CN105024251A - Intelligent 360-DEG rotating socket controlled based on intelligent mobile phone - Google Patents
Intelligent 360-DEG rotating socket controlled based on intelligent mobile phone Download PDFInfo
- Publication number
- CN105024251A CN105024251A CN201510336429.2A CN201510336429A CN105024251A CN 105024251 A CN105024251 A CN 105024251A CN 201510336429 A CN201510336429 A CN 201510336429A CN 105024251 A CN105024251 A CN 105024251A
- Authority
- CN
- China
- Prior art keywords
- hydraulic pressure
- zero line
- ground wire
- conductive ring
- wire
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Abstract
The invention discloses an intelligent 360-DEG rotating socket controlled based on an intelligent mobile phone, which belongs to the technical field of sockets. The socket of the invention can enable a plug inserted in the socket to rotate in the socket, and comprises a round insulated block, an insulated shell, a ground wire conductive ring, a zero wire conductive ring, a fire wire conductive wafer and a connection wire, wherein the upper surface of the insulated shell is provided with a shell round hole; the upper surface of the round insulated block is downwardly provided with a ground wire jack, a zero wire jack and a fire wire jack respectively; the round insulated block is connected in the shell round hole in a rotating mode; the vertical outer ring wall of a ring anti-fall rib is provided with a driven gear; a stepper motor is fixed on the support inside the shell cavity; a driving gear matched with the driven gear for tight engaging is fixedly arranged on a rotating shaft; a first controller and a WIFI module are arranged in the shell cavity; the control end of the stepper motor and the WIFI module are electrically connected with the first controller respectively; and the intelligent mobile phone is wirelessly connected with the WIFI module. The socket is mainly applied to socket rotating technology.
Description
Technical field
The present invention relates to jack technology field, particularly relate to a kind of 360 degree of intelligent Rotating sockets controlled based on smart mobile phone.
Background technology
The jack of existing socket can not rotate, so when plug is inserted into after on socket, socket and plug just can not rotate mutually, when socket inserting multiple plug, because plug body is subject to the mutual extruding impact of plug lead-out wire, plug just may insert to get on less than socket, occurs the awkward situation of socket.Such as, when a socket will insert multiple plug, because plug body is by the impact of plug lead-out wire, not only there will be plug and can not be inserted on socket, the circuit at socket place also can be caused chaotic, thus affect the use of plug on socket.Sometimes, user thinks the power supply on disconnection of plug, but is disinclined to go to get plug to socket place, uses inconvenience.
Therefore, design a kind of jack of socket that can make rotating, and seem very necessary by 360 degree of intelligent Rotating sockets based on smart mobile phone control that smart mobile phone remote control socket power supply cut-offs.
Summary of the invention
The present invention is to solve existing socket after insertion plug, plug can not rotate on socket, socket is caused to use inconvenience and not by deficiency that smart mobile phone remote control socket power supply cut-offs, there is provided a kind of plug be inserted on socket can rotate on socket, also cut-off by smart mobile phone remote control socket power supply, the 360 degree of intelligent Rotating sockets controlled based on smart mobile phone that intelligence degree is high.
To achieve these goals, the present invention is by the following technical solutions:
Based on 360 degree of intelligent Rotating sockets that smart mobile phone controls, comprise round insulation block, insulation crust, ground wire conductive ring, zero line conductive ring, live wire conduction disk and be connected electric wire, and the inner ring radius of ground wire conductive ring is greater than the outer shroud radius of zero line conductive ring, the inner ring radius of zero line conductive ring is greater than the radius of live wire conduction disk, the upper surface of insulation crust is provided with the shell circular hole communicated with the shell chamber of insulation crust, the side surface of insulation crust is provided with the shell string holes communicated with the shell chamber of insulation crust, respectively to having ground wire jack, zero line jack and firewire jack on the upper surface of round insulation block, and in ground wire jack, in zero line jack and in firewire jack respectively correspondence be provided with earth pin clamp clip, zero line pin clamp clip and live prong clamp clip, the lower surface of round insulation block is respectively equipped with the lower end with earth pin clamp clip, the ground wire flexure strip of the lower end of zero line pin clamp clip and the lower end electrical connection of live prong clamp clip, zero line flexure strip and live wire flexure strip, and on the lower surface of ground wire flexure strip, ground wire connection end is respectively equipped with on the lower surface of zero line flexure strip and on the lower surface of live wire flexure strip, zero line connection end and live wire connection end, and live wire connection end is positioned at the center of the lower surface of round insulation block, ground wire connection end is greater than the distance of zero line connection end to live wire connection end to the distance of live wire connection end, ground wire connection end is not only greater than the inner ring radius of ground wire conductive ring to the distance of live wire connection end but also is less than the outer shroud radius of ground wire conductive ring, zero line connection end is not only greater than the inner ring radius of zero line conductive ring to the distance of live wire connection end but also is less than the outer shroud radius of zero line conductive ring, lower surface edge along round insulation block is outwards connected with annulus anticreep rib on the lower surface of round insulation block, the upper surface of annulus anticreep rib is provided with an opening up ring groove, in a ring groove, is provided with some insulation balls, described round insulation block is rotatably connected in described shell circular hole, and the rolling of described insulation ball is connected on the inner top surface in described shell chamber, the inner bottom surface in shell chamber is fixed with a vertical post straight up, described ground wire conductive ring, zero line conductive ring and live wire conduction disk is separately fixed on the upper surface of same insulating press boards, and the lower surface of described insulating press boards is fixedly connected on the upper end of described vertical post, and the upper surface of the upper surface of the upper surface of ground wire conductive ring, zero line conductive ring and live wire conduction disk is parallel to each other, the center of circle of ground wire conductive ring, the center of circle of zero line conductive ring, the live wire conduction center of circle of disk and the center of live wire connection end are all dropped on the vertical straight line of same, and described vertical straight line is perpendicular to the upper surface of described live wire conduction disk, and described vertical straight line overlaps with the axial line of described round insulation block, the lower surface extruding sliding contact of described ground wire connection end is connected on the upper surface of described ground wire conductive ring, the lower surface extruding sliding contact of described zero line connection end is connected on the upper surface of described zero line conductive ring, and the lower surface extruding contact of described live wire connection end is connected on the upper surface of described fiery ground wire conduction disk, one end of described connection electric wire is fixed in described shell string holes, described connection electric wire comprises ground wire wire, zero line wire and live wire wire, and one end of ground wire wire is connected electrically on ground wire conductive ring, one end of zero line wire is connected electrically on zero line conductive ring, and one end of live wire wire is connected electrically on live wire conductive ring, the vertical external annulus of annulus anticreep rib is provided with driven gear, the inwall in shell chamber is fixed with support, support is fixed with stepping motor, and the axial line of the rotating shaft of stepping motor and described vertical straight line parallel, rotating shaft is fixed with the driving gear mated with driven gear, and described driving gear and described driven gear are closely connected, the round insulation block being arranged in shell chamber is provided with address scrambler, controller, WIFI module and a wireless module, and described address scrambler, WIFI module and a wireless module are connected electrically on a controller respectively, in the shell chamber of insulation crust, be also provided with No. two controllers, No. two wireless modules and be connected in series in the master switch module be connected on electric wire, the control end of the control end of described stepping motor, No. two wireless modules and master switch module is connected electrically on No. two controllers respectively, a wireless module and No. two wireless module wireless connections, smart mobile phone and WIFI module wireless connections, and Synchronization Control software is separately installed with in smart mobile phone and a controller, described Synchronization Control software comprises step motor control module, address scrambler control module and master switch control module, the inner top surface being positioned at the shell chamber directly over annulus anticreep rib is provided with downward opening No. two ring grooves, the groove end face of No. two ring grooves is laid with at least three locking through holes, in No. two ring grooves, activity is placed with an annular extrusion stay, be threaded respectively locking insulation adjustment screw in each locking through hole, and the lower end of every locking insulation adjustment screw is rotatably connected on the upper surface of annular extrusion stay respectively.
In use, if the plug on socket occurs crowded, smart mobile phone is connected in WIFI module, and the Synchronization Control software opened on smart mobile phone, carry out corresponding rotation command smart mobile phone to step motor control module, rotation command reproduced in synchronization is in the Synchronization Control software of a controller, controller rotation command by a wireless module with No. two wireless modules are wireless passes to No. two controllers, No. two controllers pass to stepping motor rotation command again, corresponding rotation made by stepping motor, round insulation block is driven to rotate after stepping motor rotates, after round insulation block rotates, be arranged on the ground wire jack on round insulation block, zero line jack and firewire jack also and then rotate, thus the plug be inserted on socket can be rotated on socket.If when like this socket will insert multiple plug, rotate plug, another plug body is avoided in the position of a plug lead-out wire can be inserted on socket plug, and simple and easy to use, intelligence degree is high.
When user wants to allow the connection electric wire deenergization of socket, user first opens the Synchronization Control software on smart mobile phone, user carries out corresponding open command on smart mobile phone master switch control module, open command reproduced in synchronization is in the Synchronization Control software of a controller, controller open command by a wireless module with No. two wireless modules are wireless passes to No. two controllers, No. two controllers send the instruction of deenergization to immediately master switch module, master switch module makes the power supply disconnected on electric wire immediately, realize the disconnection operation of socket power.If can also be closed a floodgate by the master switch module on socket by smart mobile phone, realize the unlatching operation of socket power.This programme can make the plug be inserted on socket can rotate on socket, and also cut-off by smart mobile phone remote control socket power supply, intelligence degree is high, and practicality is good, safe and reliable.
As preferably, round insulation block directly over the ground wire flexure strip being positioned at ground wire connection end place is provided with one number service hole, an insulation adjustment screw is connected with at one number service hole internal thread, in one number service hole below the bottom of an insulation adjustment screw, activity is placed with a partition, slide between a partition and ground wire flexure strip and be provided with a flexiplast squeezing rod, and the lower end squeeze flow of a flexiplast squeezing rod is on the upper surface of ground wire flexure strip, the upper end squeeze flow of a flexiplast squeezing rod is on the lower surface of a partition; Round insulation block directly over the zero line flexure strip being positioned at zero line connection end place is provided with No. two through holes, No. two insulation adjustment screw are connected with at No. two through hole internal threads, in No. two through holes below the bottom of No. two insulation adjustment screw, activity is placed with No. two partitions, slide between No. two partitions and zero line flexure strip and be provided with No. two flexiplast squeezing rods, and the lower end squeeze flow of No. two flexiplast squeezing rods is on the upper surface of zero line flexure strip, the upper end squeeze flow of No. two flexiplast squeezing rods is on the lower surface of No. two partitions; Round insulation block directly over the live wire flexure strip being positioned at live wire connection end place is provided with No. three through holes, No. three insulation adjustment screw are connected with at No. three through hole internal threads, in No. three through holes below the bottom of No. three insulation adjustment screw, activity is placed with No. three partitions, slide between No. three partitions and live wire flexure strip and be provided with No. three flexiplast squeezing rods, the lower end squeeze flow of No. three flexiplast squeezing rods is on the upper surface of live wire flexure strip, and the upper end squeeze flow of No. three flexiplast squeezing rods is on the lower surface of No. three partitions.
By regulating the adjustment screw that insulate just can control the compaction degree of ground wire connection end and ground wire conductive ring, the better conductivity of ground wire connection end and ground wire conductive ring junction that just makes of the compaction degree of ground wire connection end and ground wire conductive ring is better; By regulating No. two adjustment screw that insulate just can control the compaction degree of zero line connection end and zero line conductive ring, the better conductivity of zero line connection end and zero line conductive ring junction that just makes of the compaction degree of zero line connection end and zero line conductive ring is better; Just can control live wire connection end and live wire by regulating No. three adjustment screw that insulate and conduct electricity the compaction degree of disk, live wire connection end and live wire conduct electricity the compaction degree of disk better just to make live wire connection end and live wire conduct electricity the conductivity of disk junction better.
As preferably, the round insulation block being arranged in shell chamber is fixed with hydraulic pressure loader and the hydraulic pressure agent storage bin that hydraulic pressure agent is housed; The hydraulic pressure agent input port of hydraulic pressure loader and the hydraulic pressure agent delivery outlet of hydraulic pressure agent storage bin are docked by a hydraulic pipe and link together; The control end of described hydraulic pressure loader is connected electrically on a controller, and described Synchronization Control software also comprises hydraulic pressure loader control module; In the one number service hole between the bottom and the upper surface of a partition of an insulation adjustment screw, activity is placed with No. four partitions, in the one number service hole between the lower surface and the upper surface of a partition of No. four partitions, activity is placed with a liquid tire post, and the upper surface of a flexiplast squeezing rod is provided with the pressure sensor be electrically connected with a controller; A hydraulic pressure agent delivery outlet of hydraulic pressure loader and the hydraulic pressure agent input port of a liquid tire post are docked by a hydraulic inlet and are linked together, and are provided with a valve on a hydraulic inlet; The control end of a described pressure sensor and a valve is electrically connected with a controller respectively; Described Synchronization Control software also comprises a pressure sensor module and a valve control module; In No. two through holes between the bottom and the upper surface of No. two partitions of No. two insulation adjustment screw, activity is placed with No. five partitions, in No. two through holes between the lower surface and the upper surface of No. two partitions of No. five partitions, activity is placed with No. two liquid tire posts, and the upper surface of No. two flexiplast squeezing rods is provided with No. two pressure sensors be electrically connected with a controller; No. two hydraulic pressure agent delivery outlets of hydraulic pressure loader and the hydraulic pressure agent input port of No. two liquid tire posts are docked by No. two hydraulic inlet and are linked together, and are provided with No. two valves on No. two hydraulic inlet; The control end of described No. two pressure sensors and No. two valves is electrically connected with a controller respectively; Described Synchronization Control software also comprises No. two pressure sensor modules and No. two valve control modules; In No. three through holes between the bottom and the upper surface of No. three partitions of No. three insulation adjustment screw, activity is placed with No. six partitions, in No. three through holes between the lower surface and the upper surface of No. three partitions of No. six partitions, activity is placed with No. three liquid tire posts, and the upper surface of No. three flexiplast squeezing rods is provided with No. three pressure sensors be electrically connected with a controller; No. three hydraulic pressure agent delivery outlets of hydraulic pressure loader and the hydraulic pressure agent input port of No. three liquid tire posts are docked by No. three hydraulic inlet and are linked together, and are provided with No. three valves on No. three hydraulic inlet; The control end of described No. three pressure sensors and No. three valves is electrically connected with a controller respectively; Described Synchronization Control software also comprises No. three pressure sensor modules and No. three valve control modules.
If after occurring that the compaction degree of ground wire connection end and ground wire conductive ring is little, carry out corresponding ground wire smart mobile phone to hydraulic pressure loader control module and a valve control module and compress liquid feeding instruction, ground wire compresses liquid feeding command synchronization and is reproduced in the Synchronization Control software of a controller, a controller compresses liquid feeding instruction ground wire and passes to hydraulic pressure loader and a valve, a valve open, hydraulic pressure loader joins the hydraulic pressure agent in hydraulic pressure agent storage bin in a liquid tire post after starting.When a pressure sensor detects that ground wire has compressed signal, a pressure sensor understanding has compressed signal ground wire and has passed to a controller, a controller sends out code to immediately hydraulic pressure loader and a valve, a valve is closed immediately, and hydraulic pressure loader also stops liquid feeding work simultaneously.If after occurring that the compaction degree of zero line connection end and zero line conductive ring is little, carry out corresponding zero line smart mobile phone to hydraulic pressure loader control module and No. two valve control modules and compress liquid feeding instruction, zero line compresses liquid feeding command synchronization and is reproduced in the Synchronization Control software of a controller, a controller compresses liquid feeding instruction zero line and passes to hydraulic pressure loader and No. two valves, No. two valve opens, hydraulic pressure loader joins the hydraulic pressure agent in hydraulic pressure agent storage bin in a liquid tire post after starting.When a pressure sensor detects that zero line has compressed signal, a pressure sensor understanding has compressed signal zero line and has passed to a controller, a controller sends out code to immediately hydraulic pressure loader and No. two valves, No. two valves are closed immediately, and hydraulic pressure loader also stops liquid feeding work simultaneously.If occur live wire connection end and live wire conduct electricity the compaction degree of disk little after, carry out corresponding live wire smart mobile phone to hydraulic pressure loader control module and No. three valve control modules and compress liquid feeding instruction, live wire compresses liquid feeding command synchronization and is reproduced in the Synchronization Control software of a controller, a controller compresses liquid feeding instruction live wire and passes to hydraulic pressure loader and No. three valves, No. three valve opens, hydraulic pressure loader joins the hydraulic pressure agent in hydraulic pressure agent storage bin in a liquid tire post after starting.When a pressure sensor detects that live wire has compressed signal, a pressure sensor understanding has compressed signal live wire and has passed to a controller, a controller sends out code to immediately hydraulic pressure loader and No. three valves, No. three valves are closed immediately, and hydraulic pressure loader also stops liquid feeding work simultaneously.
As preferably, the upper surface of annulus anticreep rib is provided with No. two opening up ring grooves, the lower surface of a liquid tyre bead is fixedly connected in the groove bottom of No. two ring grooves, the inner top surface in shell chamber contacting junction with the upper surface of liquid tyre bead is provided with annular anti-rotation tooth bar, the inner top surface in the shell chamber at annular anti-rotation tooth bar place is provided with No. four pressure sensors; The round insulation block being arranged in shell chamber is fixed with hydraulic pressure loader and the hydraulic pressure agent storage bin that hydraulic pressure agent is housed; The hydraulic pressure agent input port of hydraulic pressure loader and the hydraulic pressure agent delivery outlet of hydraulic pressure agent storage bin are docked by a hydraulic pipe and link together; No. four hydraulic pressure agent delivery outlets of hydraulic pressure loader and the hydraulic pressure agent input port of liquid tyre bead are docked by No. four hydraulic inlet and are linked together, and are provided with No. four valves on No. four hydraulic inlet; The control end of described No. four pressure sensors, hydraulic pressure loader and the control end of No. four valves are electrically connected with a controller respectively; Described Synchronization Control software comprises No. four pressure sensor modules, hydraulic pressure loader control module and No. four valve control modules.
After round insulation block rotates, carry out the instruction of corresponding anti-rotation liquid feeding smart mobile phone to hydraulic pressure loader control module and No. four valve control modules, anti-rotation liquid feeding command synchronization is reproduced in the Synchronization Control software of a controller, a controller passes to hydraulic pressure loader and No. four valves the instruction of anti-rotation liquid feeding, No. four valve opens, hydraulic pressure loader joins the hydraulic pressure agent in hydraulic pressure agent storage bin in liquid tyre bead after starting.When No. four pressure sensors detect anti-rotation pressure signal, No. four pressure sensors understandings pass to a controller anti-rotation pressure signal, a controller sends out code to immediately hydraulic pressure loader and No. four valves, No. four valves are closed immediately, and hydraulic pressure loader also stops liquid feeding work simultaneously.Thus allow round insulation block be fixed on insulation crust.
As preferably, be provided with guide section housing in the external port of shell string holes, and guide section housing and insulation crust are linked to be in one.Guide section housing is convenient to be directed into connecting electric wire the position needing to place.
As preferably, the outer surface of insulation crust is fixedly connected with a positioning strip, is fixedly connected with guiding lasso in the outer end of positioning strip, described fairlead snare is on the outer surface of described connection electric wire.
Guiding lasso is easy to connecting wire guide to the position needed, positioning strip user can bend with hand, after insulation crust rotates, connect electric wire also and then to rotate, guiding lasso can make to connect electric wire and can not become suddenly curved and occur fractureing and connect the situation of electric wire, reliability is high, and fail safe is good.
The present invention can reach following effect:
The plug that the present invention is inserted on socket can rotate on socket, and also cut-off by smart mobile phone remote control socket power supply, intelligence degree is high, and practicality is good, and reliability is high, and fail safe is good.
Accompanying drawing explanation
Fig. 1 is a kind of syndeton schematic diagram of the present invention.
Fig. 2 is a kind of syndeton schematic diagram of hydraulic part of the present invention.
Fig. 3 is a kind of circuit theory syndeton schematic block diagram of the present invention.
Embodiment
Below by embodiment, and by reference to the accompanying drawings, technical scheme of the present invention is described in further detail.
Embodiment: the 360 degree of intelligent Rotating sockets controlled based on smart mobile phone, shown in Fig. 1, Fig. 2, Fig. 3, based on 360 degree of intelligent Rotating sockets that smart mobile phone controls, comprise round insulation block 1, insulation crust 2, ground wire conductive ring 3, zero line conductive ring 4, live wire conduction disk 5 and be connected electric wire 6, and the inner ring radius of ground wire conductive ring is greater than the outer shroud radius of zero line conductive ring, the inner ring radius of zero line conductive ring is greater than the radius of live wire conduction disk, the upper surface of insulation crust is provided with the shell circular hole 8 communicated with the shell chamber 7 of insulation crust, the side surface of insulation crust is provided with the shell string holes 9 communicated with the shell chamber of insulation crust, respectively to having ground wire jack, zero line jack and firewire jack on the upper surface of round insulation block, and in ground wire jack, in zero line jack and in firewire jack respectively correspondence be provided with earth pin clamp clip 10, zero line pin clamp clip 11 and live prong clamp clip 12, the lower surface of round insulation block is respectively equipped with the lower end with earth pin clamp clip, the ground wire flexure strip 13 of the lower end of zero line pin clamp clip and the lower end electrical connection of live prong clamp clip, zero line flexure strip 14 and live wire flexure strip 15, and on the lower surface of ground wire flexure strip, ground wire connection end 16 is respectively equipped with on the lower surface of zero line flexure strip and on the lower surface of live wire flexure strip, zero line connection end 17 and live wire connection end 18, and live wire connection end is positioned at the center of the lower surface of round insulation block, ground wire connection end is greater than the distance of zero line connection end to live wire connection end to the distance of live wire connection end, ground wire connection end is not only greater than the inner ring radius of ground wire conductive ring to the distance of live wire connection end but also is less than the outer shroud radius of ground wire conductive ring, zero line connection end is not only greater than the inner ring radius of zero line conductive ring to the distance of live wire connection end but also is less than the outer shroud radius of zero line conductive ring, lower surface edge along round insulation block is outwards connected with annulus anticreep rib 19 on the lower surface of round insulation block, the upper surface of annulus anticreep rib is provided with an opening up ring groove 46, in a ring groove, is provided with some insulation balls 47, described round insulation block is rotatably connected in described shell circular hole, and the rolling of described insulation ball is connected on the inner top surface in described shell chamber, the inner bottom surface in shell chamber is fixed with a vertical post 23 straight up, described ground wire conductive ring, zero line conductive ring and live wire conduction disk is separately fixed on the upper surface of same insulating press boards 74, and the lower surface of described insulating press boards is fixedly connected on the upper end of described vertical post, and the upper surface of the upper surface of the upper surface of ground wire conductive ring, zero line conductive ring and live wire conduction disk is parallel to each other, the center of circle of ground wire conductive ring, the center of circle of zero line conductive ring, the live wire conduction center of circle of disk and the center of live wire connection end are all dropped on the vertical straight line of same, and described vertical straight line is perpendicular to the upper surface of described live wire conduction disk, and described vertical straight line overlaps with the axial line of described round insulation block, the lower surface extruding sliding contact of described ground wire connection end is connected on the upper surface of described ground wire conductive ring, the lower surface extruding sliding contact of described zero line connection end is connected on the upper surface of described zero line conductive ring, and the lower surface extruding contact of described live wire connection end is connected on the upper surface of described fiery ground wire conduction disk, one end of described connection electric wire is fixed in described shell string holes, described connection electric wire comprises ground wire wire 20, zero line wire 21 and live wire wire 22, and one end of ground wire wire is connected electrically on ground wire conductive ring, one end of zero line wire is connected electrically on zero line conductive ring, and one end of live wire wire is connected electrically on live wire conductive ring, the vertical external annulus of annulus anticreep rib is provided with driven gear 24, the inwall in shell chamber is fixed with support 25, support is fixed with stepping motor 26, and the axial line of the rotating shaft 27 of stepping motor and described vertical straight line parallel, rotating shaft is fixed with the driving gear 28 mated with driven gear, and described driving gear and described driven gear are closely connected, the round insulation block being arranged in shell chamber is provided with address scrambler 29, controller 30, WIFI module 31 and a wireless module 32, and described address scrambler, WIFI module and a wireless module are connected electrically on a controller respectively, in the shell chamber of insulation crust, be also provided with No. two controllers 33, No. two wireless modules 34 and be connected in series in the master switch module 35 be connected on electric wire, the control end of the control end of described stepping motor, No. two wireless modules and master switch module is connected electrically on No. two controllers respectively, a wireless module and No. two wireless module wireless connections, smart mobile phone 36 and WIFI module wireless connections, and Synchronization Control software is separately installed with in smart mobile phone and a controller, described Synchronization Control software comprises step motor control module, address scrambler control module and master switch control module, the inner top surface being positioned at the shell chamber directly over annulus anticreep rib is provided with downward opening No. two ring grooves 70, the groove end face of No. two ring grooves is laid with at least three locking through holes 71, in No. two ring grooves, activity is placed with an annular extrusion stay 72, be threaded respectively locking insulation adjustment screw 73 in each locking through hole, and the lower end of every locking insulation adjustment screw is rotatably connected on the upper surface of annular extrusion stay respectively.Round insulation block directly over the ground wire flexure strip being positioned at ground wire connection end place is provided with one number service hole 48, an insulation adjustment screw 49 is connected with at one number service hole internal thread, in one number service hole below the bottom of an insulation adjustment screw, activity is placed with a partition 50, slide between a partition and ground wire flexure strip and be provided with a flexiplast squeezing rod 51, and the lower end squeeze flow of a flexiplast squeezing rod is on the upper surface of ground wire flexure strip, the upper end squeeze flow of a flexiplast squeezing rod is on the lower surface of a partition; Round insulation block directly over the zero line flexure strip being positioned at zero line connection end place is provided with No. two through holes 52, No. two insulation adjustment screw 53 are connected with at No. two through hole internal threads, in No. two through holes below the bottom of No. two insulation adjustment screw, activity is placed with No. two partitions 54, slide between No. two partitions and zero line flexure strip and be provided with No. two flexiplast squeezing rods 55, and the lower end squeeze flow of No. two flexiplast squeezing rods is on the upper surface of zero line flexure strip, the upper end squeeze flow of No. two flexiplast squeezing rods is on the lower surface of No. two partitions; Round insulation block directly over the live wire flexure strip being positioned at live wire connection end place is provided with No. three through holes, No. three insulation adjustment screw are connected with at No. three through hole internal threads, in No. three through holes below the bottom of No. three insulation adjustment screw, activity is placed with No. three partitions, slide between No. three partitions and live wire flexure strip and be provided with No. three flexiplast squeezing rods, the lower end squeeze flow of No. three flexiplast squeezing rods is on the upper surface of live wire flexure strip, and the upper end squeeze flow of No. three flexiplast squeezing rods is on the lower surface of No. three partitions.The round insulation block being arranged in shell chamber is fixed with hydraulic pressure loader and the hydraulic pressure agent storage bin that hydraulic pressure agent is housed; The hydraulic pressure agent input port of hydraulic pressure loader and the hydraulic pressure agent delivery outlet of hydraulic pressure agent storage bin are docked by a hydraulic pipe and link together; The control end of described hydraulic pressure loader is connected electrically on a controller, and described Synchronization Control software also comprises hydraulic pressure loader control module; In the one number service hole between the bottom and the upper surface of a partition of an insulation adjustment screw, activity is placed with No. four partitions 56, in the one number service hole between the lower surface and the upper surface of a partition of No. four partitions, activity is placed with a liquid tire post 57, and the upper surface of a flexiplast squeezing rod is provided with the pressure sensor 58 be electrically connected with a controller; A hydraulic pressure agent delivery outlet of hydraulic pressure loader and the hydraulic pressure agent input port of a liquid tire post are docked by a hydraulic inlet 59 and are linked together, and are provided with a valve 60 on a hydraulic inlet; The control end of a described pressure sensor and a valve is electrically connected with a controller respectively; Described Synchronization Control software also comprises a pressure sensor module and a valve control module; In No. two through holes between the bottom and the upper surface of No. two partitions of No. two insulation adjustment screw, activity is placed with No. five partitions 61, in No. two through holes between the lower surface and the upper surface of No. two partitions of No. five partitions, activity is placed with No. two liquid tire posts 62, and the upper surface of No. two flexiplast squeezing rods is provided with No. two pressure sensors 63 be electrically connected with a controller; No. two hydraulic pressure agent delivery outlets of hydraulic pressure loader and the hydraulic pressure agent input port of No. two liquid tire posts are docked by No. two hydraulic inlet 64 and are linked together, and are provided with No. two valves 65 on No. two hydraulic inlet; The control end of described No. two pressure sensors and No. two valves is electrically connected with a controller respectively; Described Synchronization Control software also comprises No. two pressure sensor modules and No. two valve control modules; In No. three through holes between the bottom and the upper surface of No. three partitions of No. three insulation adjustment screw, activity is placed with No. six partitions, in No. three through holes between the lower surface and the upper surface of No. three partitions of No. six partitions, activity is placed with No. three liquid tire posts 66, and the upper surface of No. three flexiplast squeezing rods is provided with No. three pressure sensors 67 be electrically connected with a controller; No. three hydraulic pressure agent delivery outlets of hydraulic pressure loader and the hydraulic pressure agent input port of No. three liquid tire posts are docked by No. three hydraulic inlet 68 and are linked together, and are provided with No. three valves 69 on No. three hydraulic inlet; The control end of described No. three pressure sensors and No. three valves is electrically connected with a controller respectively; Described Synchronization Control software also comprises No. three pressure sensor modules and No. three valve control modules.The upper surface of annulus anticreep rib is provided with No. two opening up ring grooves 37, the lower surface of a liquid tyre bead 38 is fixedly connected in the groove bottom of No. two ring grooves, the inner top surface in shell chamber contacting junction with the upper surface of liquid tyre bead is provided with annular anti-rotation tooth bar 39, the inner top surface in the shell chamber at annular anti-rotation tooth bar place is provided with No. four pressure sensors 40; The round insulation block being arranged in shell chamber is fixed with hydraulic pressure loader 41 and the hydraulic pressure agent storage bin 42 that hydraulic pressure agent is housed; The hydraulic pressure agent input port of hydraulic pressure loader and the hydraulic pressure agent delivery outlet of hydraulic pressure agent storage bin are docked by a hydraulic pipe 43 and link together; No. four hydraulic pressure agent delivery outlets of hydraulic pressure loader and the hydraulic pressure agent input port of liquid tyre bead are docked by No. four hydraulic inlet 44 and are linked together, and are provided with No. four valves 45 on No. four hydraulic inlet; The control end of described No. four pressure sensors, hydraulic pressure loader and the control end of No. four valves are electrically connected with a controller respectively; Described Synchronization Control software comprises No. four pressure sensor modules, hydraulic pressure loader control module and No. four valve control modules.Be provided with guide section housing 75 in the external port of shell string holes, and guide section housing and insulation crust are linked to be in one.The outer surface of insulation crust is fixedly connected with a positioning strip 76, and be fixedly connected with guiding lasso 77 in the outer end of positioning strip, described fairlead snare is on the outer surface of described connection electric wire.
By regulating the adjustment screw that insulate just can control the compaction degree of ground wire connection end and ground wire conductive ring, the better conductivity of ground wire connection end and ground wire conductive ring junction that just makes of the compaction degree of ground wire connection end and ground wire conductive ring is better; By regulating No. two adjustment screw that insulate just can control the compaction degree of zero line connection end and zero line conductive ring, the better conductivity of zero line connection end and zero line conductive ring junction that just makes of the compaction degree of zero line connection end and zero line conductive ring is better; Just can control live wire connection end and live wire by regulating No. three adjustment screw that insulate and conduct electricity the compaction degree of disk, live wire connection end and live wire conduct electricity the compaction degree of disk better just to make live wire connection end and live wire conduct electricity the conductivity of disk junction better.If after occurring that the compaction degree of ground wire connection end and ground wire conductive ring is little, carry out corresponding ground wire smart mobile phone to hydraulic pressure loader control module and a valve control module and compress liquid feeding instruction, ground wire compresses liquid feeding command synchronization and is reproduced in the Synchronization Control software of a controller, a controller compresses liquid feeding instruction ground wire and passes to hydraulic pressure loader and a valve, a valve open, hydraulic pressure loader joins the hydraulic pressure agent in hydraulic pressure agent storage bin in a liquid tire post after starting.When a pressure sensor detects that ground wire has compressed signal, a pressure sensor understanding has compressed signal ground wire and has passed to a controller, a controller sends out code to immediately hydraulic pressure loader and a valve, a valve is closed immediately, and hydraulic pressure loader also stops liquid feeding work simultaneously.If after occurring that the compaction degree of zero line connection end and zero line conductive ring is little, carry out corresponding zero line smart mobile phone to hydraulic pressure loader control module and No. two valve control modules and compress liquid feeding instruction, zero line compresses liquid feeding command synchronization and is reproduced in the Synchronization Control software of a controller, a controller compresses liquid feeding instruction zero line and passes to hydraulic pressure loader and No. two valves, No. two valve opens, hydraulic pressure loader joins the hydraulic pressure agent in hydraulic pressure agent storage bin in a liquid tire post after starting.When a pressure sensor detects that zero line has compressed signal, a pressure sensor understanding has compressed signal zero line and has passed to a controller, a controller sends out code to immediately hydraulic pressure loader and No. two valves, No. two valves are closed immediately, and hydraulic pressure loader also stops liquid feeding work simultaneously.If occur live wire connection end and live wire conduct electricity the compaction degree of disk little after, carry out corresponding live wire smart mobile phone to hydraulic pressure loader control module and No. three valve control modules and compress liquid feeding instruction, live wire compresses liquid feeding command synchronization and is reproduced in the Synchronization Control software of a controller, a controller compresses liquid feeding instruction live wire and passes to hydraulic pressure loader and No. three valves, No. three valve opens, hydraulic pressure loader joins the hydraulic pressure agent in hydraulic pressure agent storage bin in a liquid tire post after starting.When a pressure sensor detects that live wire has compressed signal, a pressure sensor understanding has compressed signal live wire and has passed to a controller, a controller sends out code to immediately hydraulic pressure loader and No. three valves, No. three valves are closed immediately, and hydraulic pressure loader also stops liquid feeding work simultaneously.After round insulation block rotates, carry out the instruction of corresponding anti-rotation liquid feeding smart mobile phone to hydraulic pressure loader control module and No. four valve control modules, anti-rotation liquid feeding command synchronization is reproduced in the Synchronization Control software of a controller, a controller passes to hydraulic pressure loader and No. four valves the instruction of anti-rotation liquid feeding, No. four valve opens, hydraulic pressure loader joins the hydraulic pressure agent in hydraulic pressure agent storage bin in liquid tyre bead after starting.When No. four pressure sensors detect anti-rotation pressure signal, No. four pressure sensors understandings pass to a controller anti-rotation pressure signal, a controller sends out code to immediately hydraulic pressure loader and No. four valves, No. four valves are closed immediately, and hydraulic pressure loader also stops liquid feeding work simultaneously.Thus allow round insulation block be fixed on insulation crust.Guiding lasso is easy to connecting wire guide to the position needed, positioning strip user can bend with hand, after insulation crust rotates, connect electric wire also and then to rotate, guiding lasso can make to connect electric wire and can not become suddenly curved and occur fractureing and connect the situation of electric wire, reliability is high, and fail safe is good.
In use, if the plug on socket occurs crowded, smart mobile phone is connected in WIFI module, and the Synchronization Control software opened on smart mobile phone, carry out corresponding rotation command smart mobile phone to step motor control module, rotation command reproduced in synchronization is in the Synchronization Control software of a controller, controller rotation command by a wireless module with No. two wireless modules are wireless passes to No. two controllers, No. two controllers pass to stepping motor rotation command again, corresponding rotation made by stepping motor, round insulation block is driven to rotate after stepping motor rotates, after round insulation block rotates, be arranged on the ground wire jack on round insulation block, zero line jack and firewire jack also and then rotate, thus the plug be inserted on socket can be rotated on socket.If when like this socket will insert multiple plug, rotate plug, another plug body is avoided in the position of a plug lead-out wire can be inserted on socket plug, and simple and easy to use, intelligence degree is high.
When user wants to allow the connection electric wire deenergization of socket, user first opens the Synchronization Control software on smart mobile phone, user carries out corresponding open command on smart mobile phone master switch control module, open command reproduced in synchronization is in the Synchronization Control software of a controller, controller open command by a wireless module with No. two wireless modules are wireless passes to No. two controllers, No. two controllers send the instruction of deenergization to immediately master switch module, master switch module makes the power supply disconnected on electric wire immediately, realize the disconnection operation of socket power.If can also be closed a floodgate by the master switch module on socket by smart mobile phone, realize the unlatching operation of socket power.This programme can make the plug be inserted on socket can rotate on socket, and also cut-off by smart mobile phone remote control socket power supply, intelligence degree is high, and practicality is good, safe and reliable.
Describe embodiments of the present invention by reference to the accompanying drawings above, but do not limit by above-described embodiment when realizing, those of ordinary skill in the art can make a variety of changes within the scope of the appended claims or revise.
Claims (6)
1. the 360 degree of intelligent Rotating sockets controlled based on smart mobile phone, it is characterized in that, comprise round insulation block (1), insulation crust (2), ground wire conductive ring (3), zero line conductive ring (4), live wire conduction disk (5) and be connected electric wire (6), and the inner ring radius of ground wire conductive ring is greater than the outer shroud radius of zero line conductive ring, the inner ring radius of zero line conductive ring is greater than the radius of live wire conduction disk; The upper surface of insulation crust is provided with the shell circular hole (8) communicated with the shell chamber (7) of insulation crust, the side surface of insulation crust is provided with the shell string holes (9) communicated with the shell chamber of insulation crust; Respectively to having ground wire jack, zero line jack and firewire jack on the upper surface of round insulation block, and in ground wire jack, in zero line jack and in firewire jack respectively correspondence be provided with earth pin clamp clip (10), zero line pin clamp clip (11) and live prong clamp clip (12); the lower surface of round insulation block is respectively equipped with the lower end with earth pin clamp clip, the ground wire flexure strip (13) of the lower end of zero line pin clamp clip and the lower end electrical connection of live prong clamp clip, zero line flexure strip (14) and live wire flexure strip (15), and on the lower surface of ground wire flexure strip, ground wire connection end (16) is respectively equipped with on the lower surface of zero line flexure strip and on the lower surface of live wire flexure strip, zero line connection end (17) and live wire connection end (18), and live wire connection end is positioned at the center of the lower surface of round insulation block, ground wire connection end is greater than the distance of zero line connection end to live wire connection end to the distance of live wire connection end, ground wire connection end is not only greater than the inner ring radius of ground wire conductive ring to the distance of live wire connection end but also is less than the outer shroud radius of ground wire conductive ring, zero line connection end is not only greater than the inner ring radius of zero line conductive ring to the distance of live wire connection end but also is less than the outer shroud radius of zero line conductive ring, lower surface edge along round insulation block is outwards connected with annulus anticreep rib (19) on the lower surface of round insulation block, the upper surface of annulus anticreep rib is provided with an opening up ring groove (46), in a ring groove, is provided with some insulation balls (47), described round insulation block is rotatably connected in described shell circular hole, and the rolling of described insulation ball is connected on the inner top surface in described shell chamber, the inner bottom surface in shell chamber is fixed with a vertical post (23) straight up, described ground wire conductive ring, zero line conductive ring and live wire conduction disk is separately fixed on the upper surface of same insulating press boards (74), and the lower surface of described insulating press boards is fixedly connected on the upper end of described vertical post, and the upper surface of the upper surface of the upper surface of ground wire conductive ring, zero line conductive ring and live wire conduction disk is parallel to each other, the center of circle of ground wire conductive ring, the center of circle of zero line conductive ring, the live wire conduction center of circle of disk and the center of live wire connection end are all dropped on the vertical straight line of same, and described vertical straight line is perpendicular to the upper surface of described live wire conduction disk, and described vertical straight line overlaps with the axial line of described round insulation block, the lower surface extruding sliding contact of described ground wire connection end is connected on the upper surface of described ground wire conductive ring, the lower surface extruding sliding contact of described zero line connection end is connected on the upper surface of described zero line conductive ring, and the lower surface extruding contact of described live wire connection end is connected on the upper surface of described fiery ground wire conduction disk, one end of described connection electric wire is fixed in described shell string holes, described connection electric wire comprises ground wire wire (20), zero line wire (21) and live wire wire (22), and one end of ground wire wire is connected electrically on ground wire conductive ring, one end of zero line wire is connected electrically on zero line conductive ring, and one end of live wire wire is connected electrically on live wire conductive ring, the vertical external annulus of annulus anticreep rib is provided with driven gear (24), the inwall in shell chamber is fixed with support (25), support is fixed with stepping motor (26), and the axial line of the rotating shaft of stepping motor (27) and described vertical straight line parallel, rotating shaft is fixed with the driving gear (28) mated with driven gear, and described driving gear and described driven gear are closely connected, the round insulation block being arranged in shell chamber is provided with address scrambler (29), controller (30), WIFI module (31) and a wireless module (32), and described address scrambler, WIFI module and a wireless module are connected electrically on a controller respectively, in the shell chamber of insulation crust, be also provided with No. two controllers (33), No. two wireless modules (34) and be connected in series in the master switch module (35) be connected on electric wire, the control end of the control end of described stepping motor, No. two wireless modules and master switch module is connected electrically on No. two controllers respectively, a wireless module and No. two wireless module wireless connections, smart mobile phone (36) and WIFI module wireless connections, and Synchronization Control software is separately installed with in smart mobile phone and a controller, described Synchronization Control software comprises step motor control module, address scrambler control module and master switch control module, the inner top surface being positioned at the shell chamber directly over annulus anticreep rib is provided with downward opening No. two ring grooves (70), the groove end face of No. two ring grooves is laid with at least three lockings through hole (71), in No. two ring grooves, activity is placed with an annular extrusion stay (72), be threaded respectively locking insulation adjustment screw (73) in each locking through hole, and the lower end of every locking insulation adjustment screw is rotatably connected on the upper surface of annular extrusion stay respectively.
2. the 360 degree of intelligent Rotating sockets controlled based on smart mobile phone according to claim 1, it is characterized in that, round insulation block directly over the ground wire flexure strip being positioned at ground wire connection end place is provided with one number service hole (48), insulation adjustment screw (49) is connected with at one number service hole internal thread, in one number service hole below the bottom of an insulation adjustment screw, activity is placed with a partition (50), slide between a partition and ground wire flexure strip and be provided with a flexiplast squeezing rod (51), and the lower end squeeze flow of a flexiplast squeezing rod is on the upper surface of ground wire flexure strip, the upper end squeeze flow of a flexiplast squeezing rod is on the lower surface of a partition, round insulation block directly over the zero line flexure strip being positioned at zero line connection end place is provided with No. two through holes (52), No. two insulation adjustment screw (53) are connected with at No. two through hole internal threads, in No. two through holes below the bottom of No. two insulation adjustment screw, activity is placed with No. two partitions (54), slide between No. two partitions and zero line flexure strip and be provided with No. two flexiplast squeezing rods (55), and the lower end squeeze flow of No. two flexiplast squeezing rods is on the upper surface of zero line flexure strip, the upper end squeeze flow of No. two flexiplast squeezing rods is on the lower surface of No. two partitions, round insulation block directly over the live wire flexure strip being positioned at live wire connection end place is provided with No. three through holes, No. three insulation adjustment screw are connected with at No. three through hole internal threads, in No. three through holes below the bottom of No. three insulation adjustment screw, activity is placed with No. three partitions, slide between No. three partitions and live wire flexure strip and be provided with No. three flexiplast squeezing rods, the lower end squeeze flow of No. three flexiplast squeezing rods is on the upper surface of live wire flexure strip, and the upper end squeeze flow of No. three flexiplast squeezing rods is on the lower surface of No. three partitions.
3. the 360 degree of intelligent Rotating sockets controlled based on smart mobile phone according to claim 2, is characterized in that, the round insulation block being arranged in shell chamber is fixed with hydraulic pressure loader and the hydraulic pressure agent storage bin that hydraulic pressure agent is housed; The hydraulic pressure agent input port of hydraulic pressure loader and the hydraulic pressure agent delivery outlet of hydraulic pressure agent storage bin are docked by a hydraulic pipe and link together; The control end of described hydraulic pressure loader is connected electrically on a controller, and described Synchronization Control software also comprises hydraulic pressure loader control module; In the one number service hole between the bottom and the upper surface of a partition of an insulation adjustment screw, activity is placed with No. four partitions (56), in the one number service hole between the lower surface and the upper surface of a partition of No. four partitions, activity is placed with a liquid tire post (57), and the upper surface of a flexiplast squeezing rod is provided with the pressure sensor (58) be electrically connected with a controller; A hydraulic pressure agent delivery outlet of hydraulic pressure loader and the hydraulic pressure agent input port of a liquid tire post are docked by one No. one hydraulic inlet (59) and are linked together, and on a hydraulic inlet, be provided with a valve (60); The control end of a described pressure sensor and a valve is electrically connected with a controller respectively; Described Synchronization Control software also comprises a pressure sensor module and a valve control module; In No. two through holes between the bottom and the upper surface of No. two partitions of No. two insulation adjustment screw, activity is placed with No. five partitions (61), in No. two through holes between the lower surface and the upper surface of No. two partitions of No. five partitions, activity is placed with No. two liquid tire posts (62), and the upper surface of No. two flexiplast squeezing rods is provided with No. two pressure sensors (63) be electrically connected with a controller; No. two hydraulic pressure agent delivery outlets of hydraulic pressure loader and the hydraulic pressure agent input port of No. two liquid tire posts are docked by one No. two hydraulic inlet (64) and are linked together, and on No. two hydraulic inlet, be provided with No. two valves (65); The control end of described No. two pressure sensors and No. two valves is electrically connected with a controller respectively; Described Synchronization Control software also comprises No. two pressure sensor modules and No. two valve control modules; In No. three through holes between the bottom and the upper surface of No. three partitions of No. three insulation adjustment screw, activity is placed with No. six partitions, in No. three through holes between the lower surface and the upper surface of No. three partitions of No. six partitions, activity is placed with No. three liquid tire posts (66), and the upper surface of No. three flexiplast squeezing rods is provided with No. three pressure sensors (67) be electrically connected with a controller; No. three hydraulic pressure agent delivery outlets of hydraulic pressure loader and the hydraulic pressure agent input port of No. three liquid tire posts are docked by one No. three hydraulic inlet (68) and are linked together, and on No. three hydraulic inlet, be provided with No. three valves (69); The control end of described No. three pressure sensors and No. three valves is electrically connected with a controller respectively; Described Synchronization Control software also comprises No. three pressure sensor modules and No. three valve control modules.
4. the 360 degree of intelligent Rotating sockets controlled based on smart mobile phone according to claim 1, it is characterized in that, the upper surface of annulus anticreep rib is provided with No. two opening up ring grooves (37), the lower surface of a liquid tyre bead (38) is fixedly connected in the groove bottom of No. two ring grooves, the inner top surface in shell chamber contacting junction with the upper surface of liquid tyre bead is provided with annular anti-rotation tooth bar (39), the inner top surface in the shell chamber at annular anti-rotation tooth bar place is provided with one No. four pressure sensors (40); The round insulation block being arranged in shell chamber is fixed with hydraulic pressure loader (41) and the hydraulic pressure agent storage bin (42) of hydraulic pressure agent is housed; The hydraulic pressure agent input port of hydraulic pressure loader and the hydraulic pressure agent delivery outlet of hydraulic pressure agent storage bin are docked by a hydraulic pipe (43) and link together; No. four hydraulic pressure agent delivery outlets of hydraulic pressure loader and the hydraulic pressure agent input port of liquid tyre bead are docked by one No. four hydraulic inlet (44) and are linked together, and on No. four hydraulic inlet, be provided with No. four valves (45); The control end of described No. four pressure sensors, hydraulic pressure loader and the control end of No. four valves are electrically connected with a controller respectively; Described Synchronization Control software comprises No. four pressure sensor modules, hydraulic pressure loader control module and No. four valve control modules.
5. the 360 degree of intelligent Rotating sockets controlled based on smart mobile phone according to claim 1, is characterized in that, be provided with guide section housing (75) in the external port of shell string holes, and guide section housing and insulation crust are linked to be in one.
6. the 360 degree of intelligent Rotating sockets controlled based on smart mobile phone according to claim 1, it is characterized in that, the outer surface of insulation crust is fixedly connected with a positioning strip (76), be fixedly connected with guiding lasso (77) in the outer end of positioning strip, described fairlead snare is on the outer surface of described connection electric wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510336429.2A CN105024251B (en) | 2015-06-17 | 2015-06-17 | Intelligent 360-DEG rotating socket controlled based on intelligent mobile phone |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510336429.2A CN105024251B (en) | 2015-06-17 | 2015-06-17 | Intelligent 360-DEG rotating socket controlled based on intelligent mobile phone |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105024251A true CN105024251A (en) | 2015-11-04 |
| CN105024251B CN105024251B (en) | 2017-05-17 |
Family
ID=54414042
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510336429.2A Active CN105024251B (en) | 2015-06-17 | 2015-06-17 | Intelligent 360-DEG rotating socket controlled based on intelligent mobile phone |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105024251B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106340756A (en) * | 2016-10-31 | 2017-01-18 | 俞潺潺 | Power supply device capable of pluggable electrically |
| CN112563812A (en) * | 2020-11-30 | 2021-03-26 | 广州舒威科技有限公司 | Data line head device capable of freely rotating and convenient to connect for mobile phone |
Citations (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0464451A1 (en) * | 1990-06-28 | 1992-01-08 | Moulinex | Adjustable electrical connector, installed between electrical equipment and a wall outlet |
| CN1582518A (en) * | 2001-11-22 | 2005-02-16 | 安全快捷灯具有限公司 | Revolvable plug and socket |
| CN201191699Y (en) * | 2008-05-15 | 2009-02-04 | 汪硕 | Rotatable type safe electricity power socket |
| CN201303057Y (en) * | 2008-10-23 | 2009-09-02 | 洪常青 | Electrical connector |
| CN201562843U (en) * | 2009-12-23 | 2010-08-25 | 唐亚兵 | Attaching plug having detecting and control signal wire |
| CN201707570U (en) * | 2010-06-17 | 2011-01-12 | 杭州宏暾电子技术有限公司 | Intelligent socket remote control system |
| GB2484716A (en) * | 2010-10-21 | 2012-04-25 | Alon Almouli | Rotatable electric connector |
| CN203850595U (en) * | 2014-05-21 | 2014-09-24 | 辛思涵 | Direction rotatable type power socket bank |
| CN203883257U (en) * | 2014-02-10 | 2014-10-15 | 湖南工程学院 | Remote control smart power strip by use of mobile phone |
| CN104184010A (en) * | 2014-09-03 | 2014-12-03 | 王军 | Universal type socket with function that jacks can be rotated at will |
| CN203983596U (en) * | 2014-07-10 | 2014-12-03 | 杭州凯特电器有限公司 | Safety socket |
| CN204144578U (en) * | 2014-04-01 | 2015-02-04 | 巨攀飞 | A kind of novel anti-shock rotary socket |
-
2015
- 2015-06-17 CN CN201510336429.2A patent/CN105024251B/en active Active
Patent Citations (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0464451A1 (en) * | 1990-06-28 | 1992-01-08 | Moulinex | Adjustable electrical connector, installed between electrical equipment and a wall outlet |
| CN1582518A (en) * | 2001-11-22 | 2005-02-16 | 安全快捷灯具有限公司 | Revolvable plug and socket |
| CN201191699Y (en) * | 2008-05-15 | 2009-02-04 | 汪硕 | Rotatable type safe electricity power socket |
| CN201303057Y (en) * | 2008-10-23 | 2009-09-02 | 洪常青 | Electrical connector |
| CN201562843U (en) * | 2009-12-23 | 2010-08-25 | 唐亚兵 | Attaching plug having detecting and control signal wire |
| CN201707570U (en) * | 2010-06-17 | 2011-01-12 | 杭州宏暾电子技术有限公司 | Intelligent socket remote control system |
| GB2484716A (en) * | 2010-10-21 | 2012-04-25 | Alon Almouli | Rotatable electric connector |
| CN203883257U (en) * | 2014-02-10 | 2014-10-15 | 湖南工程学院 | Remote control smart power strip by use of mobile phone |
| CN204144578U (en) * | 2014-04-01 | 2015-02-04 | 巨攀飞 | A kind of novel anti-shock rotary socket |
| CN203850595U (en) * | 2014-05-21 | 2014-09-24 | 辛思涵 | Direction rotatable type power socket bank |
| CN203983596U (en) * | 2014-07-10 | 2014-12-03 | 杭州凯特电器有限公司 | Safety socket |
| CN104184010A (en) * | 2014-09-03 | 2014-12-03 | 王军 | Universal type socket with function that jacks can be rotated at will |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106340756A (en) * | 2016-10-31 | 2017-01-18 | 俞潺潺 | Power supply device capable of pluggable electrically |
| CN106340756B (en) * | 2016-10-31 | 2018-01-26 | 柳州博泽科技有限公司 | It is a kind of can electronic plug electric supply installation |
| CN112563812A (en) * | 2020-11-30 | 2021-03-26 | 广州舒威科技有限公司 | Data line head device capable of freely rotating and convenient to connect for mobile phone |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105024251B (en) | 2017-05-17 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204720701U (en) | By the intelligent Rotating socket that smart mobile phone controls | |
| CN104852163B (en) | A kind of Assembled junction cable connector | |
| CN105024251A (en) | Intelligent 360-DEG rotating socket controlled based on intelligent mobile phone | |
| CN105048206A (en) | Intelligent plug capable of rotating for 360 degrees controlled by smartphone | |
| CN105932481B (en) | A kind of electric wiring fast connecting terminal | |
| CN205141269U (en) | Industrial waterproof connector component | |
| CN204497489U (en) | Intelligent cloud insert row | |
| CN204835152U (en) | Rotatable plug | |
| CN203503829U (en) | Waterproof connector capable of being rapidly butt-jointed | |
| CN109088271A (en) | A kind of outdoor connector | |
| CN201562858U (en) | Simple-type remote-control plug-in connector device | |
| CN105576164B (en) | A kind of power supply device for measurement while-drilling instrument | |
| CN208272311U (en) | Power outlet | |
| CN208862334U (en) | A kind of power-supply adapter | |
| CN204376089U (en) | A kind of Anti-fall plug and socket | |
| CN207268751U (en) | A kind of single-phase multifunctional electric energy meter connector | |
| CN104993295A (en) | Multi-head electric power connecting device | |
| CN104659514A (en) | Annular multipurpose socket | |
| CN203800249U (en) | Rapid-plugging radio-frequency coaxial connector | |
| CN205543423U (en) | Assembled socket | |
| CN205070360U (en) | Overhead line insulated wire drainage device | |
| CN204885534U (en) | Plug and air conditioner | |
| CN203135028U (en) | Power supply plugboard | |
| CN219286813U (en) | Electronic equipment | |
| CN210404066U (en) | Test type connector |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of invention: 360 degree smart rotary socket based on smart phone control Effective date of registration: 20210918 Granted publication date: 20170517 Pledgee: Zhejiang Tailong Commercial Bank Co.,Ltd. Hangzhou Jiande sub branch Pledgor: HANGZHOU KAITE ELECTRICAL APPLIANCE Co.,Ltd. Registration number: Y2021330001708 |
|
| PE01 | Entry into force of the registration of the contract for pledge of patent right |