CN109235719A - A kind of operating method of mounting block combiner - Google Patents
A kind of operating method of mounting block combiner Download PDFInfo
- Publication number
- CN109235719A CN109235719A CN201811099919.5A CN201811099919A CN109235719A CN 109235719 A CN109235719 A CN 109235719A CN 201811099919 A CN201811099919 A CN 201811099919A CN 109235719 A CN109235719 A CN 109235719A
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- Prior art keywords
- control unit
- mounting
- mounting module
- control
- electric
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Classifications
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
- E04B2/88—Curtain walls
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B9/00—Ceilings; Construction of ceilings, e.g. false ceilings; Ceiling construction with regard to insulation
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B9/00—Ceilings; Construction of ceilings, e.g. false ceilings; Ceiling construction with regard to insulation
- E04B9/04—Ceilings; Construction of ceilings, e.g. false ceilings; Ceiling construction with regard to insulation comprising slabs, panels, sheets or the like
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The invention discloses a kind of operating methods of mounting block combiner, the mounting block combiner includes adjacent and splicing the first mounting module and the second mounting module, and the method includes sending control request by the electric component built in the first control unit to the second mounting module built in the first mounting module；Pass through the second control unit built in the second mounting module: receiving and recognizing the control request；Progress classification is requested to judge so that the control to be requested to the electric function associated control identifier for being converted to driving a variety of electric components execution control；And the control identifier is fed back to generate the guidance to each electric component electric function is controlled to first control unit.The present invention provides the electrical modules convenient for user's dynamic manipulation, on the basis of the shape for not influencing or destroying mounting material itself, are reasonably integrated to the electric function of certain smart machines to provide optimal manipulation and experience.
Description
Technical field
The operating method of the invention mainly relates to a kind of mounting modular member component with electric operation function.
Background technique
Family or office are needed to handle official business land used or the indoor ring of tables, ceiling structure or possible partition with indoor environment
The curtain wall in border realizes use or mounting purposes.It is generally desirable to carry out mounting to cement blank building face to reach dress
Effect is mounted, mounting effect then depends on the superiority and inferiority of mounting content and structure design.
Certain mounting materials itself are stepped constructions, and can arrange electrical module well.For example, common people occupy ring
Laying floor (sometimes mounting floor) or shingle nail, ceiling are needed in border, therefore electrical module can be preferably
It is embedded into these mounting materials.But the installation of these electrical modules can significantly influence or destroy the outer of mounting material itself
Shape.In addition it is not interacted between current mounting module, space utilization rate is not high.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of behaviour of mounting block combiner for going dynamic to manipulate convenient for user
Make method.
A kind of operating method of mounting block combiner, the mounting block combiner include adjacent and splicing the first mounting mould
Block (100) and the second mounting module (200), the first mounting module (100) include that human-computer interaction device (101) and the first control are single
Member, the second mounting module (200) include electric component and the second control unit, and the method includes in the case where completing the splicing:
Human-computer interaction device receives the control request of user, and passes through the first control built in the first mounting module (100)
Electric component built in from unit to the second mounting module (200) sends control request；
Pass through the second control unit built in the second mounting module (200):
Receive and recognize the control request；
Progress classification is requested to judge to be converted to and drive a variety of electric components execution the control request control
The associated control identifier of electric function；And
The control identifier is fed back to first control unit to generate the guidance to each electric component electric function is controlled.
The sensing device of several also built-in coupling electric components of second mounting module (200), the method also includes
Electric component is sensed outside sources and triggered down by sensing device:
The second control unit is sent to by information is triggered by sensing device；
Pass through the second control unit:
Receive and recognize the triggering information；
Classification judgement is executed according to the identification to the triggering information, passes to first control unit to drive the first mounting
Human-computer interaction device (101) in module (100) changes the guidance.
First mounting module (100) and the second mounting module (200) include the fixation laminate (2) being flexibly connected and activity
Laminate (1), movable laminate have the receiving state directly stacked with the fixed laminate and change relative to the fixed laminate
Become the unfolded state of relative position；At least one of the fixation laminate of first mounting module (100) and movable laminate are built-in with
Human-computer interaction device (101) and the first control unit coupled with human-computer interaction device (101), the second mounting module (200)
At least one of fixed laminate and movable laminate are built-in with electric component and the second control unit with electric component coupling；Institute
State method further include:
Pass through the second control unit:
It is variant to set the electric function that the electric component under the receiving state and unfolded state executes；And
The associated identifier of variation of the electric function for the electric component that responsive state switching generates is passed into the first control
Unit processed is to change the guidance.
It is judged by first control unit identification from what the second control unit built in multiple second mounting modules was transmitted
To have the corresponding electric function of different electric components of identical electric function, by human-computer interaction device (101) to provide to institute
State the selection of guidance.
A kind of mounting block combiner, the mounting block combiner include it is adjacent and splicing the first mounting module (100) and
Second mounting module (200), the first mounting module (100) include human-computer interaction device and first control unit, the second mounting mould
Block includes electric component and the second control unit, wherein
First control unit built in first mounting module (100) is configured as in the case where completing the splicing to the second mounting
Electric component built in module (200) sends control request；
Second control unit built in second mounting module (200), is configured as:
Receive and recognize the control request；
Progress classification is requested to judge to be converted to and drive a variety of electric components execution the control request control
The associated control identifier of electric function；And
The control identifier is fed back to first control unit to generate the guidance to each electric component electric function is controlled.
The sensing device of several also built-in coupling electric components of second mounting module,
The sensing device is configured as the outside sources for sensing the electric component by sensing device and triggers, and will touching
Photos and sending messages are sent to the second control unit；
Wherein the second control unit is also configured to
Receive and recognize the triggering information；
Classification judgement is executed according to the identification to the triggering information, passes to first control unit to drive the first mounting
Human-computer interaction device in module (100) changes the guidance.
First mounting module (100) and the second mounting module (200) include the fixation laminate (2) being flexibly connected and activity
Laminate (1), at least one of the fixation laminate of the first mounting module (100) and movable laminate are built-in with human-computer interaction device
(101) and with human-computer interaction device (101) first control unit coupled, the fixation laminate of the second mounting module (200) and work
At least one of dynamic laminate is built-in with electric component and the second control unit with electric component coupling；
Second control unit is also configured to
It is variant to set the electric function that the electric component under the receiving state and unfolded state executes；And
The associated identifier of variation of the electric function for the electric component that responsive state switching generates is passed into the first control
Unit processed is to change the guidance.
The first control unit is also configured to identification and passes from the second control unit built in multiple second mounting modules
The corresponding electric function of different electric components for being judged as having identical electric function passed, to provide the choosing to the guidance
It selects.
The first mounting module and the second mounting module are equipped with interface (231) in an at least lateral margin, and the first control is single
Member and the second control unit can be communicated to connect by such interface.
The electric component is by the component comprising having illumination, switch or camera function.
Beneficial effects of the present invention:
The present invention provides the electrical module convenient for user's dynamic manipulation, which is designed to concealed or half
It is concealed, on the basis of the shape for not influencing or destroying mounting material itself, more intuitively used convenient for user, and pass through
The interaction of mounting module is integrated the electric function of certain smart machines reasonably to provide optimal manipulation experience, and
And by the reasonable employment before mounting module, space utilization rate is improved.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the first mounting module in embodiment 1.
Fig. 2 is the detail view of movable laminate in the first mounting module in embodiment 1.
Fig. 3 is the structural schematic diagram of second of mounting module in embodiment 2.
Fig. 4 is the detail view of movable laminate in second of mounting module in embodiment 2.
Fig. 5 is the structural schematic diagram of mounting block combiner.
Fig. 6 is the structural framing figure of Fig. 5.
Specific embodiment
Some embodiments disclosed by the invention describe the example provided in conjunction with attached drawing, do not describe in attached drawing such
The full details feature of mounting module, and also the image of method, process, component/circuit or network is not described, but can lead to
It crosses the description of embodiment and provides in detail.
Feature in the disclosure limits " first ", " second " or " third " in some embodiments for referring to various elements
Or element combination, these elements should not be limited by the description of such term, and be only to refer to the difference of type and distinguish and determine
Justice, and such term censures a total component type in most cases.
A kind of modularization mounting module, the modularization mounting module 100 can be desktop, curtain wall or furred ceiling.
In general, modularization mounting module 100 can be divided into rectangular module in order to splice each other.Certainly, sometimes
It is also possible to other outline shapes, such as hexagon, triangle or other suitable polygons etc..Fixed laminate 2 can be selected not
The material of same type is made, such as wooden structures, polymer resin or glass, and sometimes, fixed laminate 2 can be made into transparent or half
It is transparent.Especially when used as glass curtain wall, which is arranged to translucent, in one embodiment, should
Fixed laminate 2 can be configured to electrochromic material (such as WO3), by logical during movable laminate 1 manipulates
The electric current for obtaining and transmitting from movable laminate 1 is crossed to change colour to generate to become opaque.
As shown in Figure 1, Figure 3, movable laminate 1 and fixed 2 flush of laminate are integral with structure.In this way, movable laminate
1, fixed 2 surface of laminate is to be constructed from the same material, such as glass.It need to be constituted when such laminate is made using unlike material each
From edge to surround electric component.
Embodiment 1
The structure of modularization mounting module is not only suitable for the first mounting module in the present embodiment, is also applied for the second mounting mould
Block.
As shown in Figure 1, the plate face of fixed laminate 2 is equipped with holding tank, movable laminate 1 is in corresponding appearance under receiving state
It receives in slot 20.Movable laminate 1 is one piece, activity laminate 1 separate configurations, one holding tank 20.Certainly activity laminate 1 can also be
Muti-piece, the equal separate configurations holding tank of each activity laminate.The holding tank of the present embodiment is provided with sliding slot 22.
Movable laminate 1 is movably connected by movable part 3 (such as hinge arrangement) and fixed laminate 2.
Movable part 3 has the such construction of Fig. 1, it is possible to have the construction of other forms.Movable part 3 includes being slidably installed
Pivot 211 in holding tank and it is slidably fitted in the turntable 21 that in holding tank and can be rotated about the axis；And with the pivot
The connected level-one regulating arm 3 of axis, the activity laminate are mounted on the level-one regulating arm 3, the level-one regulating arm 3 and pivot 211
It is rotatably assorted.Turntable 21 is rotated by 3 drive activity laminate 1 of level-one regulating arm, to facilitate user's adjustment using angle, separately
Outside, turntable 21 also has pivot 211, for sliding turntable 21 in sliding slot 22 to adjust the position of movable laminate 1.
Holding tank has loose slot bottom, which can adjust depth when movable laminate 1 is deviate from, and this adjusting is sometimes
It is to drive loose slot bottom to rise or sink using the hinge of mechanical coupling shaft 203, such hinge is arranged in turntable 21 simultaneously
Machinery drives the shell at loose slot bottom.
As shown in Fig. 2, being removably configured with human-computer interaction device 101,101 machine of human-computer interaction device on movable laminate
Electric-type or communication-type are couple to the control unit in fixed laminate 2.Human-computer interaction device 101 is to be subject to reality using Touch Screen
It is existing, such as use resistance-type, acoustics, condenser type, the touch input of optics (such as infrared light) sensing user and state selection
Display.Preferably, at least part structure can also have and 101 phase of human-computer interaction device in the holding tank of fixed laminate 2
Same capacitance type sensing element.
The settable electric component in the two sides of movable laminate 1 is to meet different function needs, such as in addition to above-mentioned people
Can also have other circuits outside machine interactive device 101, as shown in Fig. 2, can be light fixture 11 or camera assembly.
Such electric component can mechanically be activated starting, such as preferable mode is by shaft 21
Induction component starts the electric path to electric component when by promotion, pressing or pull, and sometimes, light fixture 11 can pass through this
Kind of mode lights LED particle, in another example, this light can also terminate after a preset time, and light again, can pass through
The mode of such as gesture induction of human-computer interaction device 101 activates.
It can also configure electric component in Fig. 1 holding tank, as shown in figure 4, can be a jack assemblies 201 and/or switching group
Part 202.
Several interfaces 231 are equipped at the edge 23 of each mounting module, and another mounting mould is coupled with electromechanical or communicatively
Block.
Embodiment 2
The structure of modularization mounting module is not only suitable for the first mounting module in the present embodiment, is also applied for the second mounting mould
Block.
As shown in figure 3, the plate face of fixed laminate 2 is equipped with holding tank, movable laminate 1 is in corresponding appearance under receiving state
It receives in slot 20.Movable laminate 1 is one piece, activity laminate 1 separate configurations, one holding tank 20.Certainly activity laminate 1 can also be
Muti-piece, the equal separate configurations holding tank of each activity laminate.The holding tank of the present embodiment is provided with sliding slot 22.
Movable laminate 1 is movably connected by movable part 3 and fixed laminate 2.
The modularization mounting module as floor in use, can by adjust movable part 3 at least part structure come
Adjust the activity laminate 1 uses height.As shown in figure 3, the movable part 3 has the first regulating arm 31 and second frames rotatably mounted relative to one another
Regulating arm 32, the first regulating arm 31 can store in the second regulating arm 32 to save folding space.First regulating arm 31 and second
Regulating arm 32 is rotatablely connected by pivot 312.
It can also be not provided with turntable 21 and install pivot 211, pivot 212 only so that the second regulating arm 32 is reciprocal in sliding slot 22
Sliding.Therefore, it can be realized by setting pivot 103 instead of the partial function of the turntable 21.
Holding tank has a loose slot bottom, which can be by pivot 211, pivot 212 to an edge of fixed laminate 2
23 slide and drive loose slot bottom to rise until with fixed 2 flush of laminate.Here, the sliding slot 22 can be with certain slope
Inclination angle is spent to drive hinge movement.
As shown in figure 3, being removably configured with human-computer interaction device 101,101 machine of human-computer interaction device on movable laminate
Electric-type or communication-type are couple to the control unit in fixed laminate 2.Human-computer interaction device 101 is to be subject to reality using Touch Screen
It is existing, such as use resistance-type, acoustics, condenser type, the touch input of optics (such as infrared light) sensing user and state selection
Display.Preferably, at least part structure can also have and 101 phase of human-computer interaction device in the holding tank of fixed laminate 2
Same capacitance type sensing element.
The settable electric component in the two sides of movable laminate 1 is to meet different function needs, such as in addition to Fig. 3 is not shown
The human-computer interaction device 101 shown can also have other circuits outside, as shown in figure 3, can be light fixture 11 or camera assembly.
Such electric component can mechanically be activated starting, such as preferable mode is by pivot 211, pivot
Induction component in axis 212 starts the electric path to electric component, sometimes, light fixture when by promotion, pressing or pull
11 can light LED particle in this way, in another example, this light can also terminate after a preset time, and point again
It is bright, it can be activated by way of such as gesture induction of human-computer interaction device 101.
Fig. 3 shows a kind of variant on this basis, and an improvement is that the activity laminate 1 has rotation section 10, uses
In the use angle for adjusting electric component in the activity laminate 1.Such a effect is sometimes being reduced to movable part 3
Adjusting and better use these electric components.The improvement can also put Fig. 1 activity laminate parts in embodiment 1.
It can also configure electric component in Fig. 3 holding tank, as shown in figure 4, can be a jack assemblies and/or switch block.
It is equipped with interface 231 at the edge 23 of each mounting module, as shown in figure 3, modularization mounting module 100 passes through interface
231 electromechanicals communicatively couple modularization mounting module 200.
Embodiment 3
As shown in figure 5, multiple mounting modules can be spliced to form system arrangement each other.Wherein, mounting module can be selected not
The mounting module being limited in embodiment 1 and embodiment 2.For example, the first mounting module 100 and the second mounting module 200 can be mutual
It is spliced, therefore is equipped with several interfaces 231 at each mounting module at least edge 23 and is coupled separately with electromechanical or communicatively
One mounting module.When multiple such mounting module splits each other, the mounting module in most edge have one it is total
Such as electric power, data transmission interface.
As shown in fig. 6, the first mounting module 100 includes human-computer interaction device 101 and first control unit, the second mounting mould
Block 200 includes electric component and the second control unit,
Human-computer interaction device receives the control request of user, passes through the first control unit built in the first mounting module 100
Control request is sent to the electric component built in the second mounting module 200；
Second control unit receives and recognizes the control request；Control is requested to carry out classification to judge with by the control
Request is converted to the associated control identifier of electric function executed with a variety of electric components of driving；And it is anti-to first control unit
Presenting the control identifier makes human-computer interaction device 101 to generate the guidance to each electric component electric function is controlled.
As shown in figure 5, user sends the second mounting mould of control by human-computer interaction device when needing using illumination functions
The request of built-in light fixture in block 200, the illumination functions that human-computer interaction device shows may include to the bright of such as LED particle
The visualization regulation of degree, colour temperature or color, also, also can provide the input control which light fixture for example to carry out control operation to
The selection of part 1011.The identification of second control unit simultaneously carries out classification judgement to control request, control light fixture open illumination or
Adjust colour temperature, color difference etc..
When needing using camera function, user is sent in the second mounting module 200 of control by human-computer interaction device
The request for the camera assembly set, human-computer interaction device show camera function and also can provide and for example carry out to which camera assembly
Control the selection of the input control 1011 of operation.The identification of second control unit simultaneously carries out classification judgement to control request, and control is taken the photograph
As component unlatching, closing etc..
In addition, the sensing device of several also built-in coupling electric components of the second mounting module 200, sensing device are sensing
It is triggered when being acted to the external world, and triggering information is sent to the second control unit；Second control unit receives and recognizes triggering
Information executes classification judgement according to the identification to triggering information, passes to first control unit to drive the first mounting module 100
Interior human-computer interaction device 101 changes guidance.
As shown in figure 5, can be mentioned by interface 231 when using the movable laminate of mounting module 200 as light fixture
For the communication coupling with another mounting module 100, wherein by certain components (such as turntable 21) of movable above-mentioned movable part 3 come
Illumination functions are activated, sensing device senses turntable action message, and triggering information will be sent to the second control unit；Second
Control unit receives and recognizes triggering information, according to the identification to triggering information and executes classification judgement, and pass to the first control
Information of the unit processed to drive the human-computer interaction device 101 in the first mounting module 100 to show illumination functions illuminates function to user
It can may include the visualization regulation of the brightness to such as LED particle, colour temperature or color, also, also can provide and for example which is shone
Bright component carries out the selection of the input control 1011 of control operation.
The first control unit of the present embodiment and the second control unit are MCU.
Control unit has identification module, for receiving and recognizing user's input or control category and determining to each electrical
Component transmits one or more corresponding identification labels of the identification.
Preferably, control unit also has category determination module, for returning the classification of each input or control
Class and combination, and control the identification module and transmit the identification label after classification to each electric component.In addition, the category is true
Cover half block is also used to identify that label distributes to the identification module of other mounting plates, such as starting other mounting plate institutes
The electric function having expands as the function of currently used mounting plate.Sometimes, it is directed toward the identification label of these electric functions
It can be stored in buffer for example to be called one by one according to scheduled sequential logic.
In one embodiment, interface 231 can also be used for connection external equipment to realize more other functions.For example,
Display or control handle can be increased to extend the original electric function of such mounting module 100, the interface of external equipment can pass
It is defeated its from I/O bus or any sensor (radar sensor, infrared sensor etc.) received signal for waking up this
The some electric components of certain of mounting module 100.
Claims (10)
1. a kind of operating method of mounting block combiner, the mounting block combiner includes adjacent and splicing the first mounting module
(100) and the second mounting module (200), the first mounting module (100) include that human-computer interaction device (101) and the first control are single
Member, the second mounting module (200) include electric component and the second control unit, and the method includes in the case where completing the splicing:
Pass through the electric component built in the first control unit built in the first mounting module (100) to the second mounting module (200)
Send control request；
Pass through the second control unit built in the second mounting module (200):
Receive and recognize the control request；
Classification is carried out to control request to judge to be converted to and drive the electrical of a variety of electric components execution the control request
The control identifier of function association；And
The control identifier is fed back to first control unit to generate the guidance to each electric component electric function is controlled.
2. operating method as described in claim 1, which is characterized in that several the also built-in couplings of the second mounting module (200)
The sensing device of electric component, under sensing outside sources by sensing device in electric component and triggering:
The second control unit is sent to by information is triggered by sensing device；
Pass through the second control unit:
Receive and recognize the triggering information；
Classification judgement is executed according to the identification to the triggering information, passes to first control unit to drive the first mounting module
(100) human-computer interaction device (101) in changes the guidance.
3. operating method as claimed in claim 2, which is characterized in that the first mounting module (100) and the second mounting module
(200) including the fixation laminate (2) being flexibly connected and movable laminate (1), the fixation laminate of the first mounting module (100) and work
At least one of dynamic laminate is built-in with human-computer interaction device (101) and the first control with human-computer interaction device (101) coupling
Unit, at least one of fixation laminate of the second mounting module (200) and movable laminate be built-in with electric component and with it is electrical
Second control unit of component coupling；The method also includes:
Pass through the second control unit:
It is variant to set the electric function that the electric component under the receiving state and unfolded state executes；And
The associated identifier of variation of the electric function for the electric component that responsive state switching generates is passed into the first control list
Member is to change the guidance.
4. operating method as described in any of the foregoing claims, which is characterized in that by first control unit identification come
The different electric components for being judged as having identical electric function transmitted from the second control unit built in multiple second mounting modules
Corresponding electric function, to provide the selection to the guidance.
5. a kind of mounting block combiner, the mounting block combiner includes adjacent and splicing the first mounting module (100) and the
Two mounting modules (200), which is characterized in that the first mounting module (100) includes human-computer interaction device and first control unit, and
Two mounting modules include electric component and the second control unit, wherein
First control unit built in first mounting module (100) is configured as in the case where completing the splicing to the second mounting module
(200) electric component built in sends control request；
Second control unit built in second mounting module (200), is configured as:
Receive and recognize the control request；
Classification is carried out to control request to judge to be converted to and drive the electrical of a variety of electric components execution the control request
The control identifier of function association；And
The control identifier is fed back to first control unit to generate the guidance to each electric component electric function is controlled.
6. mounting block combiner as claimed in claim 5, which is characterized in that several also built-in coupling electricity of the second mounting module
The sensing device of pneumatic module,
The sensing device is configured as the outside sources for sensing the electric component by sensing device and triggers, and triggering is believed
Breath is sent to the second control unit；
Wherein the second control unit is also configured to
Receive and recognize the triggering information；
Classification judgement is executed according to the identification to the triggering information, passes to first control unit to drive the first mounting module
(100) human-computer interaction device in changes the guidance.
7. mounting block combiner as claimed in claim 5, which is characterized in that the first mounting module (100) and the second mounting mould
Block (200) includes the fixation laminate (2) being flexibly connected and movable laminate (1), the fixation laminate of the first mounting module (100) with
At least one of movable laminate is built-in with human-computer interaction device (101) and the first control with human-computer interaction device (101) coupling
Unit processed, at least one of fixation laminate of the second mounting module (200) and movable laminate be built-in with electric component and with electricity
Second control unit of pneumatic module coupling；
Second control unit is also configured to
It is variant to set the electric function that the electric component under the receiving state and unfolded state executes；And
The associated identifier of variation of the electric function for the electric component that responsive state switching generates is passed into the first control list
Member is to change the guidance.
8. such as described in any item mounting block combiners of claim 5 to 7, which is characterized in that the first control unit is also
Be configured as: identify from built in multiple second mounting modules the second control unit transmit be judged as have identical electric function
The corresponding electric function of different electric components, to provide selection to the guidance.
9. mounting block combiner as claimed in claim 8, which is characterized in that the first mounting module and the second mounting module
Interface (231) are equipped in an at least lateral margin, first control unit and the second control unit can be communicated to connect by such interface.
10. mounting block combiner as claimed in claim 8, which is characterized in that the electric component is by comprising having illumination, opening
The component of pass or camera function.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811099919.5A CN109235719B (en) | 2018-09-20 | 2018-09-20 | Operation method of mounting module combination |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811099919.5A CN109235719B (en) | 2018-09-20 | 2018-09-20 | Operation method of mounting module combination |
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| CN109235719A true CN109235719A (en) | 2019-01-18 |
| CN109235719B CN109235719B (en) | 2021-12-14 |
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| CN201811099919.5A Active CN109235719B (en) | 2018-09-20 | 2018-09-20 | Operation method of mounting module combination |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112800504A (en) * | 2021-02-08 | 2021-05-14 | 深圳华森建筑与工程设计顾问有限公司 | Building electrical diagram generation method and device, electronic equipment and storage medium |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112800504A (en) * | 2021-02-08 | 2021-05-14 | 深圳华森建筑与工程设计顾问有限公司 | Building electrical diagram generation method and device, electronic equipment and storage medium |
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| CN109235719B (en) | 2021-12-14 |
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