CN106695718A - Tool attraction device used for electric power detection and maintenance - Google Patents
Tool attraction device used for electric power detection and maintenance Download PDFInfo
- Publication number
- CN106695718A CN106695718A CN201611176741.0A CN201611176741A CN106695718A CN 106695718 A CN106695718 A CN 106695718A CN 201611176741 A CN201611176741 A CN 201611176741A CN 106695718 A CN106695718 A CN 106695718A
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- lock
- hand
- latch hook
- chassis
- hand button
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25H—WORKSHOP EQUIPMENT, e.g. FOR MARKING-OUT WORK; STORAGE MEANS FOR WORKSHOPS
- B25H3/00—Storage means or arrangements for workshops facilitating access to, or handling of, work tools or instruments
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Clamps And Clips (AREA)
- Lock And Its Accessories (AREA)
Abstract
The invention relates to a device with construction tools capable of being taken and fixed conveniently during electric power construction operation, and particularly provides a tool attraction device used for electric power detection and maintenance in order to overcome the technical defects that construction tools cannot be carried easily in the electric power construction process at present and disengaging is likely to happen. The tool attraction device used for electric power detection and maintenance comprises a fixed plate and is characterized in that the fixed plate is provided with a plurality of lock brackets, and each lock bracket is provided with a lock ring; hand buckles are further included, the lock brackets can be controlled to lock and separate from the corresponding lock rings through the hand buckles, and when the lock brackets and the lock rings are locked tightly, the hand buckles are separated from the lock rings; and after the lock brackets are separated from the lock rings, the lock rings and the hand buckles are tightly locked automatically. The tool attraction device used for electric power detection and maintenance is novel in structure, convenient to use and capable of being widely applied to electric power detection construction operation.
Description
Technical field
Particularly, the present invention relates to one kind when power construction operation is carried out, convenient construction instrument is taken and fixed dress
Put.
Background technology
At present in power construction operating process, construction tool often hangs over and carried with workmen's body, works as work
It is not only inconvenient to carry when having more, and the operation of workmen can be influenceed.Especially when work high above the ground is carried out, workmen
When picking and placeing construction tool on body, can not only bring inconvenience, and often generating tool is accidentally dropped and is come off, when instrument accidentally drops de-
When falling, one is that can cause construction obstacle, and two is that the potential safety hazard for injuring by a crashing object can be brought to the person of ground staff.
The content of the invention
For construction tool is not portable and it has the technological deficiency for coming off, this hair during the current power construction of solution
It is bright that a kind of device is provided, can ensure that instrument is picked and placeed safely using the device, thoroughly prevent instrument from accidentally dropping the problem for coming off.
To realize above-mentioned technical purpose, the technical solution adopted by the present invention is：Instrument adsorbent equipment is used in electric power monitoring maintenance,
It includes fixed plate, it is characterised in that：Fixed plate is provided with several locks, and each lock is provided with lock ring；Also include hand button,
By hand button control lock to the locking of lock ring with separate, when lock and lock ring are locked, hand button is separated with lock ring；When lock with
After lock ring is separated, lock ring and hand button auto lock.
Further, described lock and hand are buckled and are respectively equipped with driver plate, latch hook；
The lock also includes circular base plate, rotating shaft and chassis cover plate, and latch hook on the lock is several, several latch hooks
It is uniformly arranged in the circumferencial direction of chassis surface, latch hook is located at chassis in the radial direction, latch hook and chassis elastic hinge joint, latch hook
Afterbody points to center chassis, and latch hook gib head is pointed to outside chassis；Driver plate on the lock is coaxially disposed positioned at chassis with chassis
Inside, driver plate surface corresponding with latch hook is provided with the slope boss consistent with latch hook quantity；The chassis cover plate closure is the bottom of at
At dish opening, the edge of chassis cover plate is provided with slot corresponding with latch hook gib head, and on chassis, the circumferencial direction of lid surface is uniform
It is provided with several lock rings and embraces tooth, hand button location hole is radially respectively equipped with each lock ring armful tooth sensing center of circle, in chassis lid
The surface of plate is along the circumferential direction provided with several slotted eyes, and slotted eye and slot interval setting in a circumferential direction, slotted eye are arranged on lock
Encircle in the chassis lid surface of circular direction in tooth；One rotating shaft passes through the axle center on chassis cover plate, driver plate and chassis, and rotating shaft can drive
Driver plate is freely rotated, and the through hole set along axis is provided with inside rotating shaft, and the section of the through hole is in non-circular；
Described hand button also includes circular hand Button Block, hand buckle closure plate and rotation setting stick, and the inner surface of the hand Button Block is provided with to be dialled
Dish groove, several latch hooks are uniformly arranged on the circumferencial direction of hand Button Block inner surface, and latch hook is located at hand Button Block in the radial direction,
Latch hook and hand Button Block elastic hinge joint, latch hook afterbody point to hand Button Block center, and latch hook gib head is pointed to outside hand Button Block；The hand is buckled
Driver plate be located at driver plate groove inside be coaxially disposed with hand Button Block, driver plate carry slope boss one side it is relative with latch hook；The hand
Buckle closure plate is blocked at hand Button Block opening, and the edge of hand buckle closure plate is provided with to be distinguished with several slots and notch, slot and notch
It is uniformly arranged in the circumferencial direction of hand buckle closure plate, slot and notch interval are staggered, uniform in the circumferencial direction of hand buckle closure plate surface
Several lock rings support tooth is provided with, the wherein bottom of notch is located at the hand buckle closure plate surface of the lock ring outer circular direction of support tooth, the bottom of slot
End extend to lock ring support tooth in circular direction hand buckle closure plate surface on；The rotation setting stick is located at the back side of hand Button Block, rotates hand
The center of disk is provided with axially driving axle, and the section of drive shaft is consistent with the through hole cross sectional shape inside rotating shaft on lock, drives
Axle passes through hand Button Block, driver plate and hand buckle closure plate, and the end of drive shaft to reach buckle closure plate, and when rotating rotation setting stick, driver plate can
With rotation setting stick synchronous axial system；
After hand button is with lock combination, drive shaft is located in the through hole on lock inside rotating shaft, and lock ring support tooth puts in hand and anchors
In the hole of position, described lock ring is located at lock ring and supports between tooth and lock ring armful tooth, rotates rotation setting stick, buckles latch hook afterbody when hand and is located at
When on the slope boss on hand button driver plate surface, the latch hook afterbody on lock is located at the slope boss lower section on lock driver plate surface,
Lock ring is hooked by the latch hook that hand is buckled；When hand buckles latch hook afterbody positioned at the slope boss lower section on hand button driver plate surface, lock
On latch hook afterbody be located at slope boss top on lock driver plate surface, lock ring is hooked by the latch hook of lock.
Further, the latch hook quantity that the lock and hand are buckled is respectively 3, the slot and slotted eye quantity on chassis point
Not Wei 3, slot and slotted eye are spaced 60 ° in a circumferential direction, and the lock ring embraces tooth and hand button location hole for Wei not 6；It is described
Slot and notch quantity on hand buckle closure plate are respectively 3, and slot is spaced 60 °, the lock ring support in a circumferential direction with notch
The quantity of tooth is 6.
Further, it is provided with positioner in described lock, described positioner is included in rotating shaft along axis body radially
The circular follow block of setting, the circular follow block is located inside chassis and is offseted with chassis inner surface, is provided with fixed on circular follow block
Position hole, described location hole is two；Also include being arranged on the counterbore of chassis inner surface, support spring be provided with the counterbore,
Place kick is provided with the top of support spring, the part sphere of place kick stretches out counterbore；When the latch hook afterbody on lock is located at lock
When above or below the slope boss on seat driver plate surface, the part sphere of place kick can timesharing enter in two location holes.
Further, positioner is provided with the hand button, described positioner includes being arranged on table in hand button rotating disk
The location hole in face, described location hole is two；Also include being arranged on the counterbore of hand Button Block outer surface, branch is provided with the counterbore
Support spring, is provided with place kick at the top of support spring, and the part sphere of place kick stretches out counterbore；When the latch hook afterbody that hand is buckled
When above or below the slope boss on hand button driver plate surface, the part sphere of place kick can timesharing enter two location holes
It is interior.
Further, the lock ring is provided with the tether being connected with construction tool, and the hand is buckled to be provided with and fixed with human body
Safety rope.
Further, the fixed plate is provided with the hook consistent with lock quantity, is set inside the fixed plate for linking up with bottom
There is magnet exciting coil, after lock ring is connected with hand button, magnet exciting coil dead electricity, after lock ring is connected with lock, magnet exciting coil obtains electric.
Further, the fixed plate is provided with power supply, and described power supply is dc-battery or high voltage induction power supply.
Beneficial effects of the present invention are：After hand button is connected with human body, lock ring and instrument, lock ring and hand are controlled using hand button
The separation of button and lock, after lock ring is with lock combination, lock ring is worked as using lock to lock ring promptly to prevent coming off for instrument
After buckling conjunction with hand, instrument is by lock ring, hand button is same with human body connection is prevented from coming off, it is ensured that instrument was constructed entirely
It is in a safe condition in journey.The electric power monitoring safeguards novel with instrument adsorbent equipment structure, easy to use, can be widely applied for electricity
In the detection constructing operation of power.
Brief description of the drawings
Fig. 1 is electric power monitoring maintenance instrument adsorbent equipment overall structure diagram provided by the present invention.
Fig. 2 is the front view on lock chassis.
Fig. 3 be accompanying drawing 2 in A-A to sectional view.
Fig. 4 is the front view of driver plate.
Fig. 5 is B-B direction sectional view in accompanying drawing 4.
Fig. 6 is the front view of chassis cover plate.
Fig. 7 be accompanying drawing 6 in C-C to sectional view.
Fig. 8 be accompanying drawing 6 in I-I to sectional view.
Fig. 9 is the front view of lock.
Figure 10 be accompanying drawing 9 in D-D to sectional view.
Figure 11 be accompanying drawing 9 in J-J to sectional view.
Figure 12 be accompanying drawing 9 in K-K to sectional view.
Figure 13 is the front view of hand Button Block.
Figure 14 be accompanying drawing 13 in E-E to sectional view.
Figure 15 is the front view of hand buckle closure plate.
Figure 16 be accompanying drawing 15 in F-F to sectional view.
Figure 17 be accompanying drawing 15 in L-L to sectional view.
Figure 18 is the front view for rotating setting stick.
Figure 19 be accompanying drawing 18 in G-G to sectional view.
Figure 20 is the front view of hand button.
Figure 21 be accompanying drawing 20 in H-H to sectional view.
Figure 22 be accompanying drawing 20 in M-M to sectional view.
Lock shown in Figure 23 accompanying drawings 11 buckles the structure sectional view after closing with hand shown in accompanying drawing 22.
Figure 24 is that lock shown in accompanying drawing 12 buckles the structure sectional view after closing with hand shown in accompanying drawing 21.
Specific embodiment
Below in conjunction with the accompanying drawings and embodiment is done in detail to electric power monitoring maintenance instrument adsorbent equipment provided by the present invention
Description.
Embodiment 1
As shown in Figure 1, electric power monitoring is safeguarded and uses instrument adsorbent equipment, and it includes fixed plate 1, and fixed plate is provided with 4 hooks
2, instrument 4 is hung on hook 2, while magnet exciting coil 3 is provided with inside the fixed plate of hook bottom, when instrument 4 is hung on hook 2
When, magnet exciting coil 3 electric must hold instrument, and when fetching tool 4, the dead electricity of magnet exciting coil 3, magnetic hour, instrument 4 is removed.
Power supply supply on the adsorption tool can use the battery-powered mode of direct current, or using high voltage induction power supply
Power supply mode.Especially when high aloft operation is carried out, power supply can be using the power supply mode of high voltage induction power supply, its physical circuit
Composition has more report in existing document, will not be repeated here.
Adopt when carrying out picking and placeing construction tool in manner just described, if imprudence, instrument can occur it is easy to fall off, especially in high-altitude
In operating environment, once accidentally drop the comes off construction that can cause of instrument is interrupted, and can cause the hair for the dangerous accident such as injuring by a crashing object
It is raw.
As shown in Figure 1, the top of each hook 2 is correspondingly arranged a safety guard in fixed plate 1, using the peace
Full protection device solves instrument and accidentally drops the technical problem for coming off.The safety guard includes lock 5, hand button 6, its think of for solving
Lu Shi, hand button 6 is connected by safety rope 7 with the wrist of workmen, and lock ring 8 is provided between lock 5 and hand button 6（In accompanying drawing 1
It is invisible, referred in detail in follow-up description）, lock ring 8 is connected by tether 9 with instrument.When instrument is hung on hook 2,
Lock ring 8 is locked by lock 5, though now instrument leaves hook 2, but will not due to being connected by tether 9 between instrument and lock 5
Fall off, and when the tool, hand button 6 is docked with lock 5, now hand button 6 locks lock ring 8, and lock 5 is to lock ring reality
Now unlock, instrument by workmen it is hand held in, now between instrument and the wrist of workmen pass through tether 9, lock ring 8, hand
Button 6 and safety rope 7 are connected, even if instrument is accidentally dropped accidentally, but will not also be fallen.
The concrete structure to lock is described in detail below.
As shown in accompanying drawing 9-12, lock 5 includes circular base plate 10, rotating shaft 11, chassis cover plate 12, latch hook 13, driver plate 14.
As shown in accompanying drawing 2 and accompanying drawing 3, chassis 10 is provided with circumference of 3 latch hooks, 13,3 latch hooks 13 on the surface of chassis 10
Direction is spaced 120 ° and is uniformly arranged, and latch hook 13 is located at chassis 10 in the radial direction, latch hook 13 and the elastic hinge joint of chassis 10, latch hook
Afterbody points to center chassis, and latch hook gib head is pointed to outside chassis, wherein described elastic hinge joint refers in the case where being acted on without external force, lock
Hook gib head is opened to outside, and when the afterbody of latch hook 13 is squeezed, latch hook 13 is rotated, while gib head is internally held tightly.Such as accompanying drawing 2
And shown in accompanying drawing 3, the center of chassis 10 is provided with axis hole.
As shown in accompanying drawing 4 and accompanying drawing 5, the surface of driver plate 14 is provided with 3 slope boss, 15,3 slope boss 15 and is dialling
120 ° are spaced on the circumferencial direction on the surface of disk 14 to be uniformly arranged, while also being provided with axis hole at the center of driver plate 14.
As shown in accompanying drawing 6-8, the edge of chassis cover plate 12 is provided with 3 slots 16,3 for latch hook gib head turnover on lock and slits
Groove is spaced 120 ° of settings, and on chassis, the circumferencial direction of lid surface is uniformly provided with 6 lock rings and embraces tooth 17, is embraced inside tooth in lock ring
Chassis lid surface is provided with hand button location hole 18, hand button location hole 18 and lock ring embrace tooth 17 be located at it is same in the radial direction, together
When the surface of chassis cover plate 12 be along the circumferential direction provided with 3 buckled for hand latch hook gib head turnover 26,3 slotted eyes 26 of slotted eye between
Every 120 ° of settings, while slotted eye 26 is spaced 60 ° in a circumferential direction with slot 16, slotted eye 26 is arranged on circular direction in slot 16
In the lid surface of chassis.
Shown in structure as accompanying drawing 9-12 after chassis 10, driver plate 14, chassis cover plate 12 are combined, rotating shaft 11 passes through chassis lid
Plate 12, driver plate 14, chassis 10, wherein rotating shaft 11 use interference fit with driver plate 14, and driver plate 14 can be sent out with the rotation of rotating shaft 11
Raw rotation, driver plate 14, most of coupler body of latch hook 13 are blocked inside chassis 10 by chassis cover plate 12, and the gib head of latch hook 13 is the bottom of by
Slot 16 on disk cover plate 12 stretches out.
As shown in accompanying drawing 9-12, when lock ring 8 is placed on the surface of chassis cover plate 12, lock ring 8 embraces 17 armfuls of tooth by 3 lock rings
Firmly, the surface of chassis cover plate 12 of circular direction is exposed hand and buckles location hole 18 and slotted eye 26 in lock ring 8, and rotating driver plate 14 makes driver plate
3 slope boss 15 on 14 are pressed against 3 afterbodys of latch hook 13 respectively, now 3 gib heads of latch hook 13 by slot 16 outside
Inwardly draw in so as to lock ring 8 is hooked into locking, when rotating backward driver plate 14, make 3 afterbodys of latch hook 13 convex respectively away from 3 slopes
Platform 15, then 3 latch hook afterbody stress disappear, 3 latch hooks 13 in the presence of elastic hinge joint gib head to being opened outside slot, latch hook
13 pairs of lock rings 8 form unblock.Accompanying drawing 9-12 is shown the state that lock ring 8 is hooked locking by latch hook on lock.
As shown in accompanying drawing 9-12, the inside of rotating shaft 11 is provided with the through hole 19 set along axis, the section of the through hole 19
It is designed as non-circular, in the present embodiment, the Cross section Design of through hole is triangle, in order to the driving consistent with cross sectional shape
Axle injects rotating shaft inside and drives axis of rotation.
The concrete structure of opponent's button is described in detail below.
As shown in accompanying drawing 20-22, hand button 6 includes circular hand Button Block 20, hand buckle closure plate 21, driver plate 14, latch hook 13 and rotation
Setting stick 22, wherein driver plate 14, the structure of latch hook 13 are consistent with the driver plate 14 in lock 5, the structure of latch hook 13, repeat no more.
As shown in accompanying drawing 13, accompanying drawing 14, the inner surface of hand Button Block 20 is provided with 23,3 latch hooks 13 of driver plate groove in hand Button Block
120 ° are spaced on the circumferencial direction of inner surface to be uniformly arranged, latch hook 13 is located at hand Button Block in the radial direction, latch hook 13 and hand button
20 elastic hinge joints of seat, latch hook afterbody points to hand Button Block center, and latch hook gib head is pointed to outside hand Button Block, wherein described elastic hinge joint
Refer to that, in the case where being acted on without external force, latch hook gib head is to the internal contraction of hand Button Block 20, when the afterbody of latch hook 13 is squeezed, 13 turns of latch hook
It is dynamic, while gib head outside hand Button Block to opening.
As shown in accompanying drawing 15-17, the edge of hand buckle closure plate 21 be provided with 3 for hand buckle the turnover of latch hook gib head slot 16 and
3 27,3 slots 16 of notch for latch hook gib head turnover on lock are spaced 120 ° of settings, and 3 notches 27 are spaced 120 ° of settings,
And 60 ° are spaced between slot 16 and notch 27, being uniformly provided with 6 lock rings in the circumferencial direction of hand buckle closure plate surface supports teeth 24, its
The bottom of middle notch 27 is located at the hand buckle closure plate surface that lock ring supports the outer circular direction of tooth 24, and the bottom of slot 16 extends to lock ring support tooth
In 24 in the hand buckle closure plate surface of circular direction.
As shown in accompanying drawing 18-19, the center for rotating setting stick 22 is provided with axially driving axle 25, the section of drive shaft 25 and lock
Through hole cross sectional shape inside upper rotating shaft is consistent, and triangular-section is related in the present embodiment.
As shown in accompanying drawing 21-22, the drive shaft 25 on rotation setting stick 22 passes through hand Button Block 20, driver plate 14, hand buckle closure plate 21,
Most of coupler body of driver plate 14 and latch hook 13 is blocked in hand Button Block 20 by hand buckle closure plate 21, and the gib head of latch hook 13 is by hand buckle closure plate
Stretched out at 21 slot 16, the end of drive shaft 25 reaches the surface of buckle closure plate 21, wherein drive shaft 25 is matched somebody with somebody with the interference of driver plate 24
Close, when rotation rotation setting stick 22, the synchronous axial system of driver plate 24.
As shown in accompanying drawing 21-22, when rotation setting stick 22 is rotated, driver plate 14 is rotated, when 3 slope boss on driver plate 14
15 are pressed against 3 afterbodys of latch hook 13 respectively, and now 3 gib heads of latch hook 13 inside slot 16 by being flared out the hook of lock ring 8
Firmly lock, when reversely rotating setting stick 22, make 3 afterbodys of latch hook 13 respectively away from 3 slope boss 15, then 3 latch hook afterbodys are received
Power disappears, 3 latch hooks 13 in the presence of elastic hinge joint gib head to slot internal contraction, latch hook 13 is formed to lock ring 8 and unlocked.It is attached
Figure 21-22 show slope boss 15 and leaves latch hook afterbody, and latch hook 13 forms the state of unblock to lock ring 8.
As shown in accompanying drawing 23-24, after hand button 6 is combined with lock 5, the lock ring support tooth 24 that hand is buckled injects the hand on lock
In button location hole 18, drive shaft 25 is put in inside the through hole 19 of rotating shaft 11 on lock, and the gib head of the latch hook 13 on hand button 6 is by locking
Slotted eye 26 on seat chassis cover plate 12 is entered into inside chassis cover plate 12, and the notch 27 on hand buckle closure plate 21 gives lock and locks
Hook gib head is with activity space, state now：Latch hook gib head on lock 5 is located on the periphery of lock ring 8, and on hand button 6
Latch hook gib head be located on the inner headed face of lock ring 8, after being combined with lock due to hand button, latch hook between the two is to be spaced 60 °, because
The slope boss on the driver plate in slope boss and hand button on driver plate in this lock is also to stagger 60 °, that is, mean when lock
When slope boss in seat exerts a force to the latch hook in lock, the latch hook in the boss opponent's button of slope in hand button forms unblock, and
When the latch hook in the slope boss opponent's button in hand button exerts a force, the slope boss in lock forms solution to the latch hook in lock
Lock.The slope boss being in lock shown in accompanying drawing 23-24 exerts a force to the latch hook in lock, now the latch hook gib head in lock
Lock ring is hooked by the outer circular direction of lock ring 8, and the circular direction in lock ring 8 of the latch hook gib head in hand button forms release conditions, now,
Lock ring 8 is connected as one with lock 5, when rotation setting stick 22 is rotated, driver plate in lock in the presence of drive shaft 25 with hand
Driver plate synchronous axial system in button, when the latch hook in the slope boss opponent's button in hand button exerts a force, the latch hook gib head in hand button exists
Circular direction hooks lock ring 8 in lock ring 8, and the slope boss in lock forms unblock, the latch hook in lock to the latch hook in lock
Gib head is opened by the outer circular direction of lock ring 8, and now, lock ring 8 is connected as one with hand button 6, pulls up hand button 6 while lock ring 8 is taken out of.
With reference to shown in accompanying drawing 1, when the instrument of placement, instrument is hung on hook 2, while lock ring is coupled as one with lock 5,
It is provided with tether 9 between instrument and lock ring 8 to connect, instrument does not exist the danger for coming off, and when taking off tool, hand button 6 is inserted
Enter in lock 5, rotate hand button, lock ring 8 is connected as a single entity with hand button 6, pull up hand button 6, now instrument passes through tether 9, lock ring
8th, safety rope 7 is connected with the wrist of workmen, and workmen can be operated with handheld tool, also in the absence of accidentally dropping what is come off
It is dangerous.
And magnet exciting coil 3 it is electric can also be controlled by hand button with dead electricity, when lock ring 8 is connected as a single entity with lock 5
When, magnet exciting coil 3 obtains electric, and when lock ring 8 and hand button 6 are connected as a single entity, the dead electricity of magnet exciting coil 3.The control of this circuit can be in hand
Loading position switch is capable of achieving in lock after button, because this control does not exist technology barrier for a person skilled in the art,
Therefore it is not described in detail herein.
Embodiment 2
Due to hand be buckled in be inserted into rotated a certain angle in lock after can realize the conversion that lock ring is connected therebetween, and
After connection conversion is completed, removing hand button needs to ensure the fixation of driver plate position in driver plate and lock in hand button, to prevent driver plate
Rotate and cause lock ring to unlock, therefore positioner is respectively mounted in hand button and lock.
As shown in accompanying drawing 2 and accompanying drawing 3, it is provided with chassis cover plate 10 in counterbore 28, counterbore 28 and is provided with support spring 29,
Place kick 30 is provided with the top of support spring, the part sphere of place kick 30 stretches out counterbore 28.As shown in accompanying drawing 10-11, turning
The circular follow block 31 being radially arranged along axis body on axle, circular follow block 31 is located inside chassis and is offseted with chassis inner surface, in circle
Shape follow block is provided with location hole（Location hole is positioning ball present position）.Location hole is two, between it is on the circular follow block 31
Every 60 ° of settings, when lock is locked to lock ring, place kick 30 enters one of location hole and positions, and works as in lock
60 ° of axis of rotation after, lock forms release conditions to lock ring, and place kick 30 enters into and positioning is formed in another location hole.
Positioner in hand button as the principle of lock interior locating device, as shown in Figure 14, in hand Button Block 20
The back side is provided with counterbore 28, counterbore 28 and is provided with support spring 29, and place kick 30 is provided with the top of support spring, place kick 30
Part sphere stretches out counterbore 28.As shown in accompanying drawing 21-22, location hole is provided with corresponding surface of the rotation setting stick 22 with place kick 30
（Location hole is positioning ball present position）.Location hole is two, its 60 ° of interval setting on rotation setting stick 22, when hand button pair
When lock ring is locked, place kick 30 enters one of location hole and positions, and after rotation setting stick 22 rotates 60 °, hand button
Release conditions are formed to lock ring, place kick 30 enters into and positioning is formed in another location hole.
The preferred embodiments of the present invention are the foregoing is only, in the present embodiment, company of the lock ring between hand button and lock
Connect conversion mechanically to realize, under the principle come off based on preventing tool provided by the present invention, opponent's button, lock are done
The improvement for going out, protection scope of the present invention, guarantor of the invention are belonged to for example with changes such as electromagnetism connection, optoelectronic induction connections
Shield scope is defined by claims.
Claims (8)
1. electric power monitoring is safeguarded and uses instrument adsorbent equipment, and it includes fixed plate, it is characterised in that：Fixed plate is provided with several locks
Seat, each lock is provided with lock ring；Also include hand button, by hand button control lock to the locking of lock ring with separate, when lock with
When lock ring is locked, hand button is separated with lock ring；After lock is separated with lock ring, lock ring and hand button auto lock.
2. electric power monitoring according to claim 1 is safeguarded and uses instrument adsorbent equipment, it is characterised in that：Described lock and hand
Buckle and be respectively equipped with driver plate, latch hook；
The lock also includes circular base plate, rotating shaft and chassis cover plate, and latch hook on the lock is several, several latch hooks
It is uniformly arranged in the circumferencial direction of chassis surface, latch hook is located at chassis in the radial direction, latch hook and chassis elastic hinge joint, latch hook
Afterbody points to center chassis, and latch hook gib head is pointed to outside chassis；Driver plate on the lock is coaxially disposed positioned at chassis with chassis
Inside, driver plate surface corresponding with latch hook is provided with the slope boss consistent with latch hook quantity；The chassis cover plate closure is the bottom of at
At dish opening, the edge of chassis cover plate is provided with slot corresponding with latch hook gib head, and on chassis, the circumferencial direction of lid surface is uniform
It is provided with several lock rings and embraces tooth, hand button location hole is radially respectively equipped with each lock ring armful tooth sensing center of circle, in chassis lid
The surface of plate is along the circumferential direction provided with several slotted eyes, and slotted eye and slot interval setting in a circumferential direction, slotted eye are arranged on lock
Encircle in the chassis lid surface of circular direction in tooth；One rotating shaft passes through the axle center on chassis cover plate, driver plate and chassis, and rotating shaft can drive
Driver plate is freely rotated, and the through hole set along axis is provided with inside rotating shaft, and the section of the through hole is in non-circular；
Described hand button also includes circular hand Button Block, hand buckle closure plate and rotation setting stick, and the inner surface of the hand Button Block is provided with to be dialled
Dish groove, several latch hooks are uniformly arranged on the circumferencial direction of hand Button Block inner surface, and latch hook is located at hand Button Block in the radial direction,
Latch hook and hand Button Block elastic hinge joint, latch hook afterbody point to hand Button Block center, and latch hook gib head is pointed to outside hand Button Block；The hand is buckled
Driver plate be located at driver plate groove inside be coaxially disposed with hand Button Block, driver plate carry slope boss one side it is relative with latch hook；The hand
Buckle closure plate is blocked at hand Button Block opening, and the edge of hand buckle closure plate is provided with to be distinguished with several slots and notch, slot and notch
It is uniformly arranged in the circumferencial direction of hand buckle closure plate, slot and notch interval are staggered, uniform in the circumferencial direction of hand buckle closure plate surface
Several lock rings support tooth is provided with, the wherein bottom of notch is located at the hand buckle closure plate surface of the lock ring outer circular direction of support tooth, the bottom of slot
End extend to lock ring support tooth in circular direction hand buckle closure plate surface on；The rotation setting stick is located at the back side of hand Button Block, rotates hand
The center of disk is provided with axially driving axle, and the section of drive shaft is consistent with the through hole cross sectional shape inside rotating shaft on lock, drives
Axle passes through hand Button Block, driver plate and hand buckle closure plate, and the end of drive shaft to reach buckle closure plate, and when rotating rotation setting stick, driver plate can
With rotation setting stick synchronous axial system；
After hand button is with lock combination, drive shaft is located in the through hole on lock inside rotating shaft, and lock ring support tooth puts in hand and anchors
In the hole of position, described lock ring is located at lock ring and supports between tooth and lock ring armful tooth, rotates rotation setting stick, buckles latch hook afterbody when hand and is located at
When on the slope boss on hand button driver plate surface, the latch hook afterbody on lock is located at the slope boss lower section on lock driver plate surface,
Lock ring is hooked by the latch hook that hand is buckled；When hand buckles latch hook afterbody positioned at the slope boss lower section on hand button driver plate surface, lock
On latch hook afterbody be located at slope boss top on lock driver plate surface, lock ring is hooked by the latch hook of lock.
3. electric power monitoring according to claim 2 is safeguarded and uses instrument adsorbent equipment, it is characterised in that：The lock and hand button
On latch hook quantity be respectively 3, the slot and slotted eye quantity on chassis are respectively 3, and slot is with slotted eye in a circumferential direction
60 ° of interval, the lock ring embraces tooth and hand button location hole for Wei not 6；Slot and notch quantity difference on the hand buckle closure plate
It it is 3, slot is spaced 60 ° in a circumferential direction with notch, and the quantity of the lock ring support tooth is 6.
4. electric power monitoring according to claim 2 is safeguarded and uses instrument adsorbent equipment, it is characterised in that：Set in described lock
There is positioner, described positioner includes the circular follow block being radially arranged along axis body in rotating shaft, and the circular follow block is located at
Inside chassis and offseted with chassis inner surface, location hole is provided with circular follow block, described location hole is two；Also include setting
The counterbore in chassis inner surface is put, support spring is provided with the counterbore, place kick, place kick are provided with the top of support spring
Part sphere stretch out counterbore；Above or below the slope boss that the latch hook afterbody on lock is located on lock driver plate surface
When, the part sphere of place kick can timesharing enter in two location holes.
5. electric power monitoring according to claim 2 is safeguarded and uses instrument adsorbent equipment, it is characterised in that：It is provided with the hand button
Positioner, described positioner includes being arranged on the location hole of hand button rotating disk inner surface, and described location hole is two；Also
Counterbore including being arranged on hand Button Block outer surface, support spring is provided with the counterbore, and positioning is provided with the top of support spring
Ball, the part sphere of place kick stretches out counterbore；When the latch hook afterbody that hand is buckled is located on the slope boss on hand button driver plate surface
When side or lower section, the part sphere of place kick can timesharing enter in two location holes.
6. electric power monitoring according to claim 1 and 2 is safeguarded and uses instrument adsorbent equipment, it is characterised in that：On the lock ring
The tether being connected with construction tool is provided with, the hand buckles the safety rope for being provided with and being fixed with human body.
7. electric power monitoring according to claim 1 and 2 is safeguarded and uses instrument adsorbent equipment, it is characterised in that：The fixed plate
The hook consistent with lock quantity is provided with, magnet exciting coil is provided with inside the fixed plate for linking up with bottom, when lock ring is connected with hand button
Afterwards, magnet exciting coil dead electricity, after lock ring is connected with lock, magnet exciting coil obtains electric.
8. electric power monitoring according to claim 7 is safeguarded and uses instrument adsorbent equipment, it is characterised in that：Set in the fixed plate
There is power supply, described power supply is dc-battery or high voltage induction power supply.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611176741.0A CN106695718B (en) | 2016-12-19 | 2016-12-19 | Electric power detects maintenance tool adsorbent equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611176741.0A CN106695718B (en) | 2016-12-19 | 2016-12-19 | Electric power detects maintenance tool adsorbent equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106695718A true CN106695718A (en) | 2017-05-24 |
| CN106695718B CN106695718B (en) | 2019-06-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611176741.0A Active CN106695718B (en) | 2016-12-19 | 2016-12-19 | Electric power detects maintenance tool adsorbent equipment |
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| Country | Link |
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| CN (1) | CN106695718B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111113344A (en) * | 2020-01-16 | 2020-05-08 | 孙善平 | From spacing formula municipal pipeline maintenance supporting device convenient to dismouting |
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| CN202006455U (en) * | 2011-03-28 | 2011-10-12 | 宁波二十冶建设有限公司 | Tool safety belt |
| CN203485164U (en) * | 2013-07-10 | 2014-03-19 | 国家电网公司 | Tool holder for electric power maintenance |
| JP2015096283A (en) * | 2013-11-15 | 2015-05-21 | 藤原産業株式会社 | Portable bit holder |
| CN205612023U (en) * | 2016-04-01 | 2016-10-05 | 马玉建 | Power line overhauls with preventing high altitude saddlebag that falls |
| CN205660669U (en) * | 2016-06-03 | 2016-10-26 | 国网山东省电力公司阳谷县供电公司 | Adsorption -type tool bag |
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2016
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202006455U (en) * | 2011-03-28 | 2011-10-12 | 宁波二十冶建设有限公司 | Tool safety belt |
| CN203485164U (en) * | 2013-07-10 | 2014-03-19 | 国家电网公司 | Tool holder for electric power maintenance |
| JP2015096283A (en) * | 2013-11-15 | 2015-05-21 | 藤原産業株式会社 | Portable bit holder |
| CN205612023U (en) * | 2016-04-01 | 2016-10-05 | 马玉建 | Power line overhauls with preventing high altitude saddlebag that falls |
| CN205660669U (en) * | 2016-06-03 | 2016-10-26 | 国网山东省电力公司阳谷县供电公司 | Adsorption -type tool bag |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111113344A (en) * | 2020-01-16 | 2020-05-08 | 孙善平 | From spacing formula municipal pipeline maintenance supporting device convenient to dismouting |
| CN111113344B (en) * | 2020-01-16 | 2021-04-02 | 无锡市第五市政建设工程有限责任公司 | From spacing formula municipal pipeline maintenance supporting device convenient to dismouting |
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| Publication number | Publication date |
|---|---|
| CN106695718B (en) | 2019-06-14 |
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