CN111769455B - Intelligent door of intelligent power distribution cabinet - Google Patents
Intelligent door of intelligent power distribution cabinet Download PDFInfo
- Publication number
- CN111769455B CN111769455B CN202010719060.4A CN202010719060A CN111769455B CN 111769455 B CN111769455 B CN 111769455B CN 202010719060 A CN202010719060 A CN 202010719060A CN 111769455 B CN111769455 B CN 111769455B
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- Prior art keywords
- locking
- butt joint
- sliding
- control
- intelligent door
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
- H02B1/26—Casings; Parts thereof or accessories therefor
- H02B1/30—Cabinet-type casings; Parts thereof or accessories therefor
- H02B1/32—Mounting of devices therein
- H02B1/34—Racks
- H02B1/36—Racks with withdrawable units
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B65/00—Locks or fastenings for special use
- E05B65/52—Other locks for chests, boxes, trunks, baskets, travelling bags, or the like
- E05B65/5207—Other locks for chests, boxes, trunks, baskets, travelling bags, or the like characterised by bolt movement
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
- H02B1/26—Casings; Parts thereof or accessories therefor
- H02B1/28—Casings; Parts thereof or accessories therefor dustproof, splashproof, drip-proof, waterproof or flameproof
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Patch Boards (AREA)
Abstract
The invention discloses an intelligent door of an intelligent power distribution cabinet, which comprises a locking mechanism, a butting mechanism and a fire-fighting mechanism, wherein the locking mechanism comprises a first telescopic shaft, locking heads, locking blocks and a rope pulling disc, the first telescopic shaft is arranged on four end surfaces of the intelligent door, the locking heads are respectively arranged at the end parts of the first telescopic shaft, the locking blocks respectively swing on the locking heads, the rotation of the rope pulling disc controls the swing of the locking heads, the butting mechanism comprises two butting modules, a connecting block, a sliding module and a first threaded shaft, the two butting modules are respectively and fixedly connected to the intelligent door, the first threaded shaft rotates in the butting module, the sliding module controls the rotation of the first threaded shaft, the opening of the intelligent door can be controlled through the locking mechanism, and the operation of the intelligent door is greatly facilitated.
Description
Technical Field
The invention relates to a power distribution cabinet, in particular to an intelligent door of an intelligent power distribution cabinet, and particularly relates to an intelligent power distribution cabinet which can automatically convey drawings and is convenient to maintain.
Background
With the increase of the demand of electric power, the continuous improvement of electric power matching facilities is further promoted, wherein in the existing electric power facilities, a power distribution cabinet is one of common power distribution equipment, and can distribute the electric power through the power distribution cabinet and deliver the electric power to thousands of households;
in present electric power distribution cabinet, most all are simple box structure, at the in-process of overhauing, need open the cabinet door the back and carry out the maintenance of cable and part from the inside of switch board, though can reach the purpose of overhauing, but still have following problem:
after the part breaks down in the electric power cabinet, need carry out timely change maintenance to the part in the electric power cabinet, but the cable in the switch board is more, and need confirm the fault point, then just can change the part of trouble, because cable setting and part in the switch board are more, it is comparatively troublesome consequently to judge the trouble, the waste in time has been caused, thereby a lot of troubles that the maintenance of giving electric power caused, simultaneously because the space in the switch board is narrow and small, overhaul and its inconvenience, serious influence has been caused for the maintenance, when the electrical apparatus catches fire in the switch board simultaneously, can't realize timely putting out a fire.
Therefore, it is necessary to design an intelligent door of an intelligent power distribution cabinet to solve the above technical problems.
Disclosure of Invention
Technical problem to be solved
The intelligent door of the intelligent power distribution cabinet can solve the problem that the space in the power distribution cabinet is narrow and small, after the control panel is pulled out, the space in the power distribution cabinet is greatly increased, the maintenance of the power distribution cabinet is facilitated, the maintenance efficiency is further improved, meanwhile, the problem of firing in the power distribution cabinet can be solved through a fire-fighting mechanism, and automatic fire extinguishing is achieved.
(II) technical scheme
The invention is realized by the following technical scheme:
an intelligent door of an intelligent power distribution cabinet comprises a locking mechanism, a butt joint mechanism and a fire fighting mechanism;
the locking mechanism comprises first telescopic shafts, locking heads, locking blocks and a rope pulling disc, the first telescopic shafts are arranged on four end faces of the intelligent door, the locking heads are respectively arranged at the end parts of the first telescopic shafts, the locking blocks respectively swing on the locking heads, and the rotation of the rope pulling disc controls the swing of the locking heads;
the butt joint mechanism comprises two butt joint modules, a connecting block, a sliding module and a first threaded shaft, the two butt joint modules are fixedly connected to the intelligent door respectively, the first threaded shaft rotates in the butt joint module, the sliding module slides on the intelligent door, the sliding module controls the rotation of the first threaded shaft, and threaded holes correspondingly meshed and connected with the first threaded shaft are formed in the connecting block;
the fire-fighting mechanism comprises a plurality of gas storage airbags, a plurality of exhaust pipes, a sliding plate and a control turntable, wherein the gas storage airbags are arranged in the intelligent door, the exhaust pipes are correspondingly communicated with the gas storage airbags respectively, the sliding plate controls the expansion and contraction of the exhaust pipes, and the control turntable 1118 controls the sliding plate to swing;
the intelligent door is provided with a rotating control rotating shaft, and the control rotating shaft controls the pull rope disc and the control rotating disc to rotate.
Preferably, the locking mechanism further comprises a first spring and a module rotating shaft, a locking head sliding groove is formed in the locking head respectively, the two locking head sliding grooves are formed in the module rotating shaft respectively and are arranged at two ends of the locking head sliding groove respectively, the locking blocks are arranged on the module rotating shaft respectively and rotate, the locking blocks are respectively pressed by the first spring, the locking blocks are respectively arranged in an L shape, the end portions of the locking blocks are respectively connected with a pull rope, a support is arranged in the first telescopic shaft respectively, the pull rope slides in the pull rope, and the other end of the pull rope is fixedly connected to the pull rope disc respectively.
Preferably, docking mechanism is still including drive gear, docking gear sets up respectively the tip of first threaded spindle, be provided with one on the intelligence door and support the gliding support spout of slip module, docking gear is in respectively support the spout internal rotation, support the spout with the slip module is square setting respectively, the docking module with be provided with the support on the intelligence door first threaded spindle pivoted supports the revolving hole, be provided with the support on the slip module drive gear pivoted supports the revolving groove, be provided with a restriction on the intelligence door the gliding spacing cover of slip module.
Preferably, the fire fighting mechanism further comprises a connecting rod and a control rod, four storage tanks are arranged on the intelligent door, the four storage tanks are arranged in a circle, four sliding plates are arranged and respectively slide in the storage tanks, the connecting rods are respectively and vertically connected to the sliding plates, four control rods are arranged and respectively and fixedly connected to the control rotary table, the control rods are respectively and vertically connected to the connecting rod, and a sliding chute for supporting the control rod and the connecting rod to slide is arranged in the intelligent door;
the intelligent door is provided with an inflation tube, and the intelligent door is provided with a sealing head for sealing the inflation tube.
Preferably, be provided with a first butt joint that is square setting on the drive gear, be provided with a second butt joint that is square setting on the drawing rope dish, it changes the head to be provided with a butt joint on the control carousel, one side that the butt joint was changeed is provided with a third butt joint that is square setting, be provided with a first butt joint piece and second butt joint piece in the control pivot, the control pivot inserts first butt joint and second butt joint intraoral back, first butt joint piece with the corresponding joint of first butt joint, the second butt joint piece with the corresponding joint of second butt joint, be provided with a flexible gliding butt joint pivot in the control pivot, the tip of butt joint pivot is square setting, the tip of butt joint pivot with the corresponding joint of third butt joint, the tip of control pivot is provided with a control handle.
The application also comprises an intelligent power distribution cabinet, comprising the intelligent door of the intelligent power distribution cabinet.
(III) advantageous effects
The invention provides an intelligent door of an intelligent power distribution cabinet, which has the following beneficial effects:
the intelligent door can be locked and fixed on the power distribution cabinet body through the locking mechanism, so that the intelligent door can be conveniently opened and locked, the intelligent door can extend into the power distribution cabinet through the first telescopic shaft, the first telescopic shaft can be controlled through the locking head to be locked and controlled, and the intelligent door can be further conveniently operated;
after the butt joint module on the butt joint mechanism is in butt joint with the connecting block and is correspondingly connected with the connecting block through the first threaded shaft, the control panel can be controlled, the space of the power distribution cabinet is greatly increased after the control panel is pulled out, the trouble caused by manual maintenance is avoided, the control panel can be operated after being pulled out through the butt joint mechanism, the problem of difficulty in maintenance caused by narrow space in the power distribution cabinet is avoided, and the maintenance efficiency is greatly improved;
after the blast pipe that sets up on the fire control mechanism stretches into in the switch board, under the condition such as conflagration breaing out, because the burning can make inert gas pass through the blast pipe and arrange into the switch board in, great improvement to the fire extinguishing efficiency of switch board, the destruction that the mode conflagration caused in to the switch board.
Drawings
The invention is further described below with reference to the accompanying drawings.
Fig. 1 is a schematic view of the overall structure of an intelligent power distribution cabinet according to an embodiment of the invention.
Fig. 2 is a side view of the overall structure of the intelligent power distribution cabinet according to the embodiment of the invention.
Fig. 3 is a side view of the overall structure of the power distribution cabinet body according to the embodiment of the invention.
FIG. 4 is a top view of the automatic paper feeding module according to the embodiment of the present invention.
FIG. 5 is a side view of the overall structure of the paper mechanism according to the embodiment of the present invention.
FIG. 6 is a top view of the overall structure of the paper mechanism according to the embodiment of the present invention.
Fig. 7 is a schematic view of the overall structure of the driving fluted disc according to the embodiment of the present invention.
Fig. 8 is a schematic view of the overall structure of the module mechanism according to the embodiment of the present invention.
Fig. 9 is a side view of the overall structure of the intelligent door according to the embodiment of the invention.
Fig. 10 is a schematic view of the overall structure of the locking head according to the embodiment of the present invention.
Fig. 11 is a side view of the overall structure of the fire fighting mechanism 13 according to the embodiment of the present invention.
In the figure: 1 power distribution cabinet body, 101 power distribution cabinet groove, 11 intelligent door, 1101 first telescopic shaft, 1102 docking module, 1103 first threaded shaft, 1104 docking gear, 1105 supporting sliding groove, 1106 sliding module, 1107 supporting rotating groove, 1108 driving gear, 1109 first pair interface, 1110 control rotating shaft, 1111 docking rotating shaft, 1112 control handle, 1113 first docking block, 1114 second docking block, 1115 pulling rope disk, 1116 second docking interface, 1117 pulling rope, 1118 control rotating disk, 1119 docking rotating head, 1120 third docking interface, 1121 control rod, storage groove 1122, 1123 sliding plate, 1124 connecting rod, 1125 exhaust pipe, 1126 air storage bag, 1127 inflation pipe, 1128 sealing head, 1129 locking head, 1130 pulling rope sliding hole, 1131 locking head sliding groove, 1132 locking block, 1133 module rotating shaft, 1134 first spring, 1135 locking groove, 1136 locking shaft groove, 1137 threaded hole, 1138 connecting block;
12 distribution boards, 1201 wiring grooves, 1202 driving columns, 1203 control fluted discs, 1204 first gears, 1205 first motors, 1206 supporting columns, 1207 threading ports, 1208 control panels, 1209 second telescopic shafts and 1210 support sliding holes;
13 a fire fighting module;
14, limiting a cover;
15 drawing mechanism, 1501 support rod, 1502 connecting shaft, 1503 control slideway, 1504 drive fluted disc, 1505 support sliding chute, 1506 second gear, 1507 first rotating shaft, 1508 first bevel gear, 1509 second rotating shaft, 1510 drawing scroll, 1511 support rotating groove, 1512 drawing, 1513 gravity slider, 1514 third rotating shaft, 1515 second bevel gear, 1516 fluted disc sliding chute, 1517 drive module, 1518 elastic pressing shaft, 1519 module internal groove, 1520 magnet, 1521 electromagnet and 1522 second spring.
Detailed Description
As shown in fig. 1 to 11, an intelligent door of an intelligent power distribution cabinet comprises a power distribution cabinet body 1, wherein a power distribution cabinet groove 101 is arranged in the power distribution cabinet body 1 and comprises a power distribution module, a drawing automatic comfort module and an intelligent door 11;
the distribution module comprises a distribution board 12 and a control panel 1208, the distribution board 12 is arranged in a square shape, the distribution board 12 rotates in the distribution cabinet groove 101, and the control panel 1208 is arranged on the distribution board 12 to slide.
Be provided with a control panel 1208 on four terminal surfaces of distribution board 12 respectively, control panel 1208 is the platelike structure, and again respectively flexible the slip on the terminal surface of distribution board 12 is provided with each part of distribution on control panel 1208, can guarantee normal transmission of electricity operation through each part, through the flexible back that slides on distribution board 12 of control panel 1208, can extend out the back with control panel 1208 at the in-process of overhauing, is convenient for overhaul the operation to each part.
The drawing automatic conveying module comprises a drawing mechanism 15, a control slide 1503 and a drawing 1512, wherein the control slide 1503 is arranged in a circular ring shape, the drawing 1512 is arranged in the drawing mechanism 15, and the control slide 1503 rotates to control the curling and the expansion of the drawing 1512.
The drawing mechanism 15 is arranged in the power distribution cabinet groove 101, the curled drawing 1512 is arranged in the drawing mechanism 15, and after the curled drawing 1512 is stretched, the drawing can be conveniently checked, so that in the process that components in the power distribution cabinet break down, the maintenance efficiency of each component can be greatly improved by checking the drawing.
The intelligent door 11 comprises a locking mechanism, a butt joint mechanism and a fire-fighting mechanism 13;
the locking mechanism comprises a first telescopic shaft 1101, locking heads 1129, locking blocks 1132 and a rope pulling disc 1115, wherein the first telescopic shaft 1101 is arranged on four end faces of the intelligent door 11, the locking heads 1129 are respectively arranged at the end parts of the first telescopic shaft 1101, the locking blocks 1132 respectively swing on the locking heads 1129, and the rotation of the rope pulling disc 1115 controls the swing of the locking heads 1129.
The first telescopic shafts 1101 are arranged on four end faces of the intelligent door 11, the intelligent door 11 can be conveniently opened by stretching the first telescopic shafts 1101 on the power distribution cabinet body 1, the end parts of the first telescopic shafts 1101 are respectively provided with a locking head 1129, the locking heads 1129 are respectively provided with a swinging locking block 1132, the intelligent door 11 is fixed on the power distribution cabinet body 1 by the swinging energy of the locking blocks 1132, and the operation on the intelligent door 11 is convenient;
the intelligent door can be locked and fixed on the power distribution cabinet body through the locking mechanism, so that the intelligent door can be conveniently opened and locked, the intelligent door extends into the power distribution cabinet through the first telescopic shaft, the first telescopic shaft can be controlled through the locking head to be locked and controlled, and the intelligent door can be further conveniently operated;
the docking mechanism comprises two docking modules 1102, a connecting block 1138, a sliding module 1106 and a first threaded shaft 1103, wherein the two docking modules 1102 are respectively and fixedly connected to the intelligent door 11, the first threaded shaft 1103 rotates in the docking module 1102, the sliding module 1106 slides on the intelligent door 11, the sliding module 1106 controls the rotation of the first threaded shaft 1103, and a threaded hole 1137 correspondingly engaged and connected with the first threaded shaft 1103 is formed in the connecting block 1138.
The intelligent door 11 is provided with the butt joint module 1102, the control panel 1208 is provided with the connecting block 1138, after the butt joint module 1102 and the connecting block 1138 are in butt joint, the control panel 108 can be controlled by pulling the intelligent door 11, so that the power distribution component can be conveniently overhauled, the butt joint module 1102 is internally provided with a rotating first threaded shaft 1103 and the connecting block 1138 is respectively provided with a threaded hole 1137, after the first threaded shaft 1103 and the threaded hole 1137 are correspondingly meshed and connected, the butt joint module 1102 and the connecting block 1138 can be correspondingly connected, so that the control panel 1208 can be conveniently controlled in the process of opening the intelligent door 11, the problem of difficulty in overhauling caused by narrow space in the power distribution cabinet can be avoided after the control panel 1208 is pulled out, and the overhauling efficiency is greatly improved;
after butt joint module and connecting block butt joint on the docking mechanism, through first threaded shaft and the corresponding back of being connected of connecting block, can realize controlling control panel, pull out the great space that increases the switch board after control panel, avoided the trouble that causes through artifical maintenance, can pull out control panel through docking mechanism and then operate, avoided the problem of the maintenance difficulty that leads to because of the switch board space is narrow and small, great improvement the efficiency of maintenance.
The fire fighting mechanism 13 comprises a plurality of gas storage airbags 1126, a plurality of exhaust pipes 1125, a sliding plate 1123 and a control turntable 1118, wherein the gas storage airbags 1126 are arranged in the intelligent door 11, the plurality of exhaust pipes 1125 are correspondingly communicated with the gas storage airbags 1126 respectively, the plurality of sliding plates 1123 are arranged, the sliding plate 1123 controls the expansion and contraction of the exhaust pipes 1125, and the control turntable 1118 controls the sliding plate 1123 to swing.
The intelligent door 11 is provided with the gas storage air bag 1126, the gas storage air bag 1126 stores inert gas carbon dioxide, the intelligent door 11 is provided with a plurality of exhaust pipes 1125, the number of the exhaust pipes 1125 is set according to the design requirement, in the drawings of the specification of the invention, 4 exhaust pipes 1125 are arranged and are respectively communicated with the gas storage air bags 1126 correspondingly, the exhaust pipes 1125 can be expanded under the action of the air pressure of the carbon dioxide of the gas storage air bag 1126, so that the exhaust pipes 1125 can extend into the power distribution cabinet groove 101, the exhaust pipes 1125 can be burnt in the process of fire occurrence, the exhaust pipes 1125 are damaged and leak air, after the power distribution cabinet groove 101 is filled with the carbon dioxide, the purpose of fire extinguishment can be achieved, and further damage to components in the power distribution cabinet caused by the fire can be avoided;
after the blast pipe that sets up on the fire control mechanism stretches into in the switch board, under the condition such as conflagration breaing out, because the burning can make inert gas pass through the blast pipe and arrange into the switch board in, great improvement to the fire extinguishing efficiency of switch board, the destruction that the mode conflagration caused in to the switch board.
A rotating control rotating shaft 1110 is arranged on the intelligent door 11, and the control rotating shaft 1110 controls the rope pulling disc 1115 and the control turntable 1118 to rotate.
Be provided with a control pivot 1110 on intelligent door 11, can control stay cord dish 1115 and control carousel 1118 through control pivot 1110 to can control opening of intelligent door 11, can realize controlling control panel 1208 simultaneously, be convenient for overhaul the operation to each part, great improvement the efficiency of maintenance.
The connecting block 1138 is fixedly connected to the control panel 1208, the control chute 1503 is disposed on the top of the distribution board 12, the distribution board 12 drives the control chute 1503 to rotate, a locking shaft groove 1136 for supporting the first retractable shaft 1101 to slide is disposed on the distribution cabinet body 1, and a locking groove 1135 corresponding to the locking block 1132 is disposed at an end of the locking shaft groove 1136.
Connecting block 1138 is fixed to be set up on control panel 1208, control slide 1503 sets up the top at distribution board 12, rotation through distribution board 12 can drive the rotation of control slide 1503, thereby can control the flexible of the drawing on paper mechanism 15, be provided with locking shaft groove 1136 on the distribution cabinet body 1, first telescopic shaft 1101 slides in locking shaft groove 1136, support first telescopic shaft 1101 through locking shaft groove 1136, can guarantee the normal overslide of first telescopic shaft 1101, thereby support fixedly to intelligent door 11, can make behind the locking piece 1132 joint in locking groove 1135 through locking groove 1135, can support fixedly intelligent door 11.
As shown in fig. 1 and fig. 2, four control panels 1208 are provided, each of the four end surfaces of the control panel 1208 is provided with a second telescopic shaft 1209, and each of the distribution boards 12 is provided with a support sliding hole 1210 for supporting the second telescopic shaft 1209 to slide.
The four end faces of the control panel 1208 are respectively provided with a second telescopic shaft 1209, the distribution board 12 is provided with a support sliding hole 1210 for supporting the second telescopic shaft 1209 to slide in a telescopic manner, the upper side face and the lower side face of the support sliding hole 1201 are respectively provided with a row of rollers for extruding the second telescopic shaft 1209, the second telescopic shaft 1209 is extruded through the rollers, the telescopic sliding of the second telescopic shaft 1209 can be further limited, and the control panel 1208 is prevented from being opened randomly.
The number of the drawing mechanisms 15 is the same as that of the control panels 1208, 4 drawing mechanisms 15 are provided, each drawing mechanism 15 is provided with a support rod 1501, each support rod 1501 is fixedly connected to the distribution cabinet 1, each driving fluted disc 1505 is provided with four driving fluted discs 1505, the positions of the four driving fluted discs 1505 are correspondingly arranged, the driving fluted discs 1505 are respectively arranged on control slideways 1503, the control slideways 1503 are arranged in a circular ring shape, a rotating first rotating shaft 1507 is respectively arranged in each drawing mechanism 15, each driving fluted disc 1504 is arranged on each first rotating shaft 1507, the first rotating shaft 1507 rotates in the drawing mechanism 15, one end of each first rotating shaft 1507 is provided with a second gear 1506, the second gears 1506 are respectively engaged with the driving fluted discs 1504, and the control slideways are capable of enabling the second gears 1506 to rotate in the autorotation process in China, so as to drive the first rotating shafts 1507 to rotate;
in the rotation process of the control slide 1503, after the control slide 1503 can be correspondingly meshed and connected with the second gear 1506 through the driving fluted disc 1504, the control slide can further drive the second gear 1506 to rotate, and can drive the second rotating shaft 1509 to rotate through the corresponding meshed and connected of the two first bevel gears 1508, a second bevel gear 1515 correspondingly meshed and connected is respectively arranged at the other end of the second rotating shaft 1509 and the third rotating shaft 1514, so as to drive the third rotating shaft 1514 to rotate, further drive the drawing scroll 1510 to rotate, further drive the drawing to be curled and contracted on the drawing scroll 1510, and realize the contraction of the drawing, a gravity slider 1513 is arranged at the bottom of the drawing, and the drawing can be pulled through the self gravity of the gravity slider 1513, therefore, paper can be pulled out through gravity and the drawing scroll 1510, the drawing mechanisms 15 are provided with 4 driving fluted discs 1504 which are arranged in a crossed manner and are not arranged on the same straight line, and the second gears 1506 arranged at different positions in the four drawing mechanisms 15 can be correspondingly meshed with the corresponding driving fluted discs 1504 respectively, so that the rotation of the drawing scroll 1510 is controlled respectively, when the drawing scroll 1510 rotates to the position of the control panel 1208 with a fault, the drawing scroll 1510 can automatically stretch out the drawing, because the control panel 1208 is provided with four end faces, when the control slide 1503 rotates, the length of the driving gear 1504 is set according to the design requirement, and the module mechanisms can control the extension and retraction of the driving fluted discs 1505;
when the control panel 1208 with a fault rotates to the front of the power distribution cabinet 101, the module mechanism can control the extension of the driving fluted disc 1505, so that the second driving gear 1506 can be further driven to be correspondingly meshed and connected, and the extension of the drawing can be controlled.
As shown in fig. 1, 3, 4, 5, 6, 7 and 8, the drawing automatic comfort module further includes a module mechanism, a driving fluted disc 1504, a second gear 1506, a first rotating shaft 1507, a second rotating shaft 1509, a first bevel gear 1508 and a drawing reel 1510, the drawing mechanism 15 is provided with four pieces, the drawing mechanism 15 is provided with a supporting rod 1501 respectively, the supporting rods 1501 are fixedly connected to the distribution box distribution cabinet 1 respectively, the driving fluted disc 1505 is provided with four pieces, the driving fluted disc 1504 is provided with a telescopic sliding on the control slideway 1503 respectively, and the positions of the driving fluted disc are correspondingly set, the first rotating shaft 1507 is in the drawing mechanism 15 rotating, one end of the first rotating shaft 1507 is provided with a second gear 1506 correspondingly engaged with the driving fluted disc 1504 respectively, the second rotating shaft 1509 is in the drawing mechanism 15 rotating, one end of the second rotating shaft 1509 is in the drawing mechanism 1507 and the other end of the first rotating shaft 1512 are correspondingly engaged with each other end of the drawing mechanism 1508, a supporting groove 1511 is provided in the drawing mechanism 15, the drawing sliding block is provided with a third rotating shaft 1510, and the drawing sliding block 1515 is provided with a third rotating shaft 1515 and a drawing sliding block 1515 is connected to the drawing mechanism via a drawing sliding block 1508.
As shown in fig. 6, 7 and 8, the module mechanism includes a fluted disc chute 1516, a driving module 1517, a pressing shaft 1518, a magnet 1520, an electromagnet 1521 and a second spring 1522, the driving fluted disc 1504 slides in the fluted disc chute 1516 respectively, the driving module 1517 is fixedly connected to the control slide 1503, one module inner groove 1519 is provided in the driving module 1517 respectively, one end of the pressing shaft 1518 slides in the module inner groove 1519 respectively, the magnet 1520 is fixedly connected to the end of the pressing shaft 1518 and slides in the module inner groove 1519 respectively, the other end of the pressing shaft 1518 is fixedly connected to the driving fluted disc 1504 respectively, the electromagnets 1521 are provided in the module inner groove 1519 respectively, the second spring 1522 presses the magnet 1520, a control button is provided in the switch board groove 101, and the energization of the electromagnet 1521 can be controlled by the control button, so that the telescopic sliding of the driving fluted disc 1504 can be further controlled.
After electro-magnet 1152 circular telegram, can repel with magnet 1520, thereby can push the slip of suppress axle 1518, further promotion drive fluted disc 1504 stretches out, thereby connect through the corresponding meshing of drive fluted disc 1504 and second gear 1506, thereby can control the stretching of drawing, can support drive fluted disc 1506 through fluted disc spout 1516, guarantee the normal slip of drive fluted disc 1506, drive module 1571 fixed connection is on control slide 1503, drive module 1571 is provided with two respectively, and set up respectively at the both ends of drive fluted disc, drive fluted disc 1506 is the arc setting respectively, wherein can suppress magnet 1520 through second spring 1522, thereby can make the shrink of drive fluted disc 1506, avoid the random pop-up of drive fluted disc 1504.
As shown in fig. 10, the locking mechanism further includes a first spring 1134 and a module rotating shaft 1133, the locking heads 1129 are respectively provided with a locking head sliding slot 1131, the module rotating shafts 1133 are respectively provided with two locking head sliding slots 1131, and are respectively arranged at two ends of the locking head sliding slot 1131, the locking blocks 1132 respectively rotate on the module rotating shafts 1133, the first springs 1134 respectively press the locking blocks 1132, the locking blocks 1132 are respectively arranged in an L shape, end portions of the locking blocks 1132 are respectively connected with a pulling rope 1117, the first telescopic shafts 1101 are respectively provided with a pulling rope sliding hole 1130 for supporting the pulling rope 1117 to slide, and the other ends of the pulling ropes 1117 are respectively fixedly connected to a pulling rope reel 1115.
After first telescopic shaft 1101 stretched into locking shaft groove 1136, locking piece 1132 can slide in locking shaft groove 1136, locking piece 1132 joint is in locking groove 1135, thereby fix smart door 11 on the distribution cabinet body 1, be provided with a locking head spout 1131 on locking head 1129, be provided with two module pivot 1133 in locking head spout 1131, locking piece 1132 rotates on module pivot 1133 respectively, locking piece 1132 is the L type setting respectively, the joint that locking piece 1132 can be respectively is in locking groove 1135, can suppress locking piece 1132 through first spring 1134, thereby can be with locking piece 1132 joint in locking groove 1135, be provided with a stay cord 1117 on locking piece 1132 respectively, can drive the swing of locking piece 1132 through pulling stay cord 1117, thereby make locking piece 1132 break away from in locking groove 1135, thereby control the flexible slip of first telescopic shaft 1101, can carry out the slip of stay cord 1117 through stay cord slide-hole 1130, guarantee to support the normal slip of stay cord 1117.
As shown in fig. 9, the docking mechanism further includes a driving gear 1108 and a docking gear 1104, the docking gear 1104 is respectively disposed at an end of the first threaded shaft 1103, the smart door 11 is provided with a supporting chute 1105 supporting the sliding module 1106 to slide, the docking gear 1104 rotates in the supporting chute 1105 respectively, the supporting chute 1105 and the sliding module 1106 are respectively disposed in a square shape, the docking module 1102 and the smart door 11 are provided with supporting rotation holes supporting the first threaded shaft 1103 to rotate, the sliding module 1106 is provided with a supporting rotation groove 1107 supporting the driving gear 1108 to rotate, and the smart door 11 is provided with a limiting cover 14 limiting the sliding of the sliding module 1106.
The sliding module 1106 is arranged in a square mode, the sliding module 1107 slides in the supporting sliding chute 1107, the driving gear 1108 rotates in the sliding module 1106, the supporting rotating chute 1107 for supporting the rotation of the driving gear 1108 is arranged in the sliding module 1106, the tooth grooves are leaked from the upper end surface and the lower end surface of the sliding module 1106 through the driving gear 1108, the sliding module 1106 is pushed to slide, the driving gear 1108 and the two butt gears 1104 can be correspondingly meshed and connected respectively, the two butt gears 1104 can be driven to synchronously rotate through the rotation of the driving gear 1108, and the first threaded shaft 1103 is driven to rotate.
As shown in fig. 2 and 9, the fire fighting mechanism 13 further includes a connecting rod 1124 and a control rod 1121, four storage slots 1122 are provided on the smart door 11, the four storage slots 1122 are arranged in a circular shape, four sliding plates 1123 are provided and respectively slide in the storage slots 1122, the connecting rods 1124 are respectively vertically connected to the sliding plates 1123, four control rods 1121 are provided and respectively fixedly connected to the control turntable 1118, the control rods 1121 are respectively vertically connected to the connecting rod 1124, and a sliding slot for supporting the control rods 1121 and the connecting rod 1124 to slide is provided in the smart door 11;
an air charging pipe 1127 is arranged on the intelligent door 11, and a sealing head 1128 for sealing the air charging pipe 1127 is arranged on the intelligent door 11.
Four storage tanks 1122 are arranged on the intelligent door 11, the four storage tanks 1122 are correspondingly arranged in a circular ring shape, the sliding plate 1123 slides in the storage tanks 1122 respectively, the control dial 1118 is rotated to drive the control rod 1121 to rotate, so that the connecting rod 1124 can be controlled to rotate, the sliding plate 1123 can be controlled to swing, and the exhaust pipe 1125 can be in an expanded state after being inflated, so that the exhaust pipe 1125 can extend into the power distribution cabinet 101;
an air charging pipe 1127 is arranged on the intelligent door 11, the air charging bag 1126 can be charged with air through the air charging pipe 1127, the air charging pipe 1127 can be plugged through the sealing head 1128, and carbon dioxide leakage is achieved.
As shown in fig. 9, a first pair of interfaces 1109 arranged in a square shape is disposed on the driving gear 1108, a second pair of interfaces 1116 arranged in a square shape is disposed on the rope pulling disc 1115, a butt joint rotating head 1119 is disposed on the control turntable 1118, a third pair of interfaces 1120 arranged in a square shape is disposed on one side of the butt joint rotating head 1119, a first butt joint block 1113 and a second butt joint block 1114 are disposed on the control rotating shaft 1110, after the control rotating shaft 1110 is inserted into the first pair of interfaces 1109 and the second pair of interfaces 1116, the first butt joint block 1113 and the first pair of interfaces 1109 are correspondingly clamped, the second butt joint block 1114 and the second pair of interfaces are correspondingly clamped, a butt joint rotating shaft 1111 sliding in a telescopic manner is disposed in the control rotating shaft 1110, an end of the butt joint rotating shaft 1111 is arranged in a square shape, an end of the butt joint rotating shaft 1111111 and the third pair of interfaces 1120 are correspondingly clamped, and a control handle 1112 is disposed at an end of the control rotating shaft 1110.
A first pair of interfaces 1109 which are arranged in a square shape are arranged on the driving gear 1108, the first pair of interfaces 1109 are through holes, the control rotating shaft 1110 can rotate on the smart door 11 after passing through the supporting sliding chute 1105, a second pair of interfaces 1116 are arranged on the pull rope disc 1115, the second pair of interfaces 1116 are arranged in a square shape, the control rotating shaft 1110 is arranged in a cylindrical shape, a sliding hole for supporting the control rotating shaft 1110 to slide is arranged on the smart door 11, a first butt joint block 1113 and a second butt joint block 1114 are arranged on the control rotating shaft 1110, after the control rotating shaft 1110 is inserted into the sliding hole, the second butt joint block 1114 can be clamped on the second pair of interfaces 1116, the control rotating shaft 1110 can drive the pull rope disc 1115 to rotate, the pull ropes 1117 are respectively and correspondingly connected to the pull rope disc 1115, so that the sliding of the pull rope 1117 can be driven, and the swinging of the lock block 1132 can be further controlled;
after the first butt joint block 1113 and the first butt joint 1109 are correspondingly clamped, the control rotating shaft 1110 is rotated to drive the driving gear 1108 to rotate, the driving gear 1108 is correspondingly clamped with the butt joint gear 1104 to control the rotation of the butt joint gear 1104, the sliding module 1106 slides in the support sliding chute 1105 to adjust the position of the sliding module 1106, and the meshing connection of the driving gear 1108 and the butt joint gear 1104 can be controlled;
the control rotating shaft 1110 is provided with a through hole, a telescopic sliding butt joint rotating shaft 1111 is arranged in the through hole, the end part of the butt joint rotating shaft 1111 is arranged in a square shape, the control turntable 1118 is provided with a butt joint rotating head 1119, the intelligent door 11 is provided with a rotating hole for supporting the butt joint rotating head 1119 to rotate, one side of the butt joint rotating head 1119 is provided with a third butt joint opening 1130, the third butt joint opening 1130 is arranged in a square shape, after the end part of the butt joint rotating shaft 1111 is inserted into the third butt joint opening 1130, the rotation of the control turntable 1118 can be controlled through the rotation of the butt joint rotating shaft 1111, so that the sliding of the sliding plate 1123 is controlled, the exhaust pipe 1125 can be extruded through the sliding plate 1123, the exhaust pipe 1125 can be extruded into the storage groove 1122, the exhaust pipe 1125 can be stored in the storage groove 1122, the maintenance of the electric appliances in the distribution cabinet groove 101 is convenient, after the maintenance, the exhaust pipe 1125 is aerated and expanded, the exhaust pipe 1125 extends into the distribution cabinet 101, and the purpose of extinguishing fire can be achieved.
As shown in fig. 1, 2 and 3, a driving column 1202 is disposed at the top of the distribution board 12, a supporting column 1206 is disposed at the bottom of the distribution board 12, a control fluted disc 1203 is disposed on the driving column 1202, a first gear 1204 driven by a first motor 1205 is disposed on the distribution cabinet body 1, the first gear 1204 and the control fluted disc 1203 are correspondingly engaged and connected, a wiring groove 1201 is disposed on the distribution cabinet 12, a threading opening 1207 correspondingly communicated with the wiring groove 1201 is disposed on the supporting column 1206, a plurality of connecting shafts 1502 are disposed on the driving column 1202, and the control slideway 1503 is connected to the connecting shafts 1502.
The rotation drive through first motor 1205 the rotation of first gear 1204, first gear 1204 is connected with the corresponding meshing of control gear 1203, thereby can drive the rotation of drive post 1202, further drive the rotation of distribution board 12, the in-process that can overhaul control panel 1208 through the rotation of distribution board 12, be convenient for to its adjustment, can support distribution board 12 through support column 1206, guarantee its normal rotation, be provided with a wiring groove 1201 in distribution board 12, can save the cable through wiring groove 1201, can be convenient for penetrating of cable to wiring groove 1201 in through threading mouth 1207.
The working principle of the invention is as follows:
the intelligent door comprises a smart door 11, and is characterized in that four corners of an end face of the smart door 11 are respectively provided with a first telescopic shaft 1101, end portions of the first telescopic shaft 1101 are respectively provided with a locking head 1129, the locking heads 1129 are respectively provided with two swinging locking blocks 1132, the first telescopic shaft 1101 is respectively provided with a pulling rope 1117, the locking blocks 1132 can be pulled to swing through the pulling rope 1117, after the locking blocks 1132 are clamped in locking grooves 1135, the smart door 11 can be fixed on the power distribution cabinet body 1, so that opening and locking of the smart door 11 are controlled, sliding of the pulling rope 1117 is realized through rotation of a pulling rope disc 1115, rotation of the pulling rope disc 1115 is realized through a control rotating shaft 1110, the pulling rope disc 1115 is provided with a second pair of interfaces 1116, the second pair of interfaces 1116 are arranged in a square shape, the control rotating shaft 1110 is provided with a second butt block 1114, the second butt block 1114 can be correspondingly clamped with the second butt block 1114, so that rotation of the disc 1110 can be driven through rotation of the control rotating shaft 1110, and opening and closing of the pulling rope disc 11 are controlled;
a power distribution cabinet groove 101 is arranged in the power distribution cabinet body 1, the power distribution board 12 is arranged in a square shape, the power distribution board 12 rotates in the power distribution cabinet groove 101, a sliding control panel 1208 is respectively arranged on four end faces of the power distribution board 12, the control panel 1208 can slide on the power distribution board 12, after the control panel 1208 is extended, electrical accessories on the control panel 1208 can be further conveniently overhauled, and the problem of troublesome overhauling caused by narrow space is avoided;
the control panel 1208 is respectively provided with two connecting blocks 1138, the intelligent door 11 is provided with two docking modules 1102, and in the process of opening the control panel 1208, the control panel 1208 can be manually opened, when a component on the control panel 1208 breaks down, a missing point condition is easily caused to occur, the connecting blocks 1138 are made of ceramic materials, after the docking modules 1102 are docked with the connecting blocks 1138, the control panel 1208 can be controlled to be opened through corresponding meshing connection of the first threaded shaft 1103 and a threaded hole on the connecting block 1138, so that the electric shock problem caused by direct contact can be avoided, meanwhile, after the price control panel 1208 is opened, the control panel 1208 is convenient to overhaul, the rotation of the first threaded shaft 1103 is realized through the rotation of the docking gear 1104, the intelligent door 11 is provided with a supporting chute 1105, the sliding module 1106 can slide in the supporting chute 1105, the end part of the supporting chute 1105 is provided with a limit cover 14, the sliding module 1106 is prevented from slipping out of the supporting chute 1105, the sliding module 1106 is provided with a rotating driving gear 1108, the sliding gear 1108 is correspondingly meshed with the docking gear 1104, so as to control the rotation of the first threaded shaft 1104;
the exhaust pipe 1125 arranged on the intelligent door 11 is inflated and then expanded, so that the exhaust pipe 1125 extends into the power distribution cabinet groove 101, when the fire occurs in the power distribution cabinet groove 101, the exhaust pipe 1125 can be damaged to exhaust, so that carbon dioxide is discharged into the power distribution cabinet groove 101, the fire extinguishing purpose can be achieved through the carbon dioxide, and the end part of the exhaust pipe 1125 is in a sealed state;
a drawing mechanism 15 is arranged in the power distribution cabinet 101, the drawing mechanism 15 is arranged at the top of the power distribution cabinet 101, a control slide 1503 is arranged at the top of the distribution board 12, the control slide 1503 is arranged in a circular ring shape, the control slide 1503 is arranged at the top of the distribution board 12, the distribution board 12 can drive the control slide 1503 to rotate in the rotation process, a rotating drawing scroll 1510 is arranged in the drawing mechanism 15, a drawing 1512 is curled on the drawing scroll 1510, the control slide 1503 can control the rotation of the paper scroll 1510 in the rotation process of the drawing mechanism 15 so as to control the extension of the paper 1512, a driving fluted disc 1504 which can slide in a telescopic manner is arranged on the control slide 1503, and can be correspondingly meshed and connected with the second gear 1506 after the driving fluted disc 1504 extends out, so that the rotation of the second gear 1506 can be controlled, the rotation of the paper scroll 1510 is further controlled, the extension of the drawing 1512 is controlled, the power distribution cabinet can be greatly convenient to overhaul the inside of the power distribution cabinet after the drawing extends, and the overhaul efficiency of the power distribution cabinet is improved;
rotation through first motor 1205 can drive the rotation of drive post 1202 to drive the rotation of distribution board 12, be provided with a gliding control panel 1208 on four terminal surfaces of distribution board 12 respectively, be provided with electrical components on the control panel 12, through control panel 12's flexible slip, electrical components on control panel 12 can be further controlled to convenience, the efficiency of great improvement maintenance avoids the space narrow and small and lead to overhauing the problem of difficulty.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.
Claims (2)
1. The utility model provides an intelligent door of intelligent power distribution cabinet which characterized in that: the intelligent door (11) comprises a locking mechanism, a butt joint mechanism and a fire-fighting mechanism (13);
the locking mechanism comprises a first telescopic shaft (1101), locking heads (1129), locking blocks (1132) and a rope pulling disc (1115), the first telescopic shaft (1101) is arranged on four end faces of the intelligent door (11), the locking heads (1129) are respectively arranged at the end parts of the first telescopic shaft (1101), the locking blocks (1132) respectively swing on the locking heads (1129), and the rotation of the rope pulling disc (1115) controls the swing of the locking heads (1129);
the butt joint mechanism comprises two butt joint modules (1102), a connecting block (1138), a sliding module (1106) and a first threaded shaft (1103), the two butt joint modules (1102) are fixedly connected to the intelligent door (11) respectively, the first threaded shaft (1103) rotates in the butt joint module (1102), the sliding module (1106) slides on the intelligent door (11), the sliding module (1106) controls the first threaded shaft (1103) to rotate, and a threaded hole (1137) correspondingly meshed with the first threaded shaft (1103) is formed in the connecting block (1138);
the fire fighting mechanism (13) comprises a gas storage airbag (1126), an exhaust pipe (1125), a sliding plate (1123) and a control turntable (1118), wherein the gas storage airbag (1126) is arranged in the intelligent door (11), the exhaust pipe (1125) is provided with a plurality of exhaust pipes which are correspondingly communicated with the gas storage airbag (1126), the sliding plate (1123) is provided with a plurality of exhaust pipes, the sliding plate (1123) controls the expansion and contraction of the exhaust pipe (1125), and the control turntable (1118) controls the sliding plate (1123) to swing;
a rotary control rotating shaft (1110) is arranged on the intelligent door (11), and the control rotating shaft (1110) controls the rope pulling disc (1115) and the control rotary disc (1118) to rotate;
the locking mechanism further comprises a first spring (1134) and a module rotating shaft (1133), the locking heads (1129) are respectively provided with a locking head sliding groove (1131), the module rotating shafts (1133) are respectively provided with two locking head sliding grooves (1131) and respectively arranged at two ends of the locking head sliding groove (1131), the locking blocks (1132) respectively rotate on the module rotating shafts (1133), the first springs (1134) respectively press the locking blocks (1132), the locking blocks (1132) are respectively arranged in an L shape, the end portions of the locking blocks (1132) are respectively connected with a pulling rope (1117), a pulling rope sliding hole (1130) for supporting the pulling rope (1117) to slide is respectively arranged in the first telescopic shaft (1101), and the other ends of the pulling ropes (1117) are respectively and fixedly connected to a pulling rope disc (1117);
a locking shaft groove (1136) for supporting the first telescopic shaft (1101) to slide is formed in the power distribution cabinet body (1), and a locking groove (1135) corresponding to the locking block (1132) is formed in the end portion of the locking shaft groove (1136);
the butt joint mechanism further comprises a driving gear (1108) and a butt joint gear (1104), the butt joint gear (1104) is respectively arranged at the end part of the first threaded shaft (1103), a supporting sliding chute (1105) for supporting the sliding module (1106) to slide is arranged on the intelligent door (11), the butt joint gear (1104) respectively rotates in the supporting sliding chute (1105), the supporting sliding chute (1105) and the sliding module (1106) are respectively arranged in a square shape, supporting rotating holes for supporting the first threaded shaft (1103) to rotate are arranged on the butt joint module (1102) and the intelligent door (11), a supporting rotating groove (1107) for supporting the driving gear (1108) to rotate is arranged on the sliding module (1106), and a limiting cover (14) for limiting the sliding of the sliding module (1106) is arranged on the intelligent door (11);
a first pair of interfaces (1109) which are arranged in a square shape are arranged on the driving gear (1108), a second pair of interfaces (1116) which are arranged in a square shape are arranged on the pull rope disc (1115), a butt joint rotating head (1119) is arranged on the control rotating disc (1118), a third pair of interfaces (1120) which are arranged in a square shape are arranged on one side of the butt joint rotating head (1119), a first butt joint block (1113) and a second butt joint block (1114) are arranged on the control rotating shaft (1110), after the control rotating shaft (1110) is inserted into the first pair of interfaces (1109) and the second pair of interfaces (1116), the first butt joint block (1113) and the first pair of interfaces (1109) are correspondingly clamped, the second butt joint block (1114) and the second pair of interfaces (1116) are correspondingly clamped, a telescopic sliding butt joint rotating shaft (1111) is arranged in the control rotating shaft (1110), the end portion of the butt joint rotating shaft (1111) is arranged in a square shape, the end portion of the butt joint rotating shaft (1111) is corresponding to the third butt joint interface (1120), and a control handle (1112) is arranged at the end portion of the control rotating shaft (1110);
the connecting block (1138) is fixedly arranged on the control panel (1208);
the fire fighting mechanism (13) further comprises a connecting rod (1124) and a control rod (1121), four storage tanks (1122) are arranged on the intelligent door (11), the four storage tanks (1122) are arranged in a circular shape, four sliding plates (1123) are arranged and respectively slide in the storage tanks (1122), the connecting rods (1124) are respectively and vertically connected to the sliding plates (1123), four control rods (1121) are arranged and respectively and fixedly connected to the control turntable (1118), the control rods (1121) are respectively and vertically connected to the connecting rod (1124), and sliding grooves for supporting the control rod (1121) and the connecting rod (1124) to slide are arranged in the intelligent door (11);
an air inflation tube (1127) is arranged on the intelligent door (11), and a sealing head (1128) for sealing the air inflation tube (1127) is arranged on the intelligent door (11).
2. An intelligent power distribution cabinet, characterized by comprising the intelligent door of the intelligent power distribution cabinet according to claim 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN202010719060.4A CN111769455B (en) | 2020-07-24 | 2020-07-24 | Intelligent door of intelligent power distribution cabinet |
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| CN202010719060.4A CN111769455B (en) | 2020-07-24 | 2020-07-24 | Intelligent door of intelligent power distribution cabinet |
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| CN111769455A CN111769455A (en) | 2020-10-13 |
| CN111769455B true CN111769455B (en) | 2022-10-11 |
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| CN111769455A (en) | 2020-10-13 |
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Effective date of registration: 20220922 Address after: No.52, Qingnian Middle Road, Nantong City, Jiangsu Province, 226000 Applicant after: Nantong Power Supply Company of State Grid Jiangsu Electric Power Company Address before: 266600 Yinsheng Thai Trade Building, Chengyang District, Qingdao City, Shandong Province 416 households Applicant before: QINGDAO LIANHE ZHIZAO TECHNOLOGY Co.,Ltd. |
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