CN109330189B

CN109330189B - Intelligent building operation and maintenance management platform

Info

Publication number: CN109330189B
Application number: CN201811237965.7A
Authority: CN
Inventors: 陆进
Original assignee: Subai Technology Co ltd
Current assignee: Subai Technology Co ltd
Priority date: 2018-10-23
Filing date: 2018-10-23
Publication date: 2023-02-17
Anticipated expiration: 2038-10-23
Also published as: CN109330189A

Abstract

The invention discloses an intelligent building operation and maintenance management platform which comprises a table body, wherein the top surface of the table body is a table top, and a warning groove and a panel groove are formed in the table top; a warning component is arranged in the warning groove; a panel cavity is formed in the right side of the table body, a panel assembly is installed in the panel cavity, and the bottom of the table body is installed on the supporting assembly; the open end of the panel cavity is sealed by a safety door. According to the invention, the supporting component, the warning component and the panel component are designed according to the existing ergonomic theory, and the supporting component, the warning component and the panel component conform to the operation habit and the observation habit of people, so that better monitoring and control effects are achieved. The warning component of the invention warns in a rising and light emitting mode, and is designed in a key observation area, thereby playing an effective warning effect for users. The panel assembly integrates the control button capable of realizing the materialization control, and can realize the direct control of each device, thereby preventing the conditions of difficult control, slow control and even uncontrollable control when the system goes wrong.

Description

Intelligent building operation and maintenance management platform

Technical Field

The invention relates to a management platform, in particular to an intelligent building operation and maintenance management platform.

Background

With the development of the internet of things technology, people change the traditional manual patrol and post-standing management of buildings, school districts, hospitals and the like into one-stop operation and maintenance management, namely, the comprehensive management of buildings, such as parking, personnel access, faults, disasters and the like, can be realized in one room, so that the labor intensity of managers is greatly reduced, and the comprehensive management mode enables a management system to be more logical, namely the management is more regular.

An intelligent operation and maintenance management system and method for hospital buildings based on BIM is disclosed in Chinese patent with publication number CN 108281176A; a building operation and maintenance management system based on BIM is disclosed in chinese patent publication No. CN 207184540U. It all is the prior art in the aspect of building wisdom fortune dimension management, can discover through in-service use, and management efficiency can be improved greatly to this kind of technique really. However, the applicant finds that the core of the technology is the management platform which is actually arranged in the control room and installed in the control room, and the management platform is not designed excessively at present, and most of the management platform adopts the existing monitoring management platform. In practical use, the method can cause that each step of operation needs software to input instructions, and once the system is jammed, deadlocked, disconnected and the like, the management and control cannot be performed, so that certain safety risks still exist.

Therefore, the applicant proposes an intelligent building operation and maintenance management platform, which integrates software control and entity control, and can perform emergency control on corresponding equipment in a building through entity key input when an emergency situation occurs, so as to prevent a situation that hackers invade or a system is jammed and disconnected to cause uncontrollable situations.

Disclosure of Invention

In view of the above defects in the prior art, the technical problem to be solved by the present invention is to provide an intelligent building operation and maintenance management platform.

In order to achieve the purpose, the invention provides an intelligent building operation and maintenance management platform which comprises a table body, wherein the top surface of the table body is a table top, and a warning groove and a panel groove are formed in the table top; a warning component is arranged in the warning groove;

a panel cavity is formed in the right side of the table body, a panel assembly is installed in the panel cavity, and the bottom of the table body is installed on the supporting assembly; the open end of the panel cavity is sealed by a safety door.

Preferably, the warning assembly comprises a warning support plate, a warning shell and a warning lamp, wherein the warning support plate is fixed on the desktop and is provided with a warning installation groove, and the warning installation groove is communicated with the warning groove;

the warning shell penetrates through the warning groove and is installed in the warning installation groove, a lamp body sliding groove and a lamp body locking groove are formed in the warning shell, and a lamp body limiting ring is arranged at the top of the lamp body sliding groove;

the warning lamp is provided with a lamp cap, one end of the lamp cap penetrates out of the lamp body limiting ring, the other end of the lamp cap is arranged in the lamp body sliding groove and can be assembled with the lamp body sliding groove in a sliding mode, and a lamp body limiting table is arranged between the lamp cap and the lamp body;

the lamp holder is provided with a light source, the outside of the lamp holder is covered with a transparent cover, and the light source is communicated with a power supply through a lead so as to be electrified and emit light;

the lamp body is provided with a locking guide groove, and the bottom of the locking guide groove is communicated with the lamp body locking groove;

the lamp body locking groove is assembled with one end of the lamp body locking plate, the other end of the lamp body locking plate is arranged in the locking plate sliding groove, the lamp body locking plate is also provided with a locking plate limiting ring, and a lamp body locking spring is arranged between the locking plate limiting ring and the end face of the locking plate sliding groove;

the lamp body locking plate is far away from one end of the lamp body and penetrates out of the warning shell to be assembled with the locking electromagnet;

the lamp body bottom and first locking guide cylinder one end assembly fixed, the second locking guide cylinder is packed into to the first locking guide cylinder other end, second locking guide cylinder bottom is equipped with the solid fixed ring of locking, the solid fixed ring of locking and warning mounting groove assembly fixed, the wire passes first locking guide cylinder, second locking guide cylinder after electrically conductive with the light source switch-on, locking spacing ring and lamp body between still be equipped with the warning spring.

Preferably, the lamp body locking groove is connected with the locking guide groove through a first transition arc surface, and a second transition arc surface is arranged at the end, corresponding to the first transition arc surface, of the lamp body locking plate.

Preferably, the supporting assembly comprises at least four supporting bodies, each supporting body is respectively arranged below the table body and used for supporting the table body, each supporting body comprises a supporting shell, a supporting driving groove, a supporting sliding hole and a supporting accommodating groove are formed in the supporting shell, a supporting partition plate is arranged at the bottom of the supporting driving groove and rotatably assembled with the driving screw, one end of the driving screw is rotatably assembled with the supporting top plate, and the other end of the driving screw penetrates through the supporting partition plate and then is rotatably assembled with the inside of the supporting driving cylinder through threads;

the driving screw is provided with a worm wheel, the worm wheel is meshed with a worm part on a second transmission shaft to form a worm and gear transmission structure, and the second transmission shaft is rotatably assembled with the supporting shell;

but support actuating cylinder and support slide opening axial slip assembly, but support actuating cylinder bottom and support slider assembly fixed, be provided with universal mounting hole on the support slider, universal mounting hole and the assembly of universal installation axle circumferential direction, universal installation axle bottom and universal wheel carrier assembly fixed, the shaft passes universal wheel, universal wheel carrier and makes relative circumferential direction between universal wheel and the universal wheel carrier.

Preferably, the two support bodies positioned at the rear of the table body are in connection transmission through a first transmission shaft, the support body positioned at the rear of the table body is in connection transmission with the support body positioned at the front of the table body through a second transmission shaft, and the front and the rear of the position are used for positioning;

the first transmission shaft structure and the mounting structure are the same as those of the second transmission shaft, and are provided with worm parts which are respectively meshed with the turbines on the corresponding support bodies through the worm parts to form a worm and gear transmission structure.

Preferably, the support shell is further provided with an adjustment indicating groove, the adjustment indicating groove is slidably assembled with one end of an adjustment indicating sheet, and the other end of the adjustment indicating sheet is fixedly assembled with the support driving cylinder.

Preferably, the panel assembly comprises a cover plate, a first rotating shaft is arranged at one end of the cover plate, the first rotating shaft and a first gear are assembled and then rotatably assembled with a first vertical plate and a second vertical plate respectively, and the first vertical plate and the second vertical plate are assembled and fixed with the tabletop;

the first gear is in meshing transmission with the second gear, the second gear is in meshing transmission with the third gear, the second gear is installed on the second rotating shaft, the third gear is installed on the third rotating shaft, and two ends of the second rotating shaft and two ends of the third rotating shaft are respectively in rotatable assembly with the first vertical plate and the second vertical plate;

the second rotating shaft is provided with a first wire pulling guide cylinder, and the first wire pulling guide cylinder can circumferentially rotate relative to the second rotating shaft;

the third rotating shaft is fixedly connected with one end of the first pull wire, and the other end of the first pull wire is fixedly connected with one end of the panel, which is provided with the fourth rotating shaft;

the cover plate is also provided with a guide plate, the guide plate is respectively provided with a guide arc groove and a cover plate locking groove, and the fourth rotating shaft is arranged in the guide arc groove and can slide in the guide arc groove;

the cover plate locking groove is assembled with one end of the cover plate locking block so as to fix the cover plate;

a fifth rotating shaft is arranged at one end of the panel, which is far away from the fourth rotating shaft, the fifth rotating shaft is rotatably assembled with a rotating shaft block, the rotating shaft block is fixed at the inner sides of the first vertical plate and the second vertical plate, and a control button is arranged on the panel;

the other end of the cover plate locking block is arranged in the cover plate locking groove and is fixedly assembled with one end of the locking shaft, the other end of the locking shaft is fixedly connected with one end of a third pull wire, and the other end of the third pull wire is fixedly connected with one end of the switch sliding block;

a limit slip ring is fixed in the cover plate locking groove, the lock shaft penetrates through the limit slip ring and can be axially assembled with the limit slip ring in a sliding manner, and a cover plate locking spring is arranged between the limit slip ring and the cover plate locking block;

the stay wire guide wheel can be circumferentially and rotatably assembled on the eighth rotating shaft, and two ends of the eighth rotating shaft are respectively and rotatably assembled with the second switch sliding groove;

the cover plate locking groove and the second switch sliding groove are both arranged on the second switch block, the second switch sliding groove is assembled with the switch sliding block in a sliding mode, the switch sliding block is also assembled with the first switch sliding groove in a sliding mode, a second guide cylinder is further arranged at one end, away from the third pull rope, of the switch sliding block, the second guide cylinder is arranged in one end of the first guide cylinder, and the other end of the first guide cylinder is assembled and fixed with the sliding groove sealing plate;

one end of a second pull wire penetrates through the sliding chute sealing plate, the first guide cylinder and the second guide cylinder and then is fixedly connected with the switch sliding block, the other end of the second pull wire penetrates through the second pull wire guide cylinder and then is fixedly connected with the switch handle, the second pull wire guide cylinder is circumferentially and rotatably arranged on a sixth rotating shaft, and two ends of the sixth rotating shaft are respectively assembled with the rotating shaft supporting plate;

one end of the switch handle is arranged in a handle mounting groove, the handle mounting groove is formed by two handle mounting plates, a seventh rotating shaft penetrates through the handle mounting plates, the handle mounting groove and the switch handle to enable the handle mounting plates, the handle mounting groove and the switch handle to be assembled into a whole, and the switch handle is rotatably assembled with the handle mounting plates through the seventh rotating shaft;

the handle mounting plate, the rotating shaft supporting plate, the first switch block and the second switch block are all fixed on the supporting bottom plate, and the supporting bottom plate is fixed at the bottom of the panel cavity.

Preferably, one end of the cover plate, provided with the first rotating shaft, is further connected with the desktop through an elastic sheet, and the elastic sheet is made of a high-elasticity material.

Preferably, a sliding block return spring is arranged between the sliding groove sealing plate and the switch sliding block;

the two handle mounting plates are fixedly connected through a connecting plate, and the connecting plate is also used for limiting the rotation angle of the switch handle to the switch sliding block.

Preferably, the first vertical plate and the second vertical plate are respectively fixed with a raising block on one side facing the panel cavity, the raising block is provided with a raising groove, an arc-shaped spring piece is installed in the raising groove, one end of the arc-shaped spring piece is fixedly assembled with the raising block, and the other end of the arc-shaped spring piece is an open end; the arc spring plate has elasticity.

The invention has the beneficial effects that:

1. according to the invention, the supporting component, the warning component and the panel component are designed according to the existing ergonomic theory, and the supporting component, the warning component and the panel component conform to the operation habit and the observation habit of people, so that better monitoring and control effects are achieved.

2. The warning component of the invention warns in a rising and light emitting mode, and is designed in a key observation area, thereby playing an effective warning effect for users. And the alarm needs to be manually closed after being warned, which is also a supervision for users and prevents the users from neglecting the job and guard.

3. The supporting component can adjust the height of the table top, so that the table top is suitable for the use habits and heights of different people, namely, the table top is more in line with the ergonomic design, thereby being convenient to use and improving the comfort of operators. The supporting component can also move through the universal wheel, so that the movement of the whole platform is greatly facilitated, and the falling objects, the platform transfer and the like can be conveniently cleaned and picked up.

4. The panel assembly integrates the control button capable of realizing the materialization control, and can realize the direct control of each device, thereby preventing the conditions of difficult control, slow control and even uncontrollable control when the system goes wrong. The panel component is also arranged in the panel cavity and forms a plane with the desktop through the cover plate, so that the normal use of the desktop is not influenced, and the use area of the desktop is enlarged invisibly. In addition, the panel component can directly drive the panel to open and close through the cover plate, the opening/closing process of the panel is very convenient and fast, and the blocking condition can hardly occur.

Drawings

Fig. 1-3 and 5 are schematic structural diagrams of the invention.

Fig. 4 is an enlarged view of fig. 3 at F1.

Fig. 6 is an enlarged view at F2 in fig. 5.

Fig. 7-10 are structural schematic views of the support assembly.

Fig. 11-21 are schematic views of the panel assembly, wherein fig. 20 is an enlarged view of fig. 19 at F3.

Detailed Description

The invention is further illustrated with reference to the following figures and examples:

referring to fig. 1 to 21, the intelligent building operation and maintenance management platform of the embodiment includes a table body 100, a table top 110 is arranged on a top surface of the table body 100, a warning groove 112 and a panel groove 111 are arranged on the table top 110, a display 200 is installed on the table top 110, and the display 200 is used for displaying information; a warning component B is arranged in the warning groove 112;

referring to fig. 1, a host 300 is installed on the left side of the table body 100, the host 300 may be a computer host and is mainly used for receiving, transmitting and calculating control data, a panel cavity 141 is formed on the right side of the table body 100, a panel assembly C is installed in the panel cavity 141, and the bottom of the table body 100 is installed on a support assembly a; the open end of the panel chamber 141 is closed by a safety door 140.

Referring to fig. 3 to 6, the warning assembly B includes a warning support plate B100, a warning case B200, and a warning lamp B300, wherein the warning support plate B100 is fixed on the desktop 110, a warning installation groove B101 is formed in the warning support plate B100, and the warning installation groove B101 is communicated with the warning groove 112;

the warning shell B200 penetrates through the warning groove 112 and is installed in the warning installation groove B101, a lamp body sliding groove B201 and a lamp body locking groove B202 are formed in the warning shell B200, and a lamp body limiting ring B210 is arranged at the top of the lamp body sliding groove B201;

the warning lamp B300 is provided with a lamp head B310, one end of the lamp head B310 penetrates out of the lamp body limiting ring B210, the other end of the lamp head B310 is installed in the lamp body sliding groove B201 and can be assembled with the lamp body sliding groove B201 in a sliding mode, a lamp body limiting table B321 is arranged between the lamp head B310 and the lamp body B320, the diameter of the lamp head 310 is smaller than that of the lamp body 320, and the design can prevent the lamp body B320 from penetrating out of the lamp body limiting ring B210 through the matching of the lamp body limiting table B321 and the lamp body limiting ring B210;

the lamp holder 310 is provided with a light source, the outside of the lamp holder is covered with a transparent cover (similar to the existing bulb), and the light source is connected with a power supply through a lead B500 so as to be electrified and emit light;

the lamp body B320 is provided with a locking guide groove B301, the bottom of the locking guide groove B301 is communicated with a lamp body locking groove B322, and the lamp body locking groove B322 is connected with the locking guide groove B301 through a first transition arc surface B302;

the lamp body locking groove B322 is assembled with one end of the lamp body locking plate B610, the other end of the lamp body locking plate B610 is installed in the locking plate sliding groove B202, a locking plate limiting ring B611 is further arranged on the lamp body locking plate B610, a lamp body locking spring B700 is arranged between the locking plate limiting ring B611 and the end face of the locking plate sliding groove B202, and the lamp body locking spring B700 is used for enabling the lamp body locking plate B610 to generate a force moving rightward (fig. 6 is accurate);

one end, far away from the lamp body B320, of the lamp body locking plate B610 penetrates through the warning shell B200 and then is assembled with the locking electromagnet B600, and the locking electromagnet B600 can drive the lamp body locking plate B610 to move in the left-right direction (fig. 6 is accurate);

the lamp body locking plate B610 is provided with a second transition arc B612 at the end corresponding to the first transition arc B302, and when in use, the first transition arc B302 and the second transition arc B612 are used for enabling the lamp body B320 to extrude the lamp body locking plate B610 and enabling the lamp body locking plate B610 to be installed in the lamp body locking groove B322 under the action of the lamp body locking spring B700.

The lamp body B320 bottom and the first locking guide cylinder B410 one end assembly fixed, in the second locking guide cylinder B420 was packed into to the first locking guide cylinder B410 other end, second locking guide cylinder B420 bottom was equipped with locking solid fixed ring B421, locking solid fixed ring B421 and warning mounting groove B101 assembly fixed, wire B500 passed behind first locking guide cylinder B410, the second locking guide cylinder B420 and conducted electricity with the light source switch-on, locking spacing ring B421 and lamp body B320 between still be equipped with warning spring B430, warning spring B430 be used for producing the thrust that shifts up to the lamp body.

Fig. 6 is the initial condition of warning subassembly, when meetting the predetermined warning condition, locking electro-magnet B600 gets electric (refer to current automated control technique), overcome lamp body locking plate B610 the elasticity pulling of lamp body locking spring B700 left, make lamp body locking plate B610 remove left, until breaking away from lamp body locking groove, the lamp body can upwards take place the displacement under warning spring's effect, thereby make lamp holder B310 shift up, wear out desktop 110, the light source switch-on is luminous simultaneously, thereby realize the warning to the control personnel. Different information can of course be expressed by different frequency flashes, different colors of light, etc. The light source can be replaced by LED lamp beads.

Compared with the traditional method of prompting through a software interface, the method has stronger intuitiveness and can attract the attention of an operator, and after all, the traditional software interface prompts that the operator forgets to observe due to other things busy in the actual operation are likely to cause that the problem cannot be found in time. However, the warning assembly can well avoid the problem. And after the operator obtains the warning, can press lamp holder B310 for the lamp body moves down, until lamp body jam plate B610 and lamp body locking groove B322 resume the chucking can. The manual operation is necessary in the middle, and the situation that the operator is not observed to push the liability for the borrowing can be avoided. In terms of ergonomics, the device has better controllability and self-checking and self-discipline functions. Although warning is carried out by means of flashing light at present, most warning lights are fixed, and a bulb is a wearing part, so that once the bulb is damaged, the warning function is equal to zero. However, the warning component has the function of automatically rising even if the bulb is damaged, so that the warning component has the function of attracting the attention of an operator.

The warning component is arranged below the display, and the part is the most important observation area of human eyes, so that the warning effect is also improved. In addition, the lamp cap of the warning assembly can not exceed the table top 110, so that the normal use of the table top can not be influenced, and the table top 110 is not different from a common table when warning is not carried out.

Referring to fig. 7 to 10, the supporting assembly a includes at least four supporting bodies, each of which is respectively installed below the table 100 for supporting the table, the supporting bodies include a supporting shell a200, the supporting shell a200 is provided with a supporting driving groove a201, a supporting sliding hole a202, and a supporting accommodating groove a203, the bottom of the supporting driving groove a201 is provided with a supporting partition plate a140, the supporting partition plate a140 is rotatably assembled with the driving screw a130, one end of the driving screw a130 is rotatably assembled with the supporting top plate a220, and the other end of the driving screw a130 penetrates through the supporting partition plate a140 and then is rotatably assembled with the inside of the supporting driving cylinder a410 through threads;

a worm wheel A310 is installed on the driving screw A130, the worm wheel A310 is meshed with a worm part on a second transmission shaft A120 to form a worm and gear transmission structure, and the second transmission shaft A120 is rotatably assembled with the supporting shell A200;

the supporting driving cylinder A410 and the supporting sliding hole A202 can be axially assembled in a sliding mode, the bottom of the supporting driving cylinder A410 and the supporting sliding block A420 are fixedly assembled, a universal mounting hole A421 is formed in the supporting sliding block A420, the universal mounting hole A421 and the universal mounting shaft A510 can be assembled in a circumferential rotating mode, the bottom of the universal mounting shaft A510 and the universal wheel frame A520 are fixedly assembled, and the wheel shaft A530 penetrates through the universal wheel A540 and the universal wheel frame A520 to enable the universal wheel A540 and the universal wheel frame A520 to rotate circumferentially relatively, namely a universal wheel structure is formed.

Referring to fig. 7 and 8, the two support bodies located behind the table body 100 are in connection transmission through a first transmission shaft a110, the support body located behind the table body 100 is in connection transmission with the support body located in front of the table body 100 through a second transmission shaft a120, the front and the rear of the position are used for positioning, specifically, the rear is the end provided with the display, and the front is the end provided with the safety door 140;

the first transmission shaft A110 and the second transmission shaft A120 have the same structure and installation structure as the first transmission shaft A110 and are provided with worm parts, and the worm parts are respectively meshed with the worm wheels on the corresponding support bodies to form a worm and gear transmission structure.

During the use, only need one of them first transmission shaft of drive or second transmission shaft can drive and make driving cylinder A410 and move down to raise the table body 100 upwards, also can adjust the desktop 110 height promptly, thereby adapt to the user of different heights, from ergonomic, this kind of design can be adjusted in a flexible way, thereby adapts to different people's use habit, height, thereby improves travelling comfort and efficiency when using.

In the initial state (fig. 10), the support case a200 is in contact with the ground, and the universal wheels a540 are completely received in the support receiving grooves a 203. Certainly, when the table body rises, the universal wheel A540 can directly contact with the ground, and at the moment, the whole table body can be moved, so that the part, which shields the ground, below the table body can be exposed, the cleaning is convenient, and the dropped objects can be conveniently picked up. However, if the universal wheels are not locked, the whole platform is prone to shaking, and the use is seriously affected, so the applicant thinks that the existing universal wheels with brakes can replace the parts of the universal wheel frame and the universal wheel A540, and the universal wheels can be locked when exposed. The universal wheel with the brake on the existing baby carriage can be referred to or directly purchased.

Preferably, the supporting slide block a420 and the supporting accommodating cavity a230 cannot rotate circumferentially, that is, the driving slide block a420 is prevented from rotating circumferentially when the driving screw a130 drives the supporting driving cylinder, which affects the use.

Preferably, the supporting shell a200 is further provided with an adjustment indicating groove a210, the adjustment indicating groove a210 is slidably assembled with one end of an adjustment indicating sheet a800, the other end of the adjustment indicating sheet a800 is fixedly assembled with the supporting driving cylinder a410, and when the table body moves upwards, the relative position of the adjustment indicating groove a420 and the adjustment indicating sheet changes, so that a user can know the rising height of the table top conveniently.

Preferably, the second transmission shaft a120 is installed in the supporting shell a200, and a hexagon socket a121 is arranged on an end surface of one end of the supporting shell a200, and in use, a wrench is installed in the hexagon socket a121 to drive the second transmission shaft a120 to rotate, so that the height of the whole table top is adjusted.

Referring to fig. 1-3 and 11-21, the panel assembly C includes a cover plate C110, a first rotating shaft C310 is disposed at one end of the cover plate C110, the first rotating shaft C310 and a first gear C410 are rotatably assembled with a first vertical plate 120 and a second vertical plate 130 respectively after being assembled, and the first vertical plate 120 and the second vertical plate 130 are assembled and fixed with the table top 110;

the cover plate C110 is provided with a first rotating shaft C310, one end of the first rotating shaft C310 is further connected with the tabletop 110 through an elastic sheet C120, and the elastic sheet C120 is made of a high-elasticity material and can be a rubber sheet or a silica gel sheet. The design is that because the cover plate needs to rotate, a gap is left between the cover plate C110 and the panel groove 111 at the elastic sheet C120, so that the cover plate can rotate, external foreign matters can enter the panel cavity 141 due to the gap to pollute the panel assembly, and the elastic sheet C120 is arranged and can deform when the cover plate C110 rotates, so that the gap is always closed.

The first gear C410 is in meshing transmission with the second gear C420, the second gear C420 is in meshing transmission with the third gear C430, the second gear C420 is mounted on the second rotating shaft C320, the third gear C430 is mounted on the third rotating shaft C330, and two ends of the second rotating shaft C320 and the third rotating shaft C330 are rotatably assembled with the first vertical plate 120 and the second vertical plate 130 respectively;

a first wire pulling guide cylinder C310 is arranged on the second rotating shaft C320, and the first wire pulling guide cylinder C310 can rotate circumferentially relative to the second rotating shaft C320;

the third rotating shaft C330 is fixedly connected with one end of the first pull wire C440, the first pull wire C440 can be wound on the third rotating shaft C330, and the other end of the first pull wire C440 is fixedly connected with one end of the panel C500, which is provided with the fourth rotating shaft C340;

the cover plate C110 is further provided with a guide plate C111, the guide plate C111 is respectively provided with a guide arc groove C1111 and a cover plate locking groove C1112, and the fourth rotating shaft C340 is installed in the guide arc groove C1111 and can slide in the guide arc groove C1111;

the cover plate locking groove C1112 is assembled with one end of the cover plate locking block C610, thereby fixing the cover plate C110;

a fifth rotating shaft C350 is arranged at one end of the panel C500 far away from the fourth rotating shaft C340, the fifth rotating shaft C350 is rotatably assembled with the rotating shaft block C130, and the rotating shaft block C130 is fixed on the inner sides of the first vertical plate 120 and the second vertical plate 130;

the panel C500 is provided with a control button C510, and the control button is used for controlling corresponding equipment, such as the opening and closing of a water spraying fire extinguishing device in a building, the opening and closing of an alarm device in the building, the opening and closing of a barrier gate, the starting and stopping of an elevator and the like. The control function of the intelligent building operation and maintenance management system is consistent with that of a software input instruction, and only the control function of the intelligent building operation and maintenance management system directly controls each device without system conversion and transmission, so that the intelligent building operation and maintenance management system can be used as a backup to prevent the situations of incapability of controlling and delay of control instructions when a system is disconnected and stuck, particularly after the system is invaded by a hacker, the intelligent building operation and maintenance management system can be closed (the prior art is directly adopted), and each device can be manually controlled through a control button C510, so that the safety performance can be greatly improved.

The other end of the cover plate locking block C610 is arranged in the cover plate locking groove C241 and is fixedly assembled with one end of a locking shaft C620, the other end of the locking shaft C620 is fixedly connected with one end of a third pull wire C460, and the other end of the third pull wire C460 is fixedly connected with one end of a switch slider C740;

a limiting slip ring C621 is fixed in the cover plate locking groove C241, the locking shaft C620 penetrates through the limiting slip ring C621 and can be axially assembled with the limiting slip ring C621 in a sliding manner, a cover plate locking spring C900 is arranged between the limiting slip ring C621 and the cover plate locking block C610, and the cover plate locking spring C900 is used for generating a force for pushing the cover plate locking block C610 to the cover plate locking groove C1112;

preferably, the third pull wire C460 is guided by the pull wire guide wheel C730, so that the third pull wire C460 can drive the cover locking block C610 to move into the cover locking groove C241 against the elastic force of the cover locking spring C900, i.e. release the locking of the cover C110;

the stay wire guide wheel C730 can be circumferentially and rotatably assembled on the eighth rotating shaft C380, and two ends of the eighth rotating shaft C380 are respectively and rotatably assembled with the second switch chute C242;

the cover plate locking groove C241 and the second switch chute C242 are both arranged on the second switch block C240, the second switch chute C242 and the switch slider C740 are slidably assembled, the switch slider C740 is also slidably assembled with the first switch chute C232, a second guide cylinder C640 is further arranged at one end, away from the third pull rope C460, of the switch slider C740, the second guide cylinder C640 is arranged in one end of the first guide cylinder C630, the other end of the first guide cylinder C630 is fixedly assembled with the chute closing plate C250, and the chute closing plate C250 is used for closing the first switch chute C232;

a slide block return spring C910 is arranged between the chute closing plate C250 and the switch slide block C740, and the slide block return spring C910 is used for pushing the switch slide block C740 to return (as for fig. 18) after the switch slide block moves leftwards. The first switch chute C232 is provided on the first switch block C230.

One end of a second pull wire C450 penetrates through the chute sealing plate C250, the first guide cylinder C630 and the second guide cylinder C640 and then is fixedly connected with the switch slider C740, the other end of the second pull wire C passes through the second pull wire guide cylinder C720 and then is fixedly connected with the switch handle C710, the second pull wire guide cylinder C720 is circumferentially and rotatably arranged on a sixth rotating shaft C360, and two ends of the sixth rotating shaft C360 are respectively assembled with the rotating shaft supporting plate C220;

one end of the switch handle C710 is arranged in the handle mounting groove C211, the handle mounting groove C211 is formed by two handle mounting plates C210, a seventh rotating shaft C370 penetrates through the handle mounting plates C210, the handle mounting groove C211 and the switch handle C710 to enable the handle mounting plates C210, the switch handle C211 and the switch handle C710 to be assembled into a whole, and the switch handle C710 and the handle mounting plates C210 can be rotatably assembled through the seventh rotating shaft C370;

the two handle mounting plates C210 are fixedly connected through a connecting plate C212, and the connecting plate C212 is also used for limiting the rotation angle of the switch handle C710 towards the switch slider.

The handle mounting plate C210, the rotating shaft supporting plate C220, the first switch block C230 and the second switch block C240 are all fixed on a supporting bottom plate C200, and the supporting bottom plate C200 is fixed at the bottom of the panel cavity 141;

the second wire guide cylinder C720 is used to guide the second wire C450, so that the second wire can apply a pulling force to the switch slider (fig. 19 is true).

When the novel switch cover is used, the switch handle C710 rotates to the left by taking the seventh rotating shaft C370 as a center, so that a left pulling force is formed on the switch sliding block, the switch sliding block is pulled to move left, the cover plate locking block C610 can be driven to retract into the retraction groove through the third pulling wire, and the cover plate is opened.

Preferably, a limiting strip 150 is arranged in the panel groove 111, and the limiting strip 150 is fixed on the tabletop 110 and used for limiting the position of the cover plate C110 installed in the panel groove 111;

the first vertical plate 120 and the second vertical plate 130 are respectively fixed with a raising block C520 on one side facing the panel cavity 141, a raising groove is formed in the raising block C520, an arc-shaped spring piece C530 is installed in the raising groove, one end of the arc-shaped spring piece C530 is fixedly assembled with the raising block C520, and the other end of the arc-shaped spring piece C is an open end. The arc spring piece C530 has elasticity, and may be made of an elastic metal piece or an elastic plastic piece.

When the cover C110 is closed (as shown in fig. 1), the arc-shaped spring is pressed to generate elastic deformation and store elastic potential energy, when the cover locking block C610 is disengaged from the cover locking groove C1112, the arc-shaped spring drives the cover to upwarp, so that a certain angle and gap are formed between the cover C110 and the desktop, a user can pass through the gap with a hand to drive the cover C110 to rotate upward around the first rotating shaft C310, and when the cover rotates, the guide arc groove C1111 drives the fourth rotating shaft C340 to rotate upward inside the cover, that is, the driving panel C500 rotates upward around the fifth rotating shaft C350, until the fourth rotating shaft C340 is located at the top of the guide arc groove C1111. At this time, a triangular supporting force is formed between the panel and the cover plate, so that the panel is supported, and the cover plate C110 is engaged and fixed with the second gear through the first gear, so that it has a self-locking effect, so that the panel can obtain a basic support, and at this time, the control button C510 is exposed, so that an operator can operate through the control button C510.

In the state of fig. 1, the first wire C440 is wound around the third rotating shaft C330, and during the upward rotation of the panel C500, the first gear drives the third rotating shaft to rotate through the second gear, and the first wire C440 is released synchronously, thereby preventing the first wire from interfering with the use or hooking or winding with other structures.

When needs become the figure 13 state from the figure 14 state, rotate the apron, first gear can drive third pivot antiport to form the pulling force to the apron, and the synchronous first acting line of winding of third pivot, this kind of structure can realize only needing to rotate the apron and can realize that the panel uses the fifth pivot to be the central antiport, thereby avoids the panel card to die or needs another hand to press the condition that the panel could rotate the panel, makes it more convenient to use.

The invention is not described in detail, but is well known to those skilled in the art.

The foregoing detailed description of the preferred embodiments of the invention has been presented. It should be understood that numerous modifications and variations can be devised by those skilled in the art in light of the above teachings. Therefore, the technical solutions that can be obtained by a person skilled in the art through logical analysis, reasoning or limited experiments based on the prior art according to the concepts of the present invention should be within the scope of protection determined by the claims.

Claims

1. Intelligent building fortune dimension management platform, including the table body, table body top surface is the desktop, characterized by: the desktop is provided with a warning groove and a panel groove; a warning component is arranged in the warning groove;

a panel cavity is formed in the right side of the table body, a panel assembly is installed in the panel cavity, and the bottom of the table body is installed on the supporting assembly; the opening end of the panel cavity is closed by a safety door;

the warning assembly comprises a warning support plate, a warning shell and a warning lamp, wherein the warning support plate is fixed on the desktop, a warning installation groove is formed in the warning support plate, and the warning installation groove is communicated with the warning groove;

the warning lamp is provided with a lamp cap, one end of the lamp cap penetrates out of the lamp body limiting ring, the other end of the lamp cap is arranged in the lamp body sliding groove and is assembled with the lamp body sliding groove in a sliding mode, and a lamp body limiting table is arranged between the lamp cap and the lamp body;

2. The intelligent building operation and maintenance management platform as claimed in claim 1, wherein: the lamp body locking groove is connected with the locking guide groove through a first transition cambered surface, and a second transition cambered surface is arranged at the end, corresponding to the first transition cambered surface, of the lamp body locking plate.

3. The intelligent building operation and maintenance management platform as claimed in claim 1, wherein: the supporting assembly comprises at least four supporting bodies, each supporting body is respectively arranged below the table body and used for supporting the table body, each supporting body comprises a supporting shell, a supporting driving groove, a supporting sliding hole and a supporting accommodating groove are formed in the supporting shell, a supporting partition plate is arranged at the bottom of the supporting driving groove and rotatably assembled with a driving screw rod, one end of the driving screw rod is rotatably assembled with a supporting top plate, and the other end of the driving screw rod penetrates through the supporting partition plate and then is rotatably assembled with the inside of a supporting driving cylinder through threads;

the supporting driving cylinder and the supporting sliding hole are axially assembled in a sliding mode, the bottom of the supporting driving cylinder is fixedly assembled with the supporting sliding block, the supporting sliding block is provided with a universal mounting hole, the universal mounting hole is assembled with the universal mounting shaft in a circumferential rotating mode, the bottom of the universal mounting shaft is fixedly assembled with the universal wheel carrier, and the wheel shaft penetrates through the universal wheel and the universal wheel carrier to enable the universal wheel and the universal wheel carrier to rotate in a circumferential rotating mode relatively.

4. The intelligent building operation and maintenance management platform of claim 3, wherein: the two supporting bodies positioned at the rear of the table body are connected and driven through a first transmission shaft, the supporting body positioned at the rear of the table body is connected and driven through a second transmission shaft with the supporting body positioned at the front of the table body, and the front and the rear of the position are used for positioning;

the first transmission shaft and the mounting structure are the same as the second transmission shaft, are provided with worm parts, and are respectively meshed with the corresponding worm wheel on the support body through the worm parts to form a worm and gear transmission structure.

5. The intelligent building operation and maintenance management platform according to claim 3 or 4, wherein: the support shell is also provided with an adjustment indicating groove, the adjustment indicating groove is assembled with one end of an adjustment indicating sheet in a sliding mode, and the other end of the adjustment indicating sheet is fixedly assembled with the support driving cylinder.

6. The intelligent building operation and maintenance management platform as claimed in claim 1, wherein: the panel assembly comprises a cover plate, wherein a first rotating shaft is arranged at one end of the cover plate, the first rotating shaft and a first gear are respectively and rotatably assembled with a first vertical plate and a second vertical plate after being assembled, and the first vertical plate and the second vertical plate are fixedly assembled with a desktop;

the first gear is in meshing transmission with the second gear, the second gear is in meshing transmission with the third gear, the second gear is installed on the second rotating shaft, the third gear is installed on the third rotating shaft, and two ends of the second rotating shaft and two ends of the third rotating shaft are respectively in rotating assembly with the first vertical plate and the second vertical plate;

the second rotating shaft is provided with a first wire pulling guide cylinder, and the first wire pulling guide cylinder and the second rotating shaft relatively rotate in the circumferential direction;

the cover plate is also provided with a guide plate, the guide plate is respectively provided with a guide arc groove and a cover plate locking groove, and the fourth rotating shaft is arranged in the guide arc groove and slides in the guide arc groove;

a limit slip ring is fixed in the cover plate locking groove, the lock shaft penetrates through the limit slip ring and is axially assembled with the limit slip ring in a sliding manner, and a cover plate locking spring is arranged between the limit slip ring and the cover plate locking block;

the stay wire guide wheel is circumferentially and rotatably assembled on the eighth rotating shaft, and two ends of the eighth rotating shaft are respectively and rotatably assembled with the second switch sliding groove;

the cover plate locking groove and the second switch sliding groove are both arranged on the second switch block, the second switch sliding groove is assembled with the switch sliding block in a sliding mode, the switch sliding block is also assembled with the first switch sliding groove in a sliding mode, a second guide cylinder is further arranged at one end, away from the third pull rope, of the switch sliding block, the second guide cylinder is arranged in one end of the first guide cylinder, and the other end of the first guide cylinder is fixedly assembled with the sliding groove sealing plate;

the handle mounting plate, the rotating shaft supporting plate, the first switch block and the second switch block are all fixed on the supporting base plate, and the supporting base plate is fixed at the bottom of the panel cavity.

7. The intelligent building operation and maintenance management platform according to claim 6, wherein: the cover plate is provided with a first rotating shaft, one end of the first rotating shaft is connected with the desktop through an elastic sheet, and the elastic sheet is made of a high-elasticity material.

8. The intelligent building operation and maintenance management platform of claim 6, wherein: a sliding block return spring is arranged between the sliding chute sealing plate and the switch sliding block;

9. The intelligent building operation and maintenance management platform of claim 6, wherein: the first vertical plate and the second vertical plate are respectively fixed with a raising block on one side facing the panel cavity, the raising block is provided with a raising groove, an arc-shaped spring piece is installed in the raising groove, one end of the arc-shaped spring piece is fixedly assembled with the raising block, and the other end of the arc-shaped spring piece is an open end; the arc-shaped spring plate has elasticity.