CN110021506B

CN110021506B - Fuse type circuit switch controller

Info

Publication number: CN110021506B
Application number: CN201910416109.6A
Authority: CN
Inventors: 梅厚凤
Original assignee: Jiangsu Yongshun Electrical Equipment Co Ltd
Current assignee: Jiangsu Yongshun Electrical Equipment Co., Ltd
Priority date: 2019-05-19
Filing date: 2019-05-19
Publication date: 2020-12-01
Anticipated expiration: 2039-05-19
Also published as: CN110021506A

Abstract

The invention provides a fuse type circuit switch controller which comprises an insulating mounting cylinder and a connecting part which is arranged in the insulating mounting cylinder and is connected with a live wire of a power line in series, wherein the connecting part comprises a first wiring component, a second wiring component and an automatic triggering fuse device which is connected between the first wiring component and the second wiring component in series, the first wiring component is connected with an input end of the live wire, the second wiring component is connected with an output end of the live wire, the second wiring component is set to be in a switchable on-state and off-state, the initial state is in the on-state, one end of the insulating mounting cylinder is rotatably provided with a knob, the knob is used for controlling the on-state and the off-state of the second wiring component, and the automatic triggering fuse device is used for cutting off a circuit in a current overload mode and can automatically.

Description

Fuse type circuit switch controller

Technical Field

The invention relates to a circuit switch control device, in particular to a fuse type circuit switch controller.

Background

The circuit switch is a common electronic component, which is installed between a power line and electric equipment for controlling the connection and disconnection between the power line and the electric equipment, when the circuit switch is opened, the power line is connected with the electric equipment, the electric equipment can normally supply power for use, when the circuit switch is closed, the power line is disconnected with the electric equipment, the electric equipment cannot normally supply power for use, the circuit switch mainly plays a role of control and cannot perform overload protection on the electric equipment, therefore, when the electric equipment generates circuit fault current overload, if the circuit switch is not timely closed and the power line continuously supplies power to the electric equipment, the electric equipment is burnt, even a fire disaster is caused, and serious casualty accidents can be generated, therefore, the inventor designs a circuit switch which has an ingenious structure and a simple principle and can perform overload protection on the electric equipment on a control circuit, the operation uses the convenient disconnected high safe rotary switch of formula.

Disclosure of Invention

In order to solve the defects of the prior art, the invention aims to provide the broken high-safety knob switch which is ingenious in structure, simple in principle, capable of carrying out overload protection on electric equipment on a control circuit of the switch and convenient to operate and use.

In order to achieve the technical purpose, the technical scheme adopted by the invention is as follows.

A fuse type circuit switch controller comprises an insulating mounting cylinder, a connecting part which is arranged in the insulating mounting cylinder and is connected with a live wire of a power line in series, wherein the connecting part comprises a first wiring component, a second wiring component and an automatic triggering fuse device which is connected between the first wiring component and the second wiring component in series, the first wiring component is connected with an input end of the live wire, the second wiring component is connected with an output end of the live wire, the second wiring component is set to be in a switchable on-state and off-state, the initial state is the on-state, one end of the insulating mounting cylinder is rotatably provided with a knob, the knob is used for controlling the on-state and the off-state of the second wiring component, the automatic triggering fuse device is used for cutting off a circuit after current overload, and can automatically trigger to restore;

the insulating installation cylinder include the connecting cylinder that opening one end was arranged, the opening part of connecting cylinder is provided with rather than constituting and can dismantle the barrel head of being connected the complex, the connecting cylinder has constituted installation room one with the barrel head, the connecting cylinder deviates from the barrel that the coaxial cover of an opening part terminal surface was equipped with both ends opening and arranges, the connecting cylinder has constituted installation room two with the barrel.

As a further optimization or improvement of the present solution.

Wiring component one including be located installation room two and with the coaxial fixed connection's of connecting cylinder fixed axle, the fixed axle is close to coaxial fixed cover on the outer disc of connecting cylinder one end and is equipped with electrically conductive docking tray, docking tray be used for with the one end butt joint of automatic triggering fuse device, the docking tray deviates from the coaxial annular groove of having offered of midbody terminal surface, the tank bottom of annular groove sets to the arc and the concavity of arcwall face is from the connecting cylinder dorsad, wiring component one still includes the spliced pole one of fixed mounting in installation room one, spliced pole one end and docking tray fixed connection, the other end is connected and is provided with wiring pin one, wiring pin one passes the outside that extends to installation room one at the bottom of the barrel, wiring pin one is connected with the live wire input.

As a further optimization or improvement of the present solution.

The second wiring component comprises an arc-shaped insulating mounting block which is positioned in the second mounting chamber and is coaxially and fixedly connected with the connecting cylinder, the mounting block is arranged close to the edge of the connecting cylinder, an arc-shaped guide groove which is coaxially arranged with the connecting cylinder is arranged on the end surface of the mounting block, which is far away from the connecting cylinder, the end part of the arc-shaped guide groove in the circumferential direction is arranged in an open manner, the groove depth direction of the guide groove is parallel to the axial direction of the fixed shaft, a floatable conductive butt joint block is arranged at the groove bottom of the guide groove, the butt joint block is used for being in butt joint connection with the other end of the automatic triggering fusing device, the second wiring component also comprises a second wiring terminal which is fixedly arranged in the first mounting chamber, a conductive rotating assembly used for connecting the two wiring components is arranged between one end of the second wiring terminal and the butt joint block, the other end of the, the second wiring pin is connected with the output end of the live wire;

the rotating component is arranged in the first mounting chamber and comprises a first conductive column and a second conductive column which are positioned in the first mounting chamber, the first conductive column and the second conductive column are symmetrically arranged along the axial direction of the connecting cylinder, the first conductive column is electrically connected with the butt joint block, the second conductive column is electrically connected with the second connecting column, the rotating assembly still include the electrically conductive column spinner of being connected with the coaxial rotation of connecting cylinder, outside extension is provided with the lug on the outer disc of column spinner, the lug is provided with two and along the axial symmetrical arrangement of column spinner, the mounting hole has been seted up to the suspension end of lug and the axial direction of mounting hole is on a parallel with the tangential direction of column spinner place circumference, the activity is provided with the conflict piece in the mounting hole, the arc opening that leads electrical pillar two phase adaptation is seted up and leads electrical pillar one/to the conflict piece along clockwise one end, conflict piece arc opening combines with the electrical pillar one/lead electrical pillar two that correspond under the initial condition.

As a further optimization or improvement of the present solution.

The rotary knob is coaxially rotated and arranged at an opening of one end of the barrel, which is far away from the connecting cylinder, a connecting rod for fixedly connecting the rotary knob and the rotary column is coaxially arranged between the rotary knob and the rotary column, and the connecting rod movably penetrates through the fixed shaft and the connecting cylinder.

As a further optimization or improvement of the present solution.

The automatic triggering fusing device is positioned in the second installation chamber and comprises an insulating rotating disc and an insulating rotating frame which are coaxially sleeved on the fixed shaft in a rotating mode, the rotating disc is positioned at one end, away from the connecting cylinder, of the fixed shaft, the rotating frame is positioned between the rotating disc and the butt joint disc and is arranged close to the butt joint disc, the automatic triggering fusing device further comprises conduction members arranged between the rotating disc and the rotating frame, the conduction members are arranged in a plurality and are arranged in an array mode along the circumferential direction of the rotating disc, preferably, the conduction members are eight, one conduction member is a conductive conduction member and is connected between the butt joint disc and the butt joint block in series, and the rest conduction members are idle conduction members and can be switched to the conductive conduction members in a rotating mode;

the conducting component comprises a conducting slide bar which is fixedly arranged between a rotating disc and a rotating frame and is parallel to the axial direction of a fixed shaft, one end of the conducting slide bar penetrates through the rotating frame, a butt copper ball is arranged at the end in a rolling manner, the butt copper ball is matched with an annular groove and is in rolling contact with the annular groove, a rectangular conducting slide block is sleeved on the conducting slide bar in a sliding manner, the length direction of the conducting slide block is arranged along the radial direction of the fixed shaft, the conducting slide block and the conducting slide bar form sliding guide fit along the axial direction of the parallel fixed shaft, a damping layer is arranged between the conducting slide block and the conducting slide bar, the conducting slide block is positioned at the middle position of the conducting slide bar along the length direction in an initial state, mounting ports which are arranged oppositely and can be tightened are arranged on the conducting slide block and the rotating frame, a fuse for connecting the, the other end installation of fuse is pressed from both sides tightly in the installing port on the rotating turret, and a rotating turret deviates from a rolling disc terminal surface fixed mounting and has butt joint contact, and butt joint contact is provided with a plurality ofly and is connected with the fuse one-to-one, and butt joint contact is located arc guiding groove place circumferencial direction, and the butt joint contact that one of them switched on in the component is located the guiding groove and contradicts the butt joint with the butt joint piece under the initial condition to this switches on the component and is the electrically conductive component that switches on.

As a further optimization or improvement of the present solution.

The outside of the conductive sliding rod is movably sleeved with a trigger spring, one end of the trigger spring is abutted with the conductive sliding block, the other end of the trigger spring is abutted with the rotating frame, the elastic force of the trigger spring is always directed to the conductive sliding block by the rotating frame, the fuse overcomes the elastic force of the trigger spring to restrain the conductive sliding block at the middle position of the conductive sliding rod in an initial state, the outer circular surface of the fixed shaft is coaxially provided with an external step, the external step is positioned between the conductive sliding block and the rotating disc in an initial state, the outer circular surface of the external step is provided with a trigger sliding chute which penetrates up and down, the trigger sliding chute is obliquely arranged and deflects counterclockwise by forty-five degrees along the axial direction of the fixed shaft from the lower end to the upper end, one end face, close to the fixed shaft, of the conductive sliding block is provided with a trigger bulge matched with the trigger sliding groove, and the trigger bulge in the conductive conducting component is aligned with the lower end of the trigger sliding groove;

the outer circular surface of the conductive sliding rod is provided with a limiting groove parallel to the axial direction of the conductive sliding rod, the conductive sliding block is provided with a limiting lug matched with the limiting groove, and the limiting groove and the limiting lug are matched with each other to restrict the conductive sliding block to rotate around the conductive sliding rod;

the rotary disc and the knob are mutually attached near one end face, the floatable transmission steel balls are embedded in the end face, close to the knob, of the rotary disc and are in a floating state, the transmission steel balls are arranged in a plurality of arrays along the circumferential direction of the rotary disc, a spherical clamping groove matched with the transmission steel balls is formed in one end face, close to the rotary disc, of the knob, and the transmission steel balls float upwards and protrude into the spherical clamping groove.

As a further optimization or improvement of the present solution.

The automatic triggering fusing device further comprises a limiting component arranged on the mounting block, the rotating frame comprises a sleeve and a rectangular mounting frame, the sleeve and the rectangular mounting frame are fixedly connected into a whole, the mounting frame is arranged on the outer circular surface of the sleeve, the length direction of the mounting frame is arranged along the radial direction of the sleeve, the eight mounting frames are arranged along the circumferential direction of the sleeve, the sleeve is rotatably sleeved on the fixed shaft, and the limiting component is used for limiting the clockwise rotation of the mounting frame;

the limiting component comprises an opening arranged on one end face, deviating from the connecting cylinder, of the mounting block, a floating block is arranged in the opening, the floating block is matched with the opening and can float along the axial direction parallel to the fixed shaft, a floating spring is arranged in the opening, the elastic force of the floating spring always pushes the floating block to float towards the outside of the opening, a limiting boss clamped in the opening is arranged at the bottom of the floating block, the end, deviating from the opening, of the floating block is obliquely arranged, the distance between the inclined plane and the mounting block is gradually increased along the anticlockwise rotation direction in an initial state, the highest end of the inclined plane of the floating block is higher than the bottom surface of the mounting frame, the lowest end of the inclined plane of the floating block is lower than the bottom surface of the mounting frame, and one of the mounting frames is positioned between the floating;

the slider is provided with an arc avoiding groove which is coaxial with the guide groove, and the arc avoiding groove is arranged along the two ends of the circumferential direction in which the arc avoiding groove is arranged.

Compared with the prior art, the circuit switch has the advantages that the structure is ingenious, the principle is simple, the operation and the use are convenient, on one hand, the on-off between the control circuit and the power line can be manually controlled in a rotating mode through the knob, on the other hand, the overload protection can be carried out on the electric equipment on the control circuit, when the electric equipment is overloaded due to circuit fault current, the electric equipment can be automatically fused and cut off to be connected with the power line, after the circuit fault of the electric equipment is eliminated, the connection with the power line can be restored through the knob, and the safety performance of the circuit switch is improved.

Drawings

FIG. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic view of the internal structure of the present invention.

FIG. 3 is a schematic diagram of the fuse protection process according to the present invention.

Fig. 4 is a schematic view of the internal structure of the mounting cylinder.

Fig. 5 is a schematic view of the internal structure of the mounting cylinder.

FIG. 6 is a schematic structural diagram of a first wiring member and a second wiring member.

FIG. 7 is a schematic structural diagram of a first wiring member and a second wiring member.

Fig. 8 is a schematic view of a partial structure of the wiring member two.

Fig. 9 is a structural view showing a disconnected state of the second wiring member.

FIG. 10 is a connection diagram of the second wire connecting member and the knob.

Fig. 11 is a partial structural view of the first wiring member and the second wiring member.

FIG. 12 is a schematic diagram of an automatic fuse device.

Fig. 13 is a schematic structural view of the conducting member.

Fig. 14 is a partial structural view of the conducting member.

Fig. 15 is a partial structural view of the conducting member.

Fig. 16 is a view showing the connection of the conducting member with the wiring member and the second wiring member.

Fig. 17 is a fitting view of the conduction member and the fixed shaft.

Fig. 18 is a schematic structural view of the fixing shaft.

Fig. 19 is a schematic structural view of a stop member.

Figure 20 is an exploded view of the stop member.

Fig. 21 is a view showing the combination of the rotary disk and the knob.

Fig. 22 is a schematic structural view of the knob.

Labeled as:

100. an insulating mounting cylinder; 110. a connecting cylinder; 120. a cylinder bottom; 130. a barrel;

200. a connecting member; 210. a first wiring member; 211. a fixed shaft; 212. a docking tray; 212a, an annular groove; 213. connecting a column I; 214. a first wiring pin; 220. a second wiring member; 221. mounting blocks; 222. a guide groove; 223. a butt joint block; 224. a first conductive post; 225. a second conductive column; 226. connecting a second column; 227. a second wiring pin; 228. a spin column; 228a, lugs; 228b, a collision block; 229. a compression spring;

300. a knob; 301. a connecting rod; 302. a spherical clamping groove;

400. automatically triggering a fusing device; 401. rotating the disc; 402. a rotating frame; 403. a steel ball is driven; 410. a conducting member; 411. a conductive slide bar; 411a, a limit groove; 412. butting copper balls; 413. a conductive slider; 413a, a limit bump; 414. an installation port; 415. a fuse; 416. butting contacts; 417. a trigger spring; 418. a trigger protrusion; 419. an external step; 420. triggering the chute; 421. a stopper; 430. a stop member; 431. opening the mouth; 432. a slider; 433. an avoidance groove; 434. a floating spring; 435. and a limiting boss.

Detailed Description

A fuse type circuit switch controller comprises an insulating mounting cylinder 100, a connecting component 200 arranged in the insulating mounting cylinder 100 and connected with a live wire of a power line in series, wherein the connecting component 200 comprises a first wiring component 210, a second wiring component 220 and an automatic triggering fuse device 400 connected between the first wiring component 210 and the second wiring component 220 in series, the first connection member 210 is connected with the live wire input end, the second connection member 220 is connected with the live wire output end, the second connection member 220 is set to be in a switchable on-state and off-state and the initial state is the on-state, one end of the insulating mounting barrel 100 is rotatably provided with a knob 300, the knob 300 is used for controlling the on-state and the off-state of the second connection member 220, the fusing device 400 is automatically triggered to cut off the circuit when the current overload is applied, the recovery conduction can be automatically triggered, and the knob 300 is driven to rotate to switch the second connection member 220 to the off-state.

When a user uses the electric power line, the input end of the live wire is connected with the output end of the live wire sequentially through the first wiring component 210, the automatic triggering fusing device 400 and the second wiring component 220, the power line supplies power to electric equipment normally, and a circuit of the electric equipment is in a normal operation state; when the electric equipment/electric equipment circuit has fault current overload, the internal of the automatic triggering fusing device 400 is cut off and rotates to automatically recover conduction, meanwhile, the automatic triggering fusing device 400 drives the knob 300 to rotate to switch the second wiring member 220 from the on state to the off state, after the electric equipment/electric equipment circuit fault is eliminated, the knob 300 is rotated to switch the second wiring member 220 to the on state, and the connection between a power line and the electric equipment circuit is recovered.

The insulating installation cylinder 100 comprises a connection cylinder 110 arranged at one end of an opening, a cylinder bottom 120 detachably connected and matched with the connection cylinder 110 is arranged at the opening of the connection cylinder 110, the connection cylinder 110 and the cylinder bottom 120 form a first installation chamber, a cylinder body 130 with two ends arranged with openings is coaxially covered on one end face of the connection cylinder 110, which deviates from the opening, and the connection cylinder 110 and the cylinder body 130 form a second installation chamber.

The first wiring member 210 comprises a fixing shaft 211 which is located in the second mounting chamber and is coaxially and fixedly connected with the connecting cylinder 110, a conductive butt joint disc 212 is coaxially and fixedly arranged on an outer circular surface of one end, close to the connecting cylinder 110, of the fixing shaft 211, the butt joint disc 212 is used for being in butt joint with one end of the automatic triggering fusing device 400, an annular groove 212a is coaxially formed in one end surface, away from the connecting cylinder 110, of the butt joint disc 212, the groove bottom of the annular groove 212a is arc-shaped, the concave surface of the arc-shaped surface is away from the connecting cylinder 110, the first wiring member 210 further comprises a first connecting column 213 which is fixedly mounted in the first mounting chamber, one end of the first connecting column 213 is fixedly connected with the butt joint disc 212, the other end of the first connecting column is connected with a first wiring pin 214, the first wiring pin 214 penetrates.

The second wiring member 220 comprises an arc-shaped insulating mounting block 221 which is located in the second mounting chamber and is coaxially and fixedly connected with the connecting cylinder 110, the mounting block 221 is arranged close to the edge of the connecting cylinder 112, an arc-shaped guide groove 222 which is coaxially arranged with the connecting cylinder 110 is arranged on one end face, away from the connecting cylinder 110, of the mounting block 221, the end portion, in the circumferential direction, of the arc-shaped guide groove 222 is arranged in an open mode, the groove depth direction of the guide groove 222 is parallel to the axial direction of the fixed shaft 211, a floatable conductive butt joint block 223 is arranged at the bottom of the guide groove 222, the butt joint block 223 is used for being in butt joint connection with the other end of the automatic triggering fusing device 400, the second wiring member 220 further comprises a second terminal 226 which is fixedly mounted in the first mounting chamber, a conductive rotating assembly for connecting the two terminals is arranged between one end of the second terminal 226 and the butt joint block, the second connecting pin 227 penetrates through the barrel bottom 120 and extends to the outside of the first mounting chamber, the second connecting pin 227 is connected with a live wire output end, and the switching of the second connecting member 220 in a connection state and a disconnection state is controlled through the on-off of the rotating assembly.

Specifically, the rotating assembly is disposed in the first mounting chamber, the rotating assembly includes a first conductive post 224 and a second conductive post 225 located in the first mounting chamber, the first conductive post 224 and the second conductive post 225 are symmetrically disposed along an axial direction of the connecting cylinder 110, the first conductive post 224 is electrically connected to the docking block 223, the second conductive post 225 is electrically connected to the second connecting post 225, in order to connect the first conductive post 224 and the second conductive post 225, the rotating assembly further includes a conductive rotating post 228 coaxially and rotatably connected to the connecting cylinder 10, a lug 228a extends outwards from an outer circumferential surface of the rotating post 228, the lug 228 is provided with two and symmetrically disposed along the axial direction of the rotating post 228, a mounting hole is formed at a suspension end of the lug 228a, the axial direction of the mounting hole is parallel to a tangential direction of a circumference of the rotating post 228, a contact block 228b is movably disposed in the mounting hole, an arc-shaped opening matched with the first conductive post 224/the second conductive post 225 is formed at one end of the contact, the arc-shaped opening of the contact block 228b is combined with the corresponding conductive pillar one 224/conductive pillar two 225 in the initial state, and the conductive pillar one 224 and the conductive pillar two 225 are connected and disconnected by combining and separating the arc-shaped opening of the contact block 228b and the conductive pillar one 224/conductive pillar two 225.

More specifically, in order to enable the contact block 228b to abut against the first conductive post 224/the second conductive post 225 more tightly and also to buffer the abutting abutment of the contact block 228b against the first conductive post 224/the second conductive post 225, the contact block 228b may slide along the axial direction of the mounting hole, a compression spring 229 is disposed between the contact block 228b and the lug 228a, and the elastic force of the compression spring 229 always pushes the contact block 228b to slide towards the outside of the mounting hole.

When the electric equipment circuit normally runs, the wiring member II 220 is mutually switched between a connection state and a disconnection state to control the connection and disconnection between the power line and the electric equipment circuit, and the specific expression is that in an initial state, the arc-shaped opening of the abutting block 228b is combined with the corresponding conductive post I224/conductive post II 225, the conductive post I224 is connected and connected with the conductive post II 225, the wiring member II 220 is in the connection state, the input end of a live wire passes through the wiring member I210, the automatic trigger fusing device 400 and the wiring member II 220 in the connection state is connected with the output end of the live wire, and at the moment, the power line is connected with the electric equipment circuit; if the power line and the electric equipment circuit need to be disconnected, the knob 300 controls the rotary column 228 to rotate counterclockwise, the rotary column 228 rotates to separate the arc-shaped opening of the abutting block 228b from the corresponding conductive column one 224/conductive column two 225, the connection between the conductive column one 224 and the conductive column two 225 is disconnected, the second wiring member 220 is switched from the on state to the off state, the live wire input end is disconnected from the live wire output end, and at this time, the power line and the electric equipment circuit are disconnected; if the power line and the circuit of the electrical device need to be restored, the knob 300 controls the rotation post 228 to rotate clockwise and reset, so that the arc-shaped opening of the contact block 228b and the corresponding conductive post one 224/conductive post two 225 are restored to be combined.

In order to drive the clockwise/counterclockwise needle shape of the rotary column 228, the knob 300 is coaxially and rotatably disposed at an opening of one end of the cylinder 130 away from the connecting cylinder 110, a connecting rod 301 for fixedly connecting the knob 300 and the rotary column 228 is coaxially disposed between the knob 300 and the rotary column 228, the connecting rod 301 movably penetrates through the fixed shaft 211 and the connecting cylinder 110, and a user manually rotates the knob 300 clockwise/counterclockwise to realize the clockwise/counterclockwise rotation of the rotary column 228, so as to control the second wiring member 220 to be switched between the on state and the off state.

The automatic triggering fusing device 400 is located in the second installation chamber, the automatic triggering fusing device 400 comprises an insulating rotating disc 401 and an insulating rotating frame 402 which are coaxially sleeved on the fixed shaft 211 in a rotating mode, the rotating disc 401 is located at one end, away from the connecting cylinder 110, of the fixed shaft 211, the rotating frame 402 is located between the rotating disc 401 and the abutting disc 212 and is arranged close to the abutting disc 212, the automatic triggering fuse apparatus 400 further includes a plurality of conduction members 410 disposed between the rotary plate 401 and the rotary frame 402, and the conduction members 410 are disposed in a plurality and arrayed in a circumferential direction of the rotary plate 401, and preferably, the conduction members 410 are provided with eight, one of the conducting members 410 is a conductive conducting member 410 and the conducting member 410 is connected in series between the docking tray 212 and the docking block 223, the remaining pass through members 410 are idle pass through members 410 and the idle pass through members 410 are rotatably switched to the pass through members 410.

Specifically, the conducting member 410 includes a conducting slide bar 411 fixedly installed between the rotating disc 401 and the rotating frame 402 and parallel to the axial direction of the fixed shaft 211, one end of the conducting slide bar 411 passes through the rotating frame 402 and is provided with a butt copper ball 412 in a rolling manner, the butt copper ball 412 is matched with the annular groove 212a and is in rolling contact with the annular groove, in order to enable the conducting slide bar 411 to be in butt contact with the butt block 223, a rectangular conducting slide block 413 is slidably sleeved on the conducting slide bar 411, the length direction of the conducting slide block 413 is arranged along the radial direction of the fixed shaft 211, the conducting slide block 413 and the conducting slide bar 411 form a sliding guide fit along the axial direction of the parallel fixed shaft 211, a damping layer is arranged between the conducting slide block 413 and the conducting slide bar 411, the conducting slide block 413 is located at the middle position of the conducting slide bar 411 along the length direction thereof in an initial state, the conducting slide block 413, a fuse 415 for connecting the two mounting ports 414 is arranged between the two mounting ports 414, one end of the fuse 415 is mounted and clamped in the mounting port on the conductive sliding block 413, the other end of the fuse 415 is mounted and clamped in the mounting port on the rotating frame 402, a butt contact 416 is fixedly mounted on one end face of the rotating frame 420, which is far away from the rotating disc 401, a plurality of butt contacts 416 are arranged and connected with the fuse 415 in a one-to-one correspondence manner, and the butt contact 416 is located in the circumferential direction of the arc-shaped guide slot 222.

More specifically, in order to connect the first wiring member 210 and the second wiring member 220, the docking tray 212 and the docking block 223 are connected and connected, for this reason, the docking contact 416 in one of the conducting members 410 is located in the guiding slot 222 and abuts against the docking block 223 in the initial state, and the conducting member 410 is a conductive conducting member 410.

When the current of the circuit of the electric equipment/electric equipment is overloaded, the fuse 415 in the conductive conducting member 410 is automatically fused, then, the automatic triggering fusing device 400 is automatically triggered, the conducting member 410 rotates counterclockwise by forty-five degrees around the axial direction of the fixing shaft 211, the butt contact 416 in the fused conducting member 410 is separated from the butt block 223, the butt contact 416 in the idle conducting member 410 is abutted against the butt block 223, the automatic triggering fusing device 400 automatically restores the connection between the first wiring member 210 and the second wiring member 220, meanwhile, the counterclockwise rotation process of the automatic triggering fusing device 400 drives the knob 300 to synchronously rotate counterclockwise, and the knob 300 automatically controls the second wiring member 220 to be switched to the disconnected state, which means that, before the fault is not eliminated, if the automatic triggering fusing device 400 automatically restores the connection between the first wiring member 210 and the second wiring member 220 and cannot drive the first wiring member 210 and the second wiring member 220 to be switched to the disconnected state In the present embodiment, after the fault is cleared, the user manually rotates the knob 300 clockwise and switches the second wiring member 220 to the on state, so that the power line is connected to the electrical equipment circuit.

Therefore, it is required to satisfy that, after the fuse 415 in the conductive conducting member 410 is automatically fused, in order to enable the conducting member 410 to rotate forty-five degrees counterclockwise around the axial direction of the fixing shaft 211, the outer portion of the conductive sliding rod 411 is movably sleeved with a trigger spring 417, one end of the trigger spring 417 abuts against the conductive sliding block 413, the other end abuts against the rotating frame 402, and the elastic force of the trigger spring 417 always points to the conductive sliding block 413 from the rotating frame 402, in an initial state, the fuse 415 overcomes the elastic force of the trigger spring 417 to restrain the conductive sliding block 413 at the middle position of the conductive sliding rod 411, after the fuse 415 is fused, in order to enable the conducting member 410 to rotate forty-five degrees counterclockwise around the axial direction of the fixing shaft 211, the outer circumferential surface of the fixing shaft 211 is coaxially provided with an external step 419, the external step 419 is located between the conductive sliding block 413 and the rotating disc 401 in the initial state, the outer circumferential surface of the, the trigger sliding chute 311 is obliquely arranged and is anticlockwise deflected by forty-five degrees along the axial direction of the fixed shaft 211 from the lower end to the upper end, a trigger protrusion 418 matched with the trigger sliding chute 420 is arranged on one end face of the conductive sliding block 413 close to the fixed shaft 211, the trigger protrusion 418 in the conductive conduction member 410 is aligned with the lower end of the trigger sliding chute 420, the elastic potential energy of the trigger spring 417 is released, the trigger protrusion 418 slides out to the upper end along the lower end of the trigger sliding chute 420, the conduction member 410 rotates by forty-five degrees around the fixed shaft 211 in the axial direction, the butt contact 416 in the fused conduction member 410 is separated from the butt block 223, meanwhile, the butt contact 416 in the idle conduction member 410 is in butt joint with the butt block 223, and the automatic triggering fusing device 400 automatically restores the connection of the first wiring member 210 and the second wiring member 220.

Specifically, in order to avoid the deflection of the conductive slider 413 around the axial direction of the conductive sliding rod 411 during the sliding process of the conductive sliding rod 411, which causes the dislocation of the lower end of the trigger protrusion 48 in the conductive conducting member 410 and the lower end of the trigger chute 420, a limiting groove 411a parallel to the axial direction of the conductive sliding rod 411 is formed on the outer circumferential surface of the conductive sliding rod 411, a limiting protrusion 413a matched with the limiting groove 411a is arranged on the conductive slider 413, and the limiting groove 411a and the limiting protrusion 413a are matched with each other to restrict the rotation of the conductive slider 413 around the conductive sliding rod 411.

The automatic triggering fusing device 400 automatically restores connection and connection of the first wiring member 210 and the second wiring member 220, and in the process, the requirement that the automatic triggering fusing device 400 drives the knob 300 to rotate anticlockwise by forty-five degrees is further met, for this reason, the rotary disc 401 and the knob 300 are mutually attached to each other near one end face, the rotary disc 401 is close to one end face of the knob 300, the floatable transmission steel balls 403 are embedded on the end face of the rotary disc 401, the transmission steel balls 403 are in a floating state, the transmission steel balls 403 are arranged in a plurality and are arranged in an array mode along the circumferential direction where the rotary disc 401 is located, a spherical clamping groove 302 matched with the transmission steel balls 403 is arranged on one end face of the rotary disc 300 near the rotary disc 401, the transmission steel balls 403 float upwards and protrude into the spherical clamping groove 302, and the rotary.

The process of protecting the electric device by the cooperation of the automatic triggering fuse device 400 and the knob 300, which is embodied in that, when the electric device/electric device circuit fault current is overloaded, the fuse 415 in the conducting member 410 will automatically generate heat and fuse, the fused fuse 415 will release the constraint of the triggering spring 417, the elastic potential energy of the triggering spring 417 will gradually release and push the conductive slider 413 to slide along the conductive sliding rod 411 to approach the rotating disc 401, in this process, the triggering protrusion 418 will slide into the inside of the triggering chute 420 from the lower end thereof and slide out from the upper end thereof under the guidance of the triggering chute 420, the conducting member 410 will rotate counterclockwise around the axial direction of the fixed shaft 211 by forty-five degrees, and the butt contact 416 in the fused conducting member 410 will be separated from the butt block 223, and the butt contact 416 in the idle conducting member 410 will butt against the butt block 223, the automatic triggering fusing device 400 automatically restores connection of the first wiring component 210 and the second wiring component 220, in the process, the rotating disc 401 rotates forty-five degrees anticlockwise around the axial direction of the fixing shaft 211, the rotating disc 401 drives the knob 300 to synchronously rotate forty-five degrees anticlockwise through the transmission steel ball 403, the knob 300 rotates anticlockwise and switches the second wiring component 220 to a disconnection state, the fire wire input end and the fire wire output end are disconnected, the power line and the power utilization equipment circuit are disconnected, and overload protection of the power utilization equipment/power utilization equipment circuit is achieved.

When a user removes a fault, the user rotates the knob 300 clockwise to switch the second wiring member 220 to the on state, and simultaneously needs to restrict the clockwise rotation of the conducting member 410 around the fixing shaft 211, which means that the knob 300 is prevented from driving the conducting member 410 to rotate clockwise, so that the butt contact 416 in the fused conducting member 410 is abutted against the butt block 223, and the automatic triggering fusing device 400 cannot connect and connect the first wiring member 210 with the second wiring member 220, therefore, the automatic triggering fusing device 400 further comprises the limiting member 430 arranged on the mounting block 221, the rotating frame 402 comprises a sleeve and a rectangular mounting frame which are fixedly connected into a whole, the mounting frame is arranged on the outer circumferential surface of the sleeve and the length direction of the mounting frame is arranged along the radial direction of the sleeve, and the mounting frame is provided with eight and arranged along the circumferential direction of the sleeve in an array manner, the sleeve is rotatably sleeved on the fixed shaft 211, and the limiting member 430 is used for limiting the clockwise rotation of the mounting frame.

Specifically, the limiting member 430 includes an opening 431 opened on an end surface of the mounting block 221 facing away from the connecting cylinder 110, a floating block 432 is arranged in the opening 431, the floating block 432 is matched with the opening 431 and can float along an axial direction parallel to the fixing shaft 211, in order to enable the floating block 432 to float, a floating spring 434 is arranged in the opening 431, the elastic force of the floating spring 434 always pushes the floating block 432 to float towards the outside of the opening 431, in order to avoid the falling off of the floating block 432 and the opening 431, a limiting boss 435 clamped in the opening 431 is arranged at the bottom of the floating block 432, one end of the floating block 432 facing away from the opening 431 is obliquely arranged, the distance between the inclined surface and the mounting block 221 in an initial state rotates along the counterclockwise direction to be gradually increased, the highest end of the inclined surface of the floating block 432 is higher than the bottom surface of the mounting block, and the lowest end of the inclined, one of the mounts is located between the slider 432 and the guide groove 222 in the initial state and is in contact with the side of the slider 432.

More specifically, in order to avoid the sliding of the contact head 416, an arc-shaped avoiding groove 433 is formed in the floating block 432 and is coaxial with the guide groove 222, and the arc-shaped avoiding groove 433 is open at two ends in the circumferential direction where the arc-shaped avoiding groove 433 is located.

The slider 431 in the limiting member 430 restrains the clockwise rotation of the mounting frame, so that the restraint of the clockwise rotation of the conducting member 410 is realized, when the conducting member 410 rotates anticlockwise, the mounting frame extrudes the inclined surface of the slider 432 and enables the slider 432 to float towards the inside of the opening 431 under the action of the elastic force of the floating spring 434 until the mounting frame slides over the slider 432, and then the floating spring 433 pushes the slider 432 to automatically reset and restore the restraint of the clockwise rotation of the mounting frame.

When a user removes a fault, the user manually rotates the knob 300 clockwise, and the conducting member 410 cannot rotate clockwise, so that the spherical clamping groove 302 on the knob 300 extrudes the transmission steel ball 403 and enables the transmission steel ball 403 to float towards the inside of the rotating disc 401, the spherical clamping groove 302 slides across the transmission steel ball 403 until the knob 300 rotates forty-five degrees clockwise, so that the inside of the second wiring member 220 is connected, at the moment, the first wiring member 210, the automatic triggering fuse device 400 and the second wiring member 220 are connected with the live wire input end and the live wire output end again, and the power line is connected with the circuit of the electric equipment again.

Claims

1. A fuse-type circuit switch controller, characterized by: the automatic trigger fusing device comprises an insulating mounting cylinder and a connecting part which is arranged in the insulating mounting cylinder and is connected with a live wire of a power line in series, wherein the connecting part comprises a first wiring component, a second wiring component and an automatic trigger fusing device which is connected between the first wiring component and the second wiring component in series, the first wiring component is connected with an input end of the live wire, the second wiring component is connected with an output end of the live wire, the second wiring component is set to be in a switchable on-state and off-state, the initial state is the on-state, one end of the insulating mounting cylinder is rotatably provided with a knob, the knob is used for controlling the on-state and the off-state of the second wiring component, when the current of a circuit of an electric device is overloaded, the automatic trigger fusing device cuts off a circuit and can automatically trigger and restore the connection of the;

the insulating mounting cylinder comprises a connecting cylinder arranged at one end of an opening, a cylinder bottom which is detachably connected and matched with the connecting cylinder is arranged at the opening of the connecting cylinder, a first mounting chamber is formed by the connecting cylinder and the cylinder bottom, a cylinder body with two ends arranged with openings is coaxially covered on the end surface of the connecting cylinder, which is far away from the opening, and a second mounting chamber is formed by the connecting cylinder and the cylinder body;

wiring component one including be located installation room two and with the coaxial fixed connection's of connecting cylinder fixed axle, the fixed axle is close to coaxial fixed cover on the outer disc of connecting cylinder one end and is equipped with electrically conductive docking tray, docking tray be used for with the one end butt joint of automatic triggering fuse device, the docking tray deviates from a connecting cylinder terminal surface and has seted up annular groove coaxially, the tank bottom of annular groove sets to the arc and the concavity of arcwall face is to the connecting cylinder of dorsad, wiring component one still includes the spliced pole one of fixed mounting in installation room one, spliced pole one end and docking tray fixed connection, the other end is connected and is provided with wiring pin one, wiring pin one passes the bobbin base and extends to the outside of installation room one, wiring pin one is connected with the live wire input.

2. The fused circuit switch controller of claim 1, wherein: the second wiring component comprises an arc-shaped insulating mounting block which is positioned in the second mounting chamber and is coaxially and fixedly connected with the connecting cylinder, the mounting block is arranged close to the edge of the connecting cylinder, an arc-shaped guide groove which is coaxially arranged with the connecting cylinder is arranged on the end surface of the mounting block, which is far away from the connecting cylinder, the end part of the arc-shaped guide groove in the circumferential direction is arranged in an open manner, the groove depth direction of the guide groove is parallel to the axial direction of the fixed shaft, a floatable conductive butt joint block is arranged at the groove bottom of the guide groove, the butt joint block is used for being in butt joint connection with the other end of the automatic triggering fusing device, the second wiring component also comprises a second wiring terminal which is fixedly arranged in the first mounting chamber, a conductive rotating assembly used for connecting the two wiring components is arranged between one end of the second wiring terminal and the butt joint block, the other end of the, the second wiring pin is connected with the output end of the live wire;

3. The fused circuit switch controller of claim 2, wherein: the rotary knob is coaxially rotated and arranged at an opening of one end of the barrel, which is far away from the connecting cylinder, a connecting rod for fixedly connecting the rotary knob and the rotary column is coaxially arranged between the rotary knob and the rotary column, and the connecting rod movably penetrates through the fixed shaft and the connecting cylinder.

4. The fused circuit switch controller of claim 3, wherein: the automatic triggering fusing device is located in the second installation chamber and comprises an insulating rotating disc and an insulating rotating frame which are coaxially sleeved on a fixed shaft in a rotating mode, the rotating disc is located at one end, away from the connecting cylinder, of the fixed shaft, the rotating frame is located between the rotating disc and the butt joint disc and is arranged close to the butt joint disc, the automatic triggering fusing device further comprises conducting members arranged between the rotating disc and the rotating frame, the conducting members are arranged in a plurality and are arranged in an array mode along the circumferential direction of the rotating disc, one conducting member is a conducting member and is connected in series between the butt joint disc and the butt joint block, and the rest conducting members are idle conducting members and can be rotationally switched to the conducting members in an idle mode.

5. The fused circuit switch controller of claim 4, wherein: the conducting component comprises a conducting slide bar which is fixedly arranged between a rotating disc and a rotating frame and is parallel to the axial direction of a fixed shaft, one end of the conducting slide bar penetrates through the rotating frame, a butt copper ball is arranged at the end in a rolling manner, the butt copper ball is matched with an annular groove and is in rolling contact with the annular groove, a rectangular conducting slide block is sleeved on the conducting slide bar in a sliding manner, the length direction of the conducting slide block is arranged along the radial direction of the fixed shaft, the conducting slide block and the conducting slide bar form sliding guide fit along the axial direction of the parallel fixed shaft, a damping layer is arranged between the conducting slide block and the conducting slide bar, the conducting slide block is positioned at the middle position of the conducting slide bar along the length direction in an initial state, mounting ports which are arranged oppositely and can be tightened are arranged on the conducting slide block and the rotating frame, a fuse for connecting the, the other end installation of fuse is pressed from both sides tightly in the installing port on the rotating turret, and a rotating turret deviates from a rolling disc terminal surface fixed mounting and has butt joint contact, and butt joint contact is provided with a plurality ofly and is connected with the fuse one-to-one, and butt joint contact is located arc guiding groove place circumferencial direction, and the butt joint contact that one of them switched on in the component is located the guiding groove and contradicts the butt joint with the butt joint piece under the initial condition to this switches on the component and is the electrically conductive component that switches on.

6. The fused circuit switch controller of claim 5, wherein: the outside movable sleeve of electrically conductive slide bar is equipped with trigger spring, and trigger spring one end is contradicted with electrically conductive slider, and the other end is contradicted with the rotating turret and trigger spring's elasticity is by the directional electrically conductive slider of rotating turret all the time, and the fuse overcomes trigger spring's elasticity and retrains electrically conductive slider at the middle part position of electrically conductive slide bar under the initial condition, the coaxial external step that is provided with on the excircle face of fixed axle, is provided with external step under the initial condition between electrically conductive slider and the rolling disc, sets up the trigger spout that runs through from top to bottom on the excircle face of external step, and trigger spout slope is arranged and by the directional upper end of lower extreme along the axial anticlockwise deflection forty-five degrees of fixed axle, electrically conductive slider is close to a fixed axle terminal surface and is provided with and triggers spout assorted and triggers the arch to the lower.

7. The fused circuit switch controller of claim 6, wherein: the outer circular surface of the conductive sliding rod is provided with a limiting groove parallel to the axial direction of the conductive sliding rod, the conductive sliding block is provided with a limiting lug matched with the limiting groove, and the limiting groove and the limiting lug are matched with each other to restrict the conductive sliding block to rotate around the conductive sliding rod;

8. The fused circuit switch controller of claim 7, wherein: the automatic triggering fusing device further comprises a limiting component arranged on the installation block, the rotating frame comprises a sleeve and a rectangular installation frame which are fixedly connected into a whole, the installation frame is arranged on the outer circular surface of the sleeve and the length direction of the installation frame is arranged along the radial direction of the sleeve, the installation frame is provided with eight parts and is arranged along the circumferential direction array of the sleeve, the sleeve is rotatably sleeved on the fixed shaft, and the limiting component is used for limiting the clockwise rotation of the installation frame.

9. The fused circuit switch controller of claim 8, wherein: the limiting component comprises an opening arranged on one end face, deviating from the connecting cylinder, of the mounting block, a floating block is arranged in the opening, the floating block is matched with the opening and can float along the axial direction parallel to the fixed shaft, a floating spring is arranged in the opening, the elastic force of the floating spring always pushes the floating block to float towards the outside of the opening, a limiting boss clamped in the opening is arranged at the bottom of the floating block, the end, deviating from the opening, of the floating block is obliquely arranged, the distance between the inclined plane and the mounting block is gradually increased along the anticlockwise rotation direction in an initial state, the highest end of the inclined plane of the floating block is higher than the bottom surface of the mounting frame, the lowest end of the inclined plane of the floating block is lower than the bottom surface of the mounting frame, and one of the mounting frames is positioned between the floating;