The information that boarding place specification information comprises panel, action button, indicator, lamp, alarm panel and recommendation specification etc.
In addition, make price that condition also can comprise hope, delivery period etc.The condition of making can be by user via input part 118 input in end device 100, also can read in from the pre-stored external memory (not shown) that makes condition.
The lifter modeling 202b of portion makes the lifter modeling unit of the BIM parts of the lifter corresponding with the condition that makes that makes the 202a of condition reception portion reception by the component information of component information database 206a storage.The lifter modeling 202b of portion also can be by the component information of component information database 206a storage, make with from BIM parts corresponding to end device 100 condition that makes that send, that comprise lift well spatial information, building information and elevator specification information.The BIM parts of the lifter that the lifter modeling 202b of portion also can make in storage part 206 storages, construct BIM parts data storehouse (not shown).
It is that the information that sends the BIM parts of the lifter that the lifter modeling 202b of portion make to end device 100 provides unit that information provides the 202d of portion.Information provides the 202d of portion also can send to end device 100 result of the simulation of analysis unit 202c execution.Information provides the 202d of portion also can send at least one in the BIM parts of the aftermentioned renewal 202e of portion renewal and the result of simulation to end device 100.
The 202e of renewal portion (is for example upgrading 206 canned datas of storage part, in the component information of component information database 206a storage, in the calculating formula of calculating formula file 206b storage etc.) occasion, according to the information of this renewal and make the condition that makes that the 202a of condition reception portion receives, upgrade at least one the updating block in the result of BIM parts and simulation.
[formation of end device 100]
In Fig. 2, end device 100 has to be arranged at the state that the required lift well space of lifter is set at buildings, makes display part 114 show the function of the BIM parts etc. of the lifter sending from server unit 200.End device 100 is such as the mobile communication terminal etc. that is signal conditioning package, portable phone, smart mobile phone, PHS and the PDA etc. of general commercially available desktop type or the PC of notebook type etc.End device 100 can carry explorer etc., also can carry BIM application program etc.End device 100 also can possess the efferent that at least comprises display part 114 and audio output unit 116.End device 100 also can possess the input part 118 that carries out data input etc.
In Fig. 2, display part 114 is display units (display, monitor and the touch panel etc. that for example, comprise liquid crystal or organic EL etc.) of the display frame of display application program etc.Audio output unit 116 can be also the voice output unit (for example, loudspeaker etc.) using acoustic information as voice output.Input part 118 can be also for example keyboard input part, touch panel, control panel (for example, touch pad and cribbage-board etc.), mouse, keyboard and microphone etc.Input and output control interface portion 108 carries out the control of display part 114, audio output unit 116 and input part 118 etc.
In Fig. 2, Communications Control Interface portion 104 is the interfaces that are connected with the communicator (not shown) that is connected to the antenna of communication line and/or telephone line etc. and/or router etc., has the function of carrying out the Control on Communication between end device 100 and network 300.That is, Communications Control Interface portion 104 has the function of carrying out data communication via communication line and server unit 200 etc.Network 300 has the function that interconnects end device 100 and server unit 200 and external unit or external system, such as being the Internet, telephone wire road network (portable terminal device line network and regular phone line network etc.), internet or power line communication (PLC) etc.
In Fig. 2, storage part 106 be the low capacity high-speed memory that forms with the jumbo memory cell of HDD and/or SSD etc. and/or SRAM (Static Random Access Memory) etc. (for example, buffer memory) etc. memory cell, also can store various kinds of data storehouse and/or file and/or table (lift well spatial model database 106a, BIM model database 106b etc.).Storage part 106 also can temporarily be stored various file etc.
In each inscape of these storage parts 106, lift well spatial model database 106a is the lift well spatial model storage unit of storage to the lift well spatial model after lift well modelling.In present embodiment, lift well spatial model such as refers to while carrying out setting operation by 102 pairs of control parts described later in order to obtain the operation screen of lift well spatial information at the 3 dimension shapes of the lift well being adopted by user.
BIM model database 106b is the BIM model storage unit of the BIM model of storage buildings.In present embodiment, the BIM model of the buildings that BIM model database 106b storage is designed by deviser in advance.BIM model comprises the tectonic information such as the quantity of building shape, spatial relationship, geography information, building components and/or characteristic, strength of parts, natural frequency, durable years etc., but is not limited to these.
In Fig. 2, control part 102 has for storing the control program of OS (Operating System) etc. and/or stipulating the program of various processing sequence etc. and the internal storage of the data of wanting.Control part 102 is carried out the information processing of various processing by these programs etc.Control part 102, on concept of function, possesses the condition of making sending part 102a, lift well spatial information obtaining section 102b and picture display part 102c.
Wherein, make condition sending part 102a and to server unit 200, send the condition that the makes transmitting element of the condition that makes of user's input.The condition that makes is specified for making the condition of BIM parts of lifter of BIM model of the be assembled into buildings of user's expectation.In present embodiment, make condition sending part 102a and send to server unit 200 condition that makes that buildings arranges the lift well spatial information in the required lift well space of lifter that is defined in that at least comprises.Make condition sending part 102a and also can send the condition that makes that at least comprises the lift well spatial information of being obtained by lift well spatial information obtaining section 102b described later to server unit 200.Make condition sending part 102a and also can send the condition that makes that comprises lift well spatial information, the building information relevant to the buildings that lifter is set and the elevator specification information relevant with the specification of this lifter.In addition, make price that condition also can comprise hope, delivery period etc.The condition of making can be by user via input part 118 input, also can read in from the pre-stored external memory (not shown) that makes condition.
Lift well spatial information obtaining section 102b is when the operation screen showing via picture display part 102c described later being detected lift well spatial model after lift well modelling is set to the setting operation of the user that presumptive area is set in BIM model, obtains the lift well spatial information of the lift well spatial information corresponding with presumptive area is set obtain unit from BIM model.
In addition, the control part 102 of end device 100 also can possess and makes the comprehensive modeling unit to the comprehensive BIM model of the BIM model of the buildings in BIM model database 106b storage by the BIM assembling parts of the lifter sending from server unit 200.Control part 102 also can possess the picture generation unit that generates the layout picture that comprises the comprehensive BIM model being made by comprehensive modeling unit.Picture display part 102c also can make display part 114 show the layout picture being generated by picture generation unit.And control part 102 also can possess the changing unit that changes BIM parts on the layout picture showing in picture display unit.Specifically, changing unit, by the setup parameter of the component information that changes BIM parts according to the change condition of user input and comprise, changes this BIM parts.
Above, the explanation of an example of the formation of the BIM system in present embodiment finishes.
[processing of BIM system]
Then, referring to Fig. 3 to Figure 15, describe an example of the processing of the BIM system in the present embodiment of such formation in detail.
First, with reference to Fig. 3, to Figure 12, the base conditioning of BIM system is described.Fig. 3 is a routine process flow diagram of the base conditioning of the BIM system in present embodiment.Fig. 4 is defined in the illustration figure that buildings arranges the lift well spatial information in the required lift well space of lifter.Fig. 5 is the routine process flow diagram that the lift well spatial information in present embodiment is obtained processing.Fig. 6 is by an illustration figure of the lift well spatial model after lift well modelling.Fig. 7 is set to lift well spatial model the key diagram of the setting operation of the user that presumptive area is set in BIM model.Fig. 8 is an illustration figure of the building information relevant to the buildings that lifter is set.Fig. 9 A is an illustration figure of the elevator specification information relevant to the specification of lifter.Fig. 9 B is other illustrations figure of elevator specification information.Figure 10 A is an illustration figure of the simple and easy passage of performance lifter.Figure 10 B is other illustrations figure of simple and easy passage.Figure 11 A is the illustration figure to the state of lift well spatial model by BIM assembling parts.Figure 11 B is other illustrations figure to the state of lift well spatial model by BIM assembling parts.Figure 12 is an illustration figure of the sectional view of the lift well spatial model shown in Figure 11 B.
As shown in Figure 3, the condition that the makes sending part 102a of end device 100 sends to server unit 200 condition that makes (step SA-1) that buildings arranges the lift well spatial information in the required lift well space of lifter that is defined in that at least comprises.Lift well spatial information is as an example, as shown in Figure 4, for example, when comprising lifter and being elevator, the width in regulation lift well space is (in Fig. 4, " 2200.0 (mm) "), depth is (in Fig. 4, " 2400.0 (mm) ") and the information of lifting travel (in Fig. 4, " 9600.0 (mm) ") etc.
In step SA-1, make condition sending part 102a as shown in Figure 3, also can send the condition that makes that at least comprises lift well spatial information that the processing by lift well spatial information obtaining section 102b obtains to server unit 200.Here, with reference to Fig. 5 ~ Fig. 7, illustrate that lift well spatial information obtains an example of processing.
As shown in Figure 5, the picture display part 102c of end device 100 shows for detection of the operation screen (step SB-1) that the lift well spatial model after the modelling of lift well shown in Fig. 6 is set to the setting operation of the user that presumptive area is set in the model of BIM shown in Fig. 7 display part 114.Operation screen can send from server unit 200 in advance, also can become at end device 100 adnations.
The control part 102 of end device 100 determines whether that the operation screen via the processes and displays by picture display part 102c in step SB-1 detects setting operation (step SB-2).
At step SB-2, the control part 102 of end device 100 is judged the occasion (step SB-2:No) that setting operation do not detected, returns to the processing of step SB-1.On the other hand, at step SB-2, the lift well spatial information obtaining section 102b of end device 100 judges the occasion (step SB-2:Yes) that setting operation detected by the processing of control part 102, from BIM model, obtains the lift well spatial information (step SB-3) corresponding with presumptive area is set.For example, lift well spatial information obtaining section 102b detects the spatial model of lift well shown in Fig. 6 is set to after the setting operation of the user that presumptive area is set in the model of BIM shown in Fig. 7, judgement lift well spatial model and the wall position of BIM model and/or the position relationship of beam position, obtain and be defined in the lift well spatial information (information of the width of lift well, depth, lifting travel as shown in Figure 6) that presumptive area is set the required lift well space of lift well spatial model is set.Then, transfer to the processing of the step SA-1 of Fig. 3.
Return to Fig. 3, from the processing of step SA-1, proceed explanation.In step SA-1, make condition sending part 102a and also can send the condition that makes that comprises lift well spatial information, the building information relevant to the buildings that lifter shown in Fig. 8 is set and the elevator specification information relevant with the specification of this lifter shown in Fig. 9 A and Fig. 9 B.As an example, shown in Fig. 8, in building information, user selects " multi compartment building (collective residence) " as buildings purposes, selects " 6 (layer) " as number of floor levels.And, shown in the project of " floor height " of Ru Tu8 bottom, in floor name " 1F ", floor height is made as " 4500 (mm) ", flooring personnel are made as " 0 (people) ", floor name " 2F " arrives in " 6F ", and floor height is made as " 4000 (mm) ", and flooring personnel are made as " 20 (people) ".In addition, the processing of the control part 102 that these building informations also can be by end device 100, obtains automatically from the attribute information that the BIM model of the buildings of lifter comprises is set.
As an example, the occasion that for example lifter is elevator, information when specification information has represented that user's selection " office " is as buildings purposes in the car of elevator specification information shown in Fig. 9 A.Specifically, in the interior specification information of car of Fig. 9 A, side plate is made as " wooden tone sheet ", courtyard is made as " shading ", cage operating panel is made as " stainless steel Wire Drawing ", and secondary operation board is made as " nothing ", and secondary operation board (horizontal stroke) is made as " wheelchair dedicated operations dish ", railing is made as " wooden railing 2 directions ", and mirror is made as " overall height mirror ".Information when the boarding place specification information of elevator specification information shown in Fig. 9 B has represented that user's selection " office " is as buildings purposes.Specifically, in the boarding place specification information of Fig. 9 B, panel is made as " stainless steel Wire Drawing ", and action button is made as " point touching button ", and indicator is made as " nothing ", and lamp is made as " hall lamp ", and alarm panel is made as " nothing ".In addition, these elevator specification information can be inputted by user via input part 118, and the buildings purposes that also can select according to user, inputs basic specification automatically.In addition, elevator specification information also can make Figure 10 A that display part 114 shows and the simple and easy passage of the performance lifter shown in Figure 10 B according to the processing of the control part 102 by end device 100, by user, is selected each parts etc. and is set.
Again return to Fig. 3, from the processing of step SA-2, proceed explanation.The 202a of the condition reception portion that makes of server unit 200 is received in the condition that makes (step SA-2) that step SA-1 sends by making the processing of condition sending part 102a.
The lifter modeling 202b of portion of server unit 200 is used the component information in component information database 206a storage, make with at least comprise step SA-2 in the BIM parts (step SA-3) of lifter corresponding to the condition that makes of the lift well spatial information that received by the processing that makes the 202a of condition reception portion.
The information of server unit 200 provides the 202d of portion that the BIM parts of the lifter being made by the processing of the lifter modeling 202b of portion in step SA-3 are sent to end device 100 (step SA-4).
The BIM parts (step SA-5) of the lifter that the processing of the 202d of portion sends are provided by information in the control part 102 receiving step SA-4 of end device 100.
The picture display part 102c of end device 100 is presented at display part 114 (step SA-6) by the BIM parts of the single or multiple lifters that received by the processing of control part 102 in step SA-5 with the state at lift well spatial placement.That is,, in step SA-6, as shown in Figure 11 A, Figure 11 B and Figure 12, picture display part 102c is to be presented at display part 114 to the state of lift well spatial model by BIM parts by BIM assembling parts.As an example, shown in Figure 11 A, in lift well spatial model, as BIM parts, car, guide rail, counterweight have been assembled.In lift well spatial model shown in Figure 11 B, as BIM parts, except car, guide rail, counterweight, also assembled boarding place door.Figure 12 has represented that 2 dimensions show the situation of the lift well spatial model of Figure 11 B.
In example shown in Fig. 3, the base conditioning that BIM parts that server unit 200 sides are made show to be assembled into the state of lift well spatial model in end device 100 sides has been described, but the BIM system of present embodiment also can be carried out in end device 100 sides and be presented at the processing that server respectively installs the various analog results of 200 sides execution.In addition, the BIM system of present embodiment can be carried out and process with the simulation shown below of above-mentioned base conditioning executed in parallel, also can carry out separately.
Here, with reference to Figure 13 ~ Figure 14 B, the example that simulation execution is processed is described.Figure 13 is that a routine process flow diagram of processing is carried out in the simulation in present embodiment.Figure 14 A is the illustration figure as the reacting force result of calculation of analog result example.Figure 14 B is the illustration figure as the traffic result of calculation of analog result example.
As shown in figure 13, the condition that the makes sending part 102a of end device 100 sends the condition that makes (step SC-1) that comprises lift well spatial information, building information and elevator specification information.
Making in the 202a of condition reception portion receiving step SC-1 by the condition that makes (step SC-2) that makes the processing transmission of condition sending part 102a of server unit 200.
The analysis unit 202c of server unit 200 is according to the condition that makes receiving by making the processing of the 202a of condition reception portion in step SC-2, use, in the predetermined calculating formula of calculating formula file 206b storage, is carried out the simulation (step SC-3) relevant to lifter.In present embodiment, in step SC-3, analysis unit 202c carries out the reacting force calculating relevant to lifter and/or the traffic of lifter is calculated, and generates analog result, but is not limited to this.
For example, when analysis unit 202c carries out the simulation of reacting force calculating, obtain the tectonic information of BIM model of buildings and the tectonic information of the BIM passage of lifter etc., according to these information with at calculating formula file 206b canned data, carry out reacting force calculating, thereby generate the reacting force result of calculation shown in Figure 14 A.For example, in reacting force result of calculation shown in Figure 14 A, the value of simulation guide rail used load, well shock load, well reacting force.In addition, analysis unit 202c is when carrying out the simulation of traffic calculating, the action parameter of the BIM parts that the component information comprising according to the BIM parts of lifter represents and at calculating formula file 206b canned data, carries out traffic calculating, thereby generates the traffic result of calculation shown in Figure 14 B.For example,, in traffic result of calculation shown in Figure 14 B, according to the buildings purposes shown in figure top, elevator planning machine, design conditions, the such condition of business determinating reference, the result of calculation shown in simulation drawing bottom and investigation.In addition, analysis unit 202c also can generate the analog result that consumes energy coefficient (CEC/EV) etc.
The information of server unit 200 provide the 202d of portion in end device 100 forwarding step SC-3 for example, by the analog result (, traffic result of calculation shown in the reacting force result of calculation shown in Figure 14 A and/or Figure 14 B etc.) (step SC-4) of the processing execution of analysis unit 202c.
The analog result (step SC-5) that provides the processing of the 202d of portion to send by information in the control part 102 receiving step SC-4 of end device 100.
The analog result (step SC-6) that the picture display part 102c of end device 100 makes in display part 114 step display SC-5 the processing by control part 102 receive.
Like this, according to the BIM system of present embodiment, the modeling of the BIM parts of lifter and/or various simulations etc. are carried out in server unit 200 sides, their result of calculation is sent to end device 100 sides, carry out the processing showing, therefore, can prevent leaking of the technical data relevant to lifter design and/or various simulation.In addition, according to the BIM system of present embodiment, can between each dealer, share the lift well spatial model that does not comprise important technology data, demonstration is can be arranged on BIM parts and/or the relevant analog result of this lifter of lifter of the mode modeling of this lift well spatial model, therefore, can, when considering the secure context leaking that prevents technical data, carry out efficiently the design of lifter and buildings.
Here, after user is also desirably in the BIM parts of lifter and/or the relevant analog result of this lifter and obtains, can automatically obtain the result of calculation again of reflection up-to-date information.Thereby, in the BIM system of present embodiment, as shown in figure 15, after server unit 200 canned datas upgrade, calculate again BIM parts and/or the simulation corresponding with the condition that makes being sent, carry out sending to end device 100 processing of the result of calculation again of reflection up-to-date information.Figure 15 is a routine process flow diagram that upgrades the renewal processing of processing in embodiment.
As shown in figure 15, the control part 202 of server unit 200 judges whether storage part 206 canned datas (calculating formula that for example, the component information of component information database 206a storage, calculating formula file 206b store etc.) upgrade (step SD-1).
The control part 202 of server unit 200 (is for example judged storage part 206 canned datas at step SD-1, while the calculating formula of the component information of component information database 206a storage, calculating formula file 206b storage etc.) not upgrading (step SD-1:No), return to the processing of step SD-1.On the other hand, when the 202e of renewal portion of server unit 200 has upgraded storage part 206 canned data in step SD-1 judgement by the processing of control part 202 (step SD-1:Yes), according to the information of this renewal and the condition that makes that received in advance by the processing that makes the 202a of condition reception portion, then calculate at least one in the result of BIM parts and simulation and upgrade (step SD-2).
The information of server unit 200 provides the 202d of portion to end device 100, to send at least one the result of calculation again (step SD-3) in the result that comprises the BIM parts that upgraded by the processing of the 202e of renewal portion in step SD-2 and simulation.
The processing that provides the 202d of portion by information in the control part 102 receiving step SD-3 of end device 100 at least one result of calculation again (step SD-4) from the result of server unit 200 BIM parts that send, that comprise renewal and simulation.
The result of calculation again (step SD-5) that the picture display part 102c of end device 100 makes in display part 114 step display SD-4 the processing by control part 102 receive.
Like this, according to the BIM system of present embodiment, after the BIM of lifter parts and/or the relevant analog result of this lifter obtain, also can automatically obtain the result of calculation again of reflection up-to-date information.
Above, the explanation of an example of the processing of the BIM system in present embodiment finishes.
[variation]
Referring to Figure 16, modified embodiment of the present embodiment is described.Here, Figure 16 is a routine block scheme of the formation of the BIM system in modified embodiment of the present embodiment, only represents conceptually part relevant to present embodiment in this formation.
In the BIM system of above-mentioned embodiment, illustrated that the storage part 206 in server unit 200 sides possesses component information database 206a, calculating formula file 206b, the example that possesses lift well spatial model database 106a and BIM model database 106b at the storage part 106 of end device 100 sides, but as shown in figure 16, also can concentrate various modelings and simulate required information in server unit 200 sides.
As shown in figure 16, the storage part 206 of server unit 200 possesses component information database 206a, calculating formula file 206b, lift well spatial model database 206c and BIM model database 206d.Content shown in each database and file canned data and Fig. 2 is same, and therefore explanation is omitted.The control part 202 of server unit 200 possesses the 202a of the condition reception of making portion, the lifter modeling 202b of portion, analysis unit 202c, information provides the 202d of portion, the 202e of renewal portion, lift well spatial information obtaining section 202f and picture generating unit 202g.That is, shown in Figure 16 in variation, server unit 200 sides possess lift well spatial information obtaining section 202f and picture generating unit 202g aspect be different from the example shown in Fig. 2.Like this, the BIM system of this variation, in server unit 200 sides, generates to comprise and has assembled the lift well spatial model of BIM parts and/or the picture of various analog results, and control as to show by sending to end device 100.
In addition, as shown in figure 16, the BIM system of this variation also can be connected with outside data library device 400 via network 300, and from BIM model database, 406a obtains BIM model.Data library device 400 plays the function of database server, via network 300, provides the up-to-date BIM model in the BIM of storage part 406 model database 406a storage.Thereby the control part 202 of server unit 200 is accessing database device 400 termly, by the BIM model modification of the BIM model database 206d storage at storage part 206, be up-to-date state.
[other embodiments]
Although understand several embodiments of the present invention, but these embodiments are illustration, rather than limit scope of invention.These new embodiments can be implemented in every way, in the scope that does not depart from the main idea of invention, can carry out various omissions, displacement, change.These embodiments and distortion thereof are that scope of invention and main idea comprise, and are also that invention and the impartial scope thereof of the scope record of claim comprises.
For example, in above-mentioned embodiment, illustrated and usingd elevator as the example of lifter, but the passenger conveyor-belt of the applicable equally escalator of the present invention, moving elevator etc.
In addition, during each explanation processed, can manually carry out all or part of of the processing that illustrates as the mode that automatically performs in embodiment, or, can automatically perform with all or part of of the processing of manual executive mode explanation by known method.
In addition, unless stated otherwise, information, picture example, the database of the parameter that comprises processing sequence, control sequence, concrete title, registration data of respectively processing and/or search condition etc. in above-mentioned explanation and/or in accompanying drawing form and can change arbitrarily.
In addition, about end device 100 and server unit 200, illustrated each inscape is the concept of function, needn't adopt with physics and illustrate same formation.
For example, also can explain that the program of carrying out realizes the processing capacity that respectively device possesses of end device 100 and server unit 200 by CPU (Central Processing Unit) and by this CPU, particularly each processing capacity of control part 102 and control part 202 execution is whole or a part of arbitrarily, in addition, the hardware also can be used as based on hard wired logic is realized.In addition, program is recorded in recording medium described later, mechanically reads as required end device 100 and server unit 200.That is, at the storage part 106 of ROM or HDD etc. and storage part 206 etc., record is for cooperating with OS (Operating System), the computer program of giving an order and carrying out various processing to CPU.This computer program is carried out by being loaded into RAM, collaborates with CPU, forms control part.
In addition, this computer program can, be connected to the application programs server stores of end device 100 and server unit 200 via network 300 arbitrarily, also can download its all or part of as required.
In addition, program of the present invention can be stored at computer-readable recording medium, in addition, and also can configuration program product.Here, should " recording medium " comprise storage card, USB storage, SD card, floppy disk, photomagneto disk, ROM, EPROM, EEPROM, CD-ROM, MO, DVD and Blu-ray Disc(Blu-ray Disc) etc. " physical medium that can be portable " arbitrarily.
In addition, " program " refers to the data processing method that language and/or description method are described arbitrarily, can be the form of source code and/or binary code etc.In addition, " program " is not limited to single formation, also comprise as a plurality of modules and/or storehouse, disperse the program that forms and/or with take other program that OS (Operating System) is representative and collaborate the program of practical function.In addition, in the device of each shown in embodiment concrete formation, the reading order of reading & recording medium or read after erection sequence etc. also can adopt known formation and/or order.
At the various database of storage part 106 and storage part 206 storages, are storage unit of shaft collar device, floppy disk and CD etc. of the storage arrangement, hard disk etc. of RAM, ROM etc., storage for various programs, table, database and webpage that various processing and/or website be provided with file etc.
In addition, end device 100 and server unit 200 can consist of the signal conditioning package of known PC, workstation etc., in addition, also can connect arbitrarily peripheral device and form at this signal conditioning package.In addition, end device 100 and server unit 200 also can be realized by the software (comprising program, data etc.) that realize method of the present invention in this signal conditioning package installation.
And the concrete mode of the decentralized integrated of device is not limited to diagram, can be according to various additional grade or function loads, by its all or part of by unit function arbitrarily or decentralized integrated and forming physically.That is, above-mentioned embodiment can be implemented in any combination, also above-mentioned embodiment can be selectively implemented.
According to the BIM system of embodiment described above, variation, server unit, end device method and program, can when design lifter and buildings, prevent leaking of technical data.
Claims (13)
1. a BIM system, can be connected the server unit that at least possesses control part and storage part communicatedly with the end device that at least possesses control part and display part, it is characterized in that,
The above-mentioned storage part of above-mentioned server unit possesses:
Component information storage unit, its storage is for making the component information of BIM parts of the lifter of the BIM model that can be assembled into buildings,
The above-mentioned control part of above-mentioned server unit possesses:
Lifter modeling unit, it utilizes the above-mentioned component information in above-mentioned component information cell stores, make with from above-mentioned end device, send, at least comprise and stipulated, at above-mentioned buildings, above-mentioned BIM parts corresponding to the condition that makes of lift well spatial information in the required lift well space of above-mentioned lifter are set, and
Information provides unit, and it sends the above-mentioned BIM parts that made by above-mentioned lifter modeling unit to above-mentioned end device,
The above-mentioned control part of above-mentioned end device possesses:
Picture display unit, it,, by the above-mentioned BIM parts that provided unit to send from above-mentioned server unit by above-mentioned information, to be arranged at the state in above-mentioned lift well space, is shown in above-mentioned display part.
2. BIM system according to claim 1, is characterized in that,
Above-mentioned picture display unit, shows for detection of the lift well spatial model after above-mentioned lift well modelling being set to the operation screen of the setting operation of the user that presumptive area is set in above-mentioned BIM model above-mentioned display part,
The above-mentioned control part of above-mentioned end device possesses:
Lift well spatial information is obtained unit, and it detects the occasion of above-mentioned setting operation at the aforesaid operations picture showing via above-mentioned picture display unit, from above-mentioned BIM model, obtain and above-mentioned above-mentioned lift well spatial information corresponding to presumptive area that arrange, and
Make condition transmitting element, it sends to above-mentioned server unit the above-mentioned condition that makes that is obtained the above-mentioned lift well spatial information of obtaining unit by above-mentioned lift well spatial information that at least comprises.
3. BIM system according to claim 2, is characterized in that,
Above-mentioned picture display unit, with the state to above-mentioned lift well spatial model by above-mentioned BIM assembling parts, makes above-mentioned display part show above-mentioned BIM parts.
4. according to the BIM system described in any one of claim 1 to 3, it is characterized in that,
The above-mentioned condition that makes also comprises the building information relevant to the above-mentioned buildings that above-mentioned lifter is set and the elevator specification information relevant with the specification of this lifter,
Above-mentioned lifter modeling unit, utilization, in the above-mentioned component information of above-mentioned component information cell stores, makes and above-mentioned above-mentioned BIM parts corresponding to condition that make that send, that comprise above-mentioned lift well spatial information, above-mentioned building information and above-mentioned elevator specification information from above-mentioned end device.
5. BIM system according to claim 4, is characterized in that,
The above-mentioned control part of above-mentioned server unit also possesses:
Resolution unit, it utilizes in the predetermined calculating formula of above-mentioned storage portion stores and carries out the simulation relevant to above-mentioned lifter according to the above-mentioned condition that makes,
Above-mentioned information provides unit to above-mentioned end device, to send the result of the above-mentioned simulation of being carried out by above-mentioned resolution unit,
Above-mentioned picture display unit shows by above-mentioned information above-mentioned display part the result of unit from the above-mentioned simulation of above-mentioned server unit transmission is provided.
6. BIM system according to claim 5, is characterized in that,
The above-mentioned control part of above-mentioned server unit also possesses:
Updating block, when its information in above-mentioned storage portion stores is updated, according to the information of this renewal and the above-mentioned condition that makes, upgrades at least one in the result of above-mentioned BIM parts and above-mentioned simulation,
Above-mentioned information provides at least one in the result of above-mentioned BIM parts that unit upgrades above-mentioned updating block and above-mentioned simulation to send to above-mentioned end device.
7. a server unit, can be connected communicatedly with the end device that at least possesses display part, at least possesses control part and storage part, it is characterized in that,
Above-mentioned storage part possesses:
Component information storage unit, its storage is for making the component information of BIM parts of the lifter of the BIM model that can be assembled into buildings,
Above-mentioned control part possesses:
Lifter modeling unit, it utilizes the above-mentioned component information in above-mentioned component information cell stores, make with from above-mentioned end device, send, at least comprise and stipulated, at above-mentioned buildings, above-mentioned BIM parts corresponding to the condition that makes of lift well spatial information in the required lift well space of above-mentioned lifter are set, and
Information provides unit, and it sends the above-mentioned BIM parts that made by above-mentioned lifter modeling unit to above-mentioned end device,
In above-mentioned end device, the above-mentioned BIM parts that send from above-mentioned server unit, to be arranged at the state in above-mentioned lift well space, are shown in above-mentioned display part.
8. an end device, can be connected communicatedly with server unit, at least possesses control part and display part, it is characterized in that,
Above-mentioned control part possesses:
Picture display unit, its from above-mentioned server unit receive with from above-mentioned end device transmission, at least comprise the BIM parts of above-mentioned lifter of the condition that makes BIM model corresponding, that can be assembled into above-mentioned buildings of having stipulated to arrange at buildings the lift well spatial information in the required lift well space of lifter, these BIM parts, to be arranged at the state in above-mentioned lift well space, are shown in to above-mentioned display part.
9. a method of carrying out in BIM system, above-mentioned BIM system can be connected the server unit that at least possesses control part and storage part communicatedly with the end device that at least possesses control part and display part, it is characterized in that,
The above-mentioned storage part of above-mentioned server unit possesses:
Component information storage unit, its storage is for making the component information of BIM parts of the lifter of the BIM model that can be assembled into buildings,
Said method comprises:
Lifter modeling procedure, in the above-mentioned control part of above-mentioned server unit, carry out, utilization is in the above-mentioned component information of above-mentioned component information cell stores, make with from above-mentioned end device, send, at least comprise and stipulated, at above-mentioned buildings, above-mentioned BIM parts corresponding to the condition that makes of lift well spatial information in the required lift well space of above-mentioned lifter are set;
Information provides step, in the above-mentioned control part of above-mentioned server unit, carries out, and to above-mentioned end device, sends the above-mentioned BIM parts that above-mentioned lifter modeling procedure makes; With
Picture disply step is carried out in the above-mentioned control part of above-mentioned end device, and the above-mentioned BIM parts by provided step to send from above-mentioned server unit by above-mentioned information, to be arranged at the state in above-mentioned lift well space, are shown in above-mentioned display part.
10. a method of carrying out in server unit, above-mentioned server unit can be connected communicatedly with the end device that at least possesses display part, at least possesses control part and storage part, it is characterized in that,
Above-mentioned storage part possesses:
Component information storage unit, its storage is for making the component information of BIM parts of the lifter of the BIM model that can be assembled into buildings,
Said method is carried out above-mentioned control part:
Lifter modeling procedure, utilization is in the above-mentioned component information of above-mentioned component information cell stores, make with from above-mentioned end device, send, at least comprise and stipulated, at above-mentioned buildings, above-mentioned BIM parts corresponding to the condition that makes of lift well spatial information in the required lift well space of above-mentioned lifter are set; With
Information provides step, to above-mentioned end device, is sent in the above-mentioned BIM parts that above-mentioned lifter modeling procedure makes,
In above-mentioned end device, the above-mentioned BIM parts that send from above-mentioned server unit, to be arranged at the state in above-mentioned lift well space, are shown in above-mentioned display part.
The method of carrying out in 11. 1 kinds of end devices, above-mentioned terminal can be connected communicatedly with server unit, at least possesses control part and display part, it is characterized in that,
Said method is carried out above-mentioned control part:
Picture disply step, from above-mentioned server unit receive with from above-mentioned end device transmission, at least comprise the BIM parts of above-mentioned lifter of the condition that makes BIM model corresponding, that can be assembled into above-mentioned buildings of having stipulated to arrange at buildings the lift well spatial information in the required lift well space of lifter, these BIM parts, to be arranged at the state in above-mentioned lift well space, are shown in to above-mentioned display part.
The program of carrying out in 12. 1 kinds of server units, above-mentioned server unit can be connected communicatedly with the end device that at least possesses display part, at least possesses control part and storage part, it is characterized in that,
Above-mentioned storage part possesses:
Component information storage unit, its storage is for making the component information of BIM parts of the lifter of the BIM model that can be assembled into buildings,
Said procedure is carried out above-mentioned control part:
Lifter modeling procedure, utilization is in the above-mentioned component information of above-mentioned component information cell stores, make with from above-mentioned end device, send, at least comprise and stipulated, at above-mentioned buildings, above-mentioned BIM parts corresponding to the condition that makes of lift well spatial information in the required lift well space of above-mentioned lifter are set; With
Information provides step, to above-mentioned end device, sends the above-mentioned BIM parts that above-mentioned lifter modeling procedure makes,
In above-mentioned end device, the above-mentioned BIM parts that send from above-mentioned server unit, to be arranged at the state in above-mentioned lift well space, are shown in above-mentioned display part.
The program of carrying out in 13. 1 kinds of end devices, above-mentioned terminal can be connected communicatedly with server unit, at least possesses control part and display part, it is characterized in that,
Said procedure is carried out above-mentioned control part:
Picture disply step, from above-mentioned server unit receive with from above-mentioned end device transmission, at least comprise the BIM parts of above-mentioned lifter of the condition that makes BIM model corresponding, that can be assembled into above-mentioned buildings of having stipulated to arrange at buildings the lift well spatial information in the required lift well space of lifter, these BIM parts, to be arranged at the state in above-mentioned lift well space, are shown in to above-mentioned display part.
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