CN110005751A - A kind of industrial controlling auxiliary device - Google Patents
A kind of industrial controlling auxiliary device Download PDFInfo
- Publication number
- CN110005751A CN110005751A CN201910341640.1A CN201910341640A CN110005751A CN 110005751 A CN110005751 A CN 110005751A CN 201910341640 A CN201910341640 A CN 201910341640A CN 110005751 A CN110005751 A CN 110005751A
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- China
- Prior art keywords
- inner end
- slide bar
- kelly
- damping
- push spring
- Prior art date
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- 238000013016 damping Methods 0.000 claims abstract description 96
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 95
- 238000011049 filling Methods 0.000 claims abstract description 50
- 230000006835 compression Effects 0.000 claims abstract description 6
- 238000007906 compression Methods 0.000 claims abstract description 6
- 238000004891 communication Methods 0.000 claims description 38
- 239000011148 porous material Substances 0.000 claims description 24
- 239000007787 solid Substances 0.000 claims description 7
- 238000002955 isolation Methods 0.000 abstract description 5
- 238000010521 absorption reaction Methods 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 22
- 230000005484 gravity Effects 0.000 description 5
- 238000004140 cleaning Methods 0.000 description 3
- 230000000694 effects Effects 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 230000001681 protective effect Effects 0.000 description 3
- 238000007789 sealing Methods 0.000 description 3
- 238000005381 potential energy Methods 0.000 description 2
- 238000007792 addition Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000003139 buffering effect Effects 0.000 description 1
- 238000005520 cutting process Methods 0.000 description 1
- 238000001035 drying Methods 0.000 description 1
- 238000001914 filtration Methods 0.000 description 1
- 238000007667 floating Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
- 239000007921 spray Substances 0.000 description 1
- 230000006641 stabilisation Effects 0.000 description 1
- 238000011105 stabilization Methods 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B13/00—Accessories or details of general applicability for machines or apparatus for cleaning
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B3/00—Cleaning by methods involving the use or presence of liquid or steam
- B08B3/02—Cleaning by the force of jets or sprays
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16F—SPRINGS; SHOCK-ABSORBERS; MEANS FOR DAMPING VIBRATION
- F16F15/00—Suppression of vibrations in systems; Means or arrangements for avoiding or reducing out-of-balance forces, e.g. due to motion
- F16F15/02—Suppression of vibrations of non-rotating, e.g. reciprocating systems; Suppression of vibrations of rotating systems by use of members not moving with the rotating systems
- F16F15/04—Suppression of vibrations of non-rotating, e.g. reciprocating systems; Suppression of vibrations of rotating systems by use of members not moving with the rotating systems using elastic means
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Acoustics & Sound (AREA)
- Aviation & Aerospace Engineering (AREA)
- Mechanical Engineering (AREA)
- Earth Drilling (AREA)
- Buildings Adapted To Withstand Abnormal External Influences (AREA)
Abstract
The present invention relates to industrial control fields, are more specifically a kind of industrial controlling auxiliary devices, can carry out vibration isolation protection to industrial control device by auxiliary protection device；Auxiliary protection device can be closed by upside protection cap in auxiliary protection device, realizes and industrial control device is separated；Water filling device can realize automatic water filling；Ejecting device, which can be realized, cleans to auxiliary device and can realize that automatic shutoff acts on; including auxiliary protection device, water filling device and bracket ejecting device; it is squeezed by being connected in the fixed frame of inner end inner end fixed frame push spring between frame and inner end fixed frame internal frame industrial control device between two inner end fixed frame internal frames is fixed on, so that industrial control device does not depart between two inner end fixed frame internal frames；In external force to inner end fixed frame outrigger, by sliding compression damping push spring opposite between damping casing and damping slide bar, then by damping push spring elastic force release starting to collision kinetic energy absorption, and then buffer function is realized.
Description
Technical field
The present invention relates to industrial control fields, are in particular a kind of industrial controlling auxiliary devices.
Background technique
Industrial control device plays an important role in industry manufacture, and then auxiliary device can guarantee industrial control device
Stabilization, general auxiliary device functions only as buffer action, and using effect is relatively simple, assists the protective effect and clear of itself
Clean no less important.
Summary of the invention
The object of the present invention is to provide a kind of industrial controlling auxiliary devices, can be controlled by auxiliary protection device to industry
Device processed carries out vibration isolation protection；Auxiliary protection device, realization pair can be closed by the upside protection cap in auxiliary protection device
The separation of industrial control device；Water filling device can realize automatic water filling；Ejecting device can realize the cleaning to auxiliary device and
The effect of automatic shutoff can be achieved.
The purpose of the present invention is achieved through the following technical solutions:
A kind of industrial controlling auxiliary device, including auxiliary protection device, water filling device and bracket ejecting device, it is described auxiliary
Protective device is helped to include auxiliary housing, upside protection cap, inner end fixed frame, damping casing, damping slide bar, damping push spring, subtract
Shake capping, upside cover sheet, kelly connecting rod one, kelly, pulling casing, rectangle hollow slots, inner end traveller, slide rod sleeve spring one,
Slide rod sleeve spring two, inner end push spring, articulated slab one, prismatic slide opening, articulated slab two, auxiliary housing ontology, kelly two, kelly sliding slot,
Hinged terminal one, hinged terminal two, kelly push spring, inner end fixed frame outrigger, hinged terminal three, hinged terminal four, inner end are fixed
Hack lever in frame, inner end fixed frame internal frame, inner end fixed frame push spring and inner end fixed frame in frame, damping casing and damping sliding bar
Connection, damping push spring are arranged between damping casing and damping slide bar, and damping capping is connect with damping slide bar clearance fit, damping
Capping is fixedly connected with damping casing, and damping casing, damping slide bar, damping push spring and damping capping are arranged at multiple, damping
Casing is hingedly connected on hinged terminal one or hinged terminal two, and damping slide bar is hingedly connected to hinged terminal three or hinged terminal
On four, rectangle hollow slots be provided with it is multiple, multiple rectangle hollow slots be arranged at upside cover sheet on, inner end traveller setting exists
Multiple, inner end traveller is arranged in rectangle hollow slots, and slide rod sleeve spring one and slide rod sleeve spring two are socketed on the traveller of inner end, pulls
Casing is slidably connected with upside cover sheet, and push spring setting in inner end is pulling in casing, and kelly connecting rod one is connected to pulling casing
Between kelly, kelly is slidably connected on the traveller of inner end, and kelly is arranged between slide rod sleeve spring one and slide rod sleeve spring two, hingedly
Plate one is fixedly connected on the upper end of kelly, and prismatic slide opening is arranged on kelly, and inner end traveller is slidably connected with prismatic slide opening, kelly
The outer end of connecting rod one is hingedly connected on articulated slab one, and the inner end of kelly connecting rod one is hingedly connected on articulated slab two, articulated slab
Two be provided with it is multiple, multiple articulated slabs two be fixedly connected with pull casing on, auxiliary housing ontology is slidably connected with kelly two,
Kelly two is provided with multiple, and kelly sliding slot is provided with multiple, and multiple kelly sliding slots are arranged on auxiliary housing ontology, kelly two
It is arranged in kelly sliding slot, kelly push spring is provided between kelly two and kelly sliding slot inner wall, kelly push spring is socketed in kelly and pushes away
On spring, hinged terminal one and hinged terminal two are arranged on the inner wall of auxiliary housing ontology, and hinged terminal one and hinge
Connecting terminal two is provided with multiple, and kelly two and kelly are clamped, and hinged terminal three and hinged terminal four are fixedly connected in inner end
On the outer wall of fixed frame outrigger, and hinged terminal three and hinged terminal four are provided with multiple, and hack lever is solid in the fixed frame of inner end
Surely it is connected on the inner wall of inner end fixed frame outrigger, frame is slidably connected with hack lever in the fixed frame of inner end in the fixed frame of inner end, inner end
Fixed frame push spring is connected in the fixed frame of inner end between frame and inner end fixed frame internal frame；
The water filling device includes water filling outline border, inner end slide plate, closed rod connecting rod, upside closed rod, inner end push spring A, interior
Hold skateboard body, two middle-end sliding slots, inner end sliding slot, taper sliding slot, connection rectangular opening, fourth type slide bar, stopper rod, stopper rod push spring,
Water filling frame body, middle-end rectangle frame, inner end slide bar, connecting chamber, upside closure bar body, closure drive rod, is closed at closed rod
Slide bar, closure casing, upside hinge bar, the sliding chamber of rectangle, inner cavity and hinged fixed link, inner end sliding slot is closed to be arranged in inner end slide plate sheet
The middle-end of body, two middle-end sliding slots are arranged in the skateboard body of inner end, and for the setting of taper sliding slot multiple, multiple taper sliding slots are equal
It is arranged in the skateboard body of inner end, the upper end of fourth type slide bar is arranged in connection rectangular opening, and fourth type slide bar and inner end skateboard body are solid
Fixed connection, fourth type slide bar are arranged in taper sliding slot, and the middle-end of stopper rod is slidably connected on fourth type slide bar, stopper rod push spring and fourth type
Jack rod sleeve connects in succession, and the lower end of stopper rod is arranged in stopper rod push spring, and stopper rod is connect with taper sliding slot clearance fit, and closed rod setting exists
Two, two closed rods are with water filling frame body articulated connection, and there are two connecting chamber settings, and two connecting chambers are respectively provided with
In water filling frame body, two closed rods are connect with two connecting chamber clearance fits respectively, and middle-end rectangle frame and water filling are outer
Frame ontology is fixedly connected, and inner end slide bar is fixedly connected on the middle-end of middle-end rectangle frame, and upside hinge bar is fixedly connected on middle end moment
The inner end of middle-end rectangle frame is arranged in the upper end of shape frame, the sliding chamber of rectangle, and the inner end of water filling frame body, middle end moment is arranged in inner cavity
The left and right ends of shape outer frame side are slidably connected at respectively in two middle-end sliding slots, and inner end sliding bar is connected in the sliding slot of inner end,
Inner end push spring A is provided with multiple, and multiple inner end push spring A are arranged at that rectangle cunning is intracavitary, and multiple inner end push spring A are uniformly arranged
The two sides up and down of skateboard body in inner end, upside closure bar body is hingedly connected to the upper end of water filling frame body, hinged fixed
Bar is fixedly connected with upside closure bar body, and the upper end for being closed drive rod is hingedly connected in hinged fixed link, is closed drive rod
Lower end be hingedly connected in the skateboard body of inner end, inner end skateboard body and closure casing articulated connection, closure slide bar and closure
Cannula slide connection, the lower end for being closed slide bar are hingedly connected on the hinge bar of upside, and it is sliding that closed rod connecting rod is hingedly connected to inner end
Between plate ontology and closed rod；
The bracket ejecting device includes outside fixed frame, communication apparatus, water injector, communication apparatus outline border, connection dress
Set inner cavity, intercommunicating pore, middle-end auxiliary slide bar, middle-end float, middle-end float push spring, water injector outline border, inner end hollow out chamber, middle-end
Spring bushing, middle-end spring bushing ontology, bushing leak hole, middle-end slide opening, middle-end sliding chamber, middle-end cross slide bar, middle-end limit convex
Platform, intercommunicating pore, lower sideslip chamber, downside closed rod, taper outline border, middle slide bar, jack rod sleeve spring A, float connectivity slot, inner end float and
Inner end float connecting rod, outside fixed frame are fixedly connected with communication apparatus, and communication apparatus is connected to and in communication with water injector, connection dress
Inner cavity is set to be arranged on communication apparatus outline border, intercommunicating pore is arranged in the lower end of communication apparatus outline border, communication apparatus inner cavity be connected to
Hole connection, middle-end auxiliary slide bar are fixedly connected with communication apparatus outline border, and middle-end float is connect with middle-end auxiliary sliding bar, middle-end
Float push spring connects in succession with middle-end auxiliary jack rod sleeve, and middle-end float push spring is arranged outside middle-end float lower end, communication apparatus
Frame is fixedly connected with water injector outline border, and intercommunicating pore is connected to intercommunicating pore, and the upper of water injector outline border outer wall is arranged in intercommunicating pore
The inner end of water injector outline border is arranged in end, inner end hollow out chamber, and middle-end spring bushing is connect with middle-end cross sliding bar, middle-end
Cross slide bar is fixedly connected on the inner end of water injector outline border, and middle-end positive stop lug boss is fixedly connected on middle-end cross slide bar, leakage
Plate leak hole is arranged on middle-end spring bushing, and in middle-end spring bushing middle-end, middle-end slide opening is arranged in middle-end the sliding chamber setting of middle-end
On spring bushing, the downside of middle-end spring bushing is arranged in lower sideslip chamber, and lower sideslip chamber is sliding by bushing leak hole and middle-end
Chamber connection, downside closed rod are hingedly connected on the side wall of taper outline border, and middle slide bar is fixedly connected with middle slide bar, jack rod sleeve spring A
It is connect in succession with middle jack rod sleeve, float connectivity slot is arranged on the float of inner end, and inner end float is connect with inner end float slides, and inner end is floating
Sub-link is hingedly connected between inner end float and downside closed rod, and water filling outline border is fixedly connected with water filling outline border.
As advanced optimizing for the technical program, a kind of industrial controlling auxiliary device of the invention, the damping casing,
Damping slide bar, damping push spring and damping capping composition buffer unit, damping push spring are in compressive state.
As advanced optimizing for the technical program, a kind of industrial controlling auxiliary device of the present invention, the rectangle hollow out
There are two inner end travellers for slot setting.
A kind of industrial controlling auxiliary device of the invention has the beneficial effect that
A kind of industrial controlling auxiliary device of the present invention, by being connected to frame and inner end fixed frame internal frame in the fixed frame of inner end
Between inner end fixed frame push spring squeeze industrial control device between two inner end fixed frame internal frames is fixed on so that work
Industry control device does not depart between two inner end fixed frame internal frames；In external force to inner end fixed frame outrigger, pass through damping
Then opposite sliding compression damping push spring between casing and damping slide bar is started by the release of damping push spring elastic force to collision
The absorption of kinetic energy, and then realize buffer function；Water in inner cavity under gravity so that inner end skateboard body is breakked away downwards
Dynamic, inner end skateboard body drives closed rod to turn down outward by closed rod connecting rod, so that closed rod and connecting chamber are detached from,
So that the water in inner cavity flows into communication apparatus inner cavity.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of overall structure diagram of industrial controlling auxiliary device of the present invention；
Fig. 2 is a kind of auxiliary protection apparatus structure schematic diagram one of industrial controlling auxiliary device of the present invention；
Fig. 3 is a kind of auxiliary protection apparatus structure schematic diagram two of industrial controlling auxiliary device of the present invention；
Fig. 4 is a kind of auxiliary protection apparatus structure schematic diagram three of industrial controlling auxiliary device of the present invention；
Fig. 5 is a kind of auxiliary protection apparatus structure schematic diagram four of industrial controlling auxiliary device of the present invention；
Fig. 6 is a kind of auxiliary protection apparatus structure schematic diagram five of industrial controlling auxiliary device of the present invention；
Fig. 7 is a kind of auxiliary protection apparatus structure schematic diagram six of industrial controlling auxiliary device of the present invention；
Fig. 8 is a kind of auxiliary protection apparatus structure schematic diagram seven of industrial controlling auxiliary device of the present invention；
Fig. 9 is a kind of auxiliary protection apparatus structure schematic diagram eight of industrial controlling auxiliary device of the present invention；
Figure 10 is a kind of auxiliary protection apparatus structure schematic diagram nine of industrial controlling auxiliary device of the present invention；
Figure 11 is a kind of auxiliary protection apparatus structure schematic diagram ten of industrial controlling auxiliary device of the present invention；
Figure 12 is a kind of auxiliary protection apparatus structure schematic diagram 11 of industrial controlling auxiliary device of the present invention；
Figure 13 is a kind of water filling device structural schematic diagram one of industrial controlling auxiliary device of the present invention；
Figure 14 is a kind of water filling device structural schematic diagram two of industrial controlling auxiliary device of the present invention；
Figure 15 is a kind of water filling device structural schematic diagram three of industrial controlling auxiliary device of the present invention；
Figure 16 is a kind of water filling device structural schematic diagram four of industrial controlling auxiliary device of the present invention；
Figure 17 is a kind of water filling device structural schematic diagram five of industrial controlling auxiliary device of the present invention；
Figure 18 is a kind of bracket ejecting device structural schematic diagram one of industrial controlling auxiliary device of the present invention；
Figure 19 is a kind of bracket ejecting device structural schematic diagram two of industrial controlling auxiliary device of the present invention；
Figure 20 is a kind of bracket ejecting device structural schematic diagram three of industrial controlling auxiliary device of the present invention；
Figure 21 is a kind of bracket ejecting device structural schematic diagram four of industrial controlling auxiliary device of the present invention；
Figure 22 is a kind of bracket ejecting device structural schematic diagram five of industrial controlling auxiliary device of the present invention.
In figure: auxiliary protection device 1；Auxiliary housing 1-1；Upside protection cap 1-2；Inner end fixed frame 1-3；Damping casing
1-4；Damping slide bar 1-5；Damping push spring 1-6；Damping covers 1-7；Upside cover sheet 1-8；One 1-9 of kelly connecting rod；Kelly 1-
10；Pull casing 1-11；After the hollow slots 1-12 that continues；Inner end traveller 1-13；One 1-14 of slide rod sleeve spring；Two 1-15 of slide rod sleeve spring；
Inner end push spring 1-16；One 1-17 of articulated slab；Prismatic slide opening 1-18；Two 1-19 of articulated slab；Auxiliary housing ontology 1-20；Two 1- of kelly
21；Kelly sliding slot 1-22；One 1-23 of hinged terminal；Two 1-24 of hinged terminal；Kelly push spring 1-25；Inner end fixed frame outrigger 1-
26；Three 1-27 of hinged terminal；Four 1-28 of hinged terminal；Frame 1-29 in the fixed frame of inner end；Inner end fixed frame internal frame 1-30；Inner end is solid
Determine frame push spring 1-31；Hack lever 1-32 in the fixed frame of inner end；Water filling device 2；Fill the water outline border 2-1；Inner end slide plate 2-2；Closed rod connects
Bar 2-3；Upside closed rod 2-4；Inner end push spring A2-5；Inner end skateboard body 2-6；Middle-end sliding slot 2-7；Inner end sliding slot 2-8；Taper
Sliding slot 2-9；It is connected to rectangular opening 2-10；Fourth type slide bar 2-11；Stopper rod 2-12；Stopper rod push spring 2-13；Fill the water frame body 2-14；It closes
Close bar 2-15；Middle-end rectangle frame 2-16；Inner end slide bar 2-17；Connecting chamber 2-18；Upside is closed bar body 2-19；Closure driving
Bar 2-20；It is closed slide bar 2-21；It is closed casing 2-22；Upside hinge bar 2-23；Rectangle slides chamber 2-24；Inner cavity 2-25；It is hinged solid
Fixed pole 2-26；Bracket ejecting device 3；Outside fixed frame 3-1；Communication apparatus 3-2；Water injector 3-3；Communication apparatus outline border 3-4；
Communication apparatus inner cavity 3-5；Intercommunicating pore 3-6；Middle-end assists slide bar 3-7；Middle-end float 3-8；Middle-end float push spring 3-9；Water spray dress
Set outline border 3-10；Inner end hollow out chamber 3-11；Middle-end spring bushing 3-12；Middle-end spring bushing ontology 3-13；Bushing leak hole 3-14；
Middle-end slide opening 3-15；Middle-end slides chamber 3-16；Middle-end cross slide bar 3-17；Middle-end positive stop lug boss 3-18；Intercommunicating pore 3-19；Lower sideslip
Chamber 3-20；Downside closed rod 3-21；Taper outline border 3-22；Middle slide bar 3-23；Jack rod sleeve spring A3-24；Float connectivity slot 3-25；It is interior
Hold float 3-26；Inner end float connecting rod 3-27.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
It is fixedly connected described in the present apparatus and refers to and be fixed by the modes such as weld, be screwed, in conjunction with different
Use environment uses different fixed forms；The rotation connection refers to by drying bearing on axis, on axis or axis hole
It is provided with spring catch ring recess, the axial restraint of bearing is realized in circlip groove by the way that circlip to be stuck in, realizes rotation；Described
It is slidably connected and refers to and be attached by sliding of the sliding block in sliding slot or guide rail；Described hingedly refers to by hinge, pin
Movable connection type is carried out on the union pieces such as axis and short axle；It is close by sealing ring or O-ring realization at required sealing
Envelope.
Specific embodiment 1:
Illustrate present embodiment, a kind of industrial controlling auxiliary device, including auxiliary protection device below with reference to Fig. 1-2 2
1, water filling device 2 and bracket ejecting device 3, the auxiliary protection device 1 includes auxiliary housing 1-1, upside protection cap 1-2, interior
Fixed frame 1-3, damping casing 1-4, damping slide bar 1-5, damping push spring 1-6, damping is held to cover 1-7, upside cover sheet 1-
8, one 1-9 of kelly connecting rod, kelly 1-10, pulling casing 1-11, rectangle hollow slots 1-12, inner end traveller 1-13, slide rod sleeve spring one
1-14, two 1-15 of slide rod sleeve spring, inner end push spring 1-16, one 1-17 of articulated slab, prismatic slide opening 1-18, two 1-19 of articulated slab, auxiliary
Frame body 1-20, two 1-21 of kelly, kelly sliding slot 1-22, one 1-23 of hinged terminal, two 1-24 of hinged terminal, kelly push spring 1-
25, inner end fixed frame outrigger 1-26, three 1-27 of hinged terminal, four 1-28 of hinged terminal, frame 1-29, inner end are solid in the fixed frame of inner end
Determine hack lever 1-32, damping casing 1-4 and damping slide bar 1- in frame internal frame 1-30, inner end fixed frame push spring 1-31 and inner end fixed frame
5 are slidably connected, and damping push spring 1-6 is arranged between damping casing 1-4 and damping slide bar 1-5, and damping covers 1-7 and damping slide bar
The connection of 1-5 clearance fit, damping capping 1-7 are fixedly connected with damping casing 1-4, damping casing 1-4, damping slide bar 1-5, damping
Push spring 1-6 and damping capping 1-7 are arranged at multiple, and damping casing 1-4 is hingedly connected to hinged one 1-23 of terminal or hinged end
On two 1-24 of son, damping slide bar 1-5 is hingedly connected on four 1-28 of hinged three 1-27 of terminal or hinged terminal, rectangle hollow slots 1-
12 are provided with multiple, and multiple rectangle hollow slots 1-12 are arranged on the cover sheet 1-8 of upside, and inner end traveller 1-13 is arranged more
A, inner end traveller 1-13 is arranged in rectangle hollow slots 1-12, and one 1-14 of slide rod sleeve spring and two 1-15 of slide rod sleeve spring are socketed in
On the traveller 1-13 of inner end, casing 1-11 and upside cover sheet 1-8 is pulled to be slidably connected, push spring 1-16 setting in inner end is pulling set
In pipe 1-11, one 1-9 of kelly connecting rod, which is connected to, to be pulled between casing 1-11 and kelly 1-10, and kelly 1-10 is slidably connected at inner end
On traveller 1-13, kelly 1-10 is arranged between two 1-15 of one 1-14 of slide rod sleeve spring and slide rod sleeve spring, and one 1-17 of articulated slab is fixed
It is connected to the upper end of kelly 1-10, prismatic slide opening 1-18 is arranged on kelly 1-10, inner end traveller 1-13 and prismatic slide opening 1-18
It is slidably connected, the outer end of one 1-9 of kelly connecting rod is hingedly connected on one 1-17 of articulated slab, and the inner end of one 1-9 of kelly connecting rod is hinged
It is connected on two 1-19 of articulated slab, two 1-19 of articulated slab is provided with multiple, and multiple two 1-19 of articulated slab, which are fixedly connected with, to be pulled
On casing 1-11, auxiliary housing ontology 1-20 is slidably connected with two 1-21 of kelly, and two 1-21 of kelly is provided with multiple, kelly sliding slot
1-22 is provided with multiple, and multiple kelly sliding slot 1-22 are arranged on auxiliary housing ontology 1-20, and two 1-21 of kelly is arranged in card
In bar sliding slot 1-22, kelly push spring 1-25, kelly push spring 1-25 are provided between two 1-21 of kelly and kelly sliding slot 1-22 inner wall
It is socketed on kelly push spring 1-25, hinged one 1-23 of terminal and two 1-24 of hinged terminal are arranged in auxiliary housing ontology 1-20
Inner wall on, and hinged one 1-23 of terminal and two 1-24 of hinged terminal is provided with multiple, two 1-21 of kelly and kelly 1-10
Clamping, hinged three 1-27 of terminal and four 1-28 of hinged terminal are fixedly connected on the outer wall of inner end fixed outer frame frame 1-26, and
And hinged three 1-27 of terminal and four 1-28 of hinged terminal be provided with it is multiple, including hack lever 1-32 is fixedly connected in the fixed frame of inner end
On the inner wall for holding fixed frame outrigger 1-26, frame 1-29 and hack lever 1-32 in the fixed frame of inner end is slidably connected in the fixed frame of inner end, interior
End fixed frame push spring 1-31 is connected in the fixed frame of inner end between frame 1-29 and inner end fixed frame internal frame 1-30；
Pass through the inner end fixed frame push spring being connected in the fixed frame of inner end between frame 1-29 and inner end fixed frame internal frame 1-30
1-31 is squeezed industrial control device between two inner end fixed frame internal frame 1-30 is fixed on, so that industrial control device is not
It is detached between two inner end fixed frame internal frame 1-30；In external force to inner end fixed frame outrigger 1-26, pass through damping casing
Opposite sliding compression damping push spring 1-6 between 1-4 and damping slide bar 1-5, is then opened by the release of damping push spring 1-6 elastic force
The dynamic absorption to impact kinetic energy, and then realize buffer function；
The water filling device 2 include water filling outline border 2-1, inner end slide plate 2-2, closed rod connecting rod 2-3, upside closed rod 2-4,
Inner end push spring A2-5, inner end skateboard body 2-6, two middle-end sliding slot 2-7, inner end sliding slot 2-8, taper sliding slot 2-9, connection rectangle
Hole 2-10, fourth type slide bar 2-11, stopper rod 2-12, stopper rod push spring 2-13, water filling frame body 2-14, closed rod 2-15, middle end moment
Shape frame 2-16, inner end slide bar 2-17, connecting chamber 2-18, upside closure bar body 2-19, closure drive rod 2-20, closure slide bar
2-21, closure casing 2-22, upside hinge bar 2-23, the sliding chamber 2-24 of rectangle, inner cavity 2-25 and hinged fixed link 2-26, inner end are sliding
The middle-end of inner end skateboard body 2-6 is arranged in slot 2-8, and two middle-end sliding slot 2-7 are arranged on the skateboard body 2-6 of inner end, cone
Multiple, multiple taper sliding slot 2-9 are arranged on the skateboard body 2-6 of inner end for shape sliding slot 2-9 setting, and connection rectangular opening 2-10 is set
It sets in the upper end of fourth type slide bar 2-11, fourth type slide bar 2-11 is fixedly connected with inner end skateboard body 2-6, fourth type slide bar 2-11 setting
In taper sliding slot 2-9, the middle-end of stopper rod 2-12 is slidably connected on fourth type slide bar 2-11, stopper rod push spring 2-13 and fourth type slide bar
The lower end of stopper rod 2-12 is arranged in 2-11 socket connection, stopper rod push spring 2-13, and stopper rod 2-12 and taper sliding slot 2-9 clearance fit connect
It connects, closed rod 2-15 setting is at two, and two closed rod 2-15 are articulated and connected with water filling frame body 2-14, connecting chamber 2-
18 setting there are two, two connecting chamber 2-18 be arranged at water filling frame body 2-14 on, two closed rod 2-15 respectively with
Two connecting chamber 2-18 clearance fit connections, middle-end rectangle frame 2-16 are fixedly connected with water filling frame body 2-14, and inner end is sliding
Bar 2-17 is fixedly connected on the middle-end of middle-end rectangle frame 2-16, and upside hinge bar 2-23 is fixedly connected on middle-end rectangle frame 2-16's
The inner end of middle-end rectangle frame 2-16 is arranged in upper end, the sliding chamber 2-24 of rectangle, and inner cavity 2-25 is arranged in water filling frame body 2-14's
Inner end, the left and right ends on the outside of middle-end rectangle frame 2-16 are slidably connected at respectively in two middle-end sliding slot 2-7, inner end slide bar 2-17
It is slidably connected in the sliding slot 2-8 of inner end, inner end push spring A2-5 is provided with multiple, and it is sliding that multiple inner end push spring A2-5 are arranged at rectangle
In chamber 2-24, and multiple inner end push spring A2-5 are uniformly arranged on the two sides up and down of inner end skateboard body 2-6, upside closed rod sheet
Body 2-19 is hingedly connected to the upper end of water filling frame body 2-14, and hinged fixed link 2-26 is fixed with upside closure bar body 2-19
The upper end of connection, closure drive rod 2-20 is hingedly connected on hinged fixed link 2-26, and the lower end for being closed drive rod 2-20 is hinged
Be connected on the skateboard body 2-6 of inner end, inner end skateboard body 2-6 and closure casing 2-22 articulated connection, closure slide bar 2-21 with
Closure casing 2-22 is slidably connected, and the lower end of closure slide bar 2-21 is hingedly connected on the hinge bar 2-23 of upside, closed rod connecting rod
2-3 is hingedly connected between inner end skateboard body 2-6 and closed rod 2-15；
Water in the 2-25 of inner cavity under gravity so that the downward Slideslip of inner end skateboard body 2-6, inner end slide plate sheet
Body 2-6 drives closed rod 2-15 to turn down outward by closed rod connecting rod 2-3, so that closed rod 2-15 and connecting chamber 2-18
It is detached from, so that the water in the 2-25 of inner cavity flows into the 3-5 of communication apparatus inner cavity；
The bracket ejecting device 3 include outside fixed frame 3-1, communication apparatus 3-2, water injector 3-3, outside communication apparatus
Frame 3-4, communication apparatus inner cavity 3-5, intercommunicating pore 3-6, middle-end auxiliary slide bar 3-7, middle-end float 3-8, middle-end float push spring 3-9,
Water injector outline border 3-10, inner end hollow out chamber 3-11, middle-end spring bushing 3-12, middle-end spring bushing ontology 3-13, bushing leakage
Hole 3-14, middle-end slide opening 3-15, middle-end sliding chamber 3-16, middle-end cross slide bar 3-17, middle-end positive stop lug boss 3-18, intercommunicating pore 3-
19, lower sideslip chamber 3-20, downside closed rod 3-21, taper outline border 3-22, middle slide bar 3-23, jack rod sleeve spring A3-24, float connection
Slot 3-25, inner end float 3-26 and inner end float connecting rod 3-27, outside fixed frame 3-1 are fixedly connected with communication apparatus 3-2, connection
Device 3-2 is connected to and in communication with water injector 3-3, and communication apparatus inner cavity 3-5 is arranged on communication apparatus outline border 3-4, intercommunicating pore
The lower end of communication apparatus outline border 3-4 is arranged in 3-6, and communication apparatus inner cavity 3-5 is connected to intercommunicating pore 3-6, and middle-end assists slide bar 3-7
It is fixedly connected with communication apparatus outline border 3-4, middle-end float 3-8 is slidably connected with middle-end auxiliary slide bar 3-7, middle-end float push spring 3-
9 connect with middle-end auxiliary slide bar 3-7 socket, and middle-end float push spring 3-9 is arranged in the lower end middle-end float 3-8, communication apparatus
Outline border 3-4 is fixedly connected with water injector outline border 3-10, and intercommunicating pore 3-19 is connected to intercommunicating pore 3-6, and intercommunicating pore 3-19 setting exists
The inner end of water injector outline border 3-10, middle-end bullet is arranged in the upper end of water injector outline border 3-10 outer wall, inner end hollow out chamber 3-11
Spring bushing 3-12 is slidably connected with middle-end cross slide bar 3-17, and middle-end cross slide bar 3-17 is fixedly connected on water injector outline border 3-
10 inner end, middle-end positive stop lug boss 3-18 are fixedly connected on middle-end cross slide bar 3-17, and bushing leak hole 3-14 is arranged in middle-end
On spring bushing 3-12, in middle-end spring bushing 3-12 middle-end, middle-end slide opening 3-15 is arranged in middle-end the sliding chamber 3-16 setting of middle-end
On spring bushing 3-12, the downside of middle-end spring bushing 3-12 is arranged in lower sideslip chamber 3-20, and lower sideslip chamber 3-20 passes through
Bushing leak hole 3-14 is connected to the sliding chamber 3-16 of middle-end, and downside closed rod 3-21 is hingedly connected on the side wall of taper outline border 3-22,
Middle slide bar 3-23 is fixedly connected with middle slide bar 3-23, and jack rod sleeve spring A3-24 and middle slide bar 3-23 socket connect, float connectivity slot 3-
25 are arranged on the float 3-26 of inner end, and inner end float 3-26 is slidably connected with inner end float 3-26, inner end float connecting rod 3-27 hinge
It is connect between inner end float 3-26 and downside closed rod 3-21 in succession, water filling outline border 2-1 is fixedly connected with water filling outline border 2-1.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-2 2, present embodiment is described further embodiment one, described
Damping casing 1-4, damping slide bar 1-5, damping push spring 1-6 and damping capping 1-7 form buffer unit, and damping push spring 1-6 is in
Compressive state is pushed away by the opposite sliding compression damping push spring 1-6 between damping casing 1-4 and damping slide bar 1-5 by damping
The elastic potential energy of spring 1-6 absorbs extraneous kinetic energy, realizes buffering and vibration isolation effect.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-2 2, present embodiment is described further embodiment one, described
There are two inner end traveller 1-13 for rectangle hollow slots 1-12 setting.
A kind of industrial controlling auxiliary device of the invention, its working principle is that:
In use, manual-up layback is dynamic to pull casing 1-11, so that casing 1-11 is pulled to move to upside, press simultaneously
Contracting inner end push spring 1-16 is driven multiple by one 1-9 of kelly connecting rod being connected between pulling casing 1-11 and kelly 1-10
Kelly 1-10 is along inner end traveller 1-13 while inside Slideslip, so that kelly 1-10 and two 1-21 of kelly is detached from, removes upside
Industrial control device is placed between two inner end fixed frame internal frame 1-30 by cover sheet 1-8, by industrial control device with
Extruding between two inner end fixed frame internal frame 1-30 so that in inner end fixed frame internal frame 1-30 and inner end fixed frame frame 1-29 it
Between inner end fixed frame push spring 1-31 compressed, under the promotion of inner end fixed frame push spring 1-31 elastic force, so that two inner ends are solid
It is close to each other and press together with industrial control device to determine frame internal frame 1-30, completes the fixation to industrial control device；It fastens
Upside cover sheet 1-8, so that multiple kelly 1-10 on the cover sheet 1-8 of upside and multiple kellies on auxiliary housing 1-1
The connection of sliding slot 1-22 corresponding matching is acted on by the elastic force of the inner end push spring 1-16 of compression, is pushed without external forces
Pulling casing 1-11 moved to downside, pass through be connected to pull casing 1-11 and kelly 1-10 between one 1-9 of kelly connecting rod
Drive multiple kelly 1-10 along inner end traveller 1-13 while outside Slideslip, so that kelly 1-10 and two 1-21 card of kelly
It connects, completes the sealing of upside cover sheet 1-8 and auxiliary housing 1-1, complete the isolation to industrial control device；When device occurs
When collision, the kinetic energy for colliding generation is acted on auxiliary housing ontology 1-20 so that auxiliary housing ontology 1-20 be fixedly connected
The relative distance of industrial control device between two inner end fixed frame internal frame 1-30 changes, so that it is outer to be connected to auxiliary
Opposite sliding occurs for the damping casing 1-4 and damping slide bar 1-5 of frame ontology 1-20 and inner end fixed frame outrigger 1-26, so that damping
Damping push spring 1-6 between casing 1-4 and damping slide bar 1-5 is compressed, when by the elastic potential energy of damping push spring 1-6 to collision
The kinetic energy of generation is absorbed, and the vibration isolation to industrial control device is completed；Inner cavity 2-25 note into water filling outline border 2-1 simultaneously
Water moves downward inner end skateboard body 2-6 along inner end slide bar 2-17, is driven by closure
Bar 2-20 drive upside closure bar body 2-19 turn down inwardly, by closed rod connecting rod 2-3 drive closed rod 2-15 to
Outside turns down and is detached from connecting chamber 2-18, plug of the gravity of water in the taper sliding slot 2-9 on the skateboard body 2-6 of inner end
On bar 2-12, so that stopper rod 2-12 is moved downward along fourth type slide bar 2-11, while compressing stopper rod push spring 2-13, so that stopper rod
2-12 is detached from taper sliding slot 2-9, so that taper sliding slot 2-9 is connected to, the two sides up and down of inner end skateboard body 2-6, so that inner end is sliding
Water on plate ontology 2-6 is fallen under the skateboard body 2-6 of inner end by being connected to rectangular opening 2-10 with being connected to for taper sliding slot 2-9
Side, refined ditch flow into communication apparatus inner cavity 3-5 by connecting chamber 2-18, and upside is closed the work of bar body 2-19 and closed rod 2-15
It is as shown in figure 16 to make state, upside closure bar body 2-19 is closed completely water filling outline border 2-1, so that outside water can not inject water filling
In outline border 2-1, when the water in water filling outline border 2-1 fully flows into communication apparatus inner cavity 3-5, in the work of stopper rod push spring 2-13 elastic force
With stopper rod 2-12 is moved along the upward side fourth type slide bar 2-11, so that stopper rod 2-12 seals taper sliding slot 2-9, while inside
Under the promotion for holding push spring A2-5 elastic force, so that inner end skateboard body 2-6 is moved along the inner end upward side slide bar 2-17, pass through closure
Drive rod 2-20 drives upside closure bar body 2-19 and turns down outward, drives closed rod 2- by closed rod connecting rod 2-3
15 turn down inwardly and seal connecting chamber 2-18, the final working condition for restoring script, as shown in figure 13, convenient to infuse again
Water completes the process of automatic water filling and cutting water filling；The gravity of the water in the 3-5 of communication apparatus inner cavity is flowed into middle-end float
On 3-8, so that middle-end float 3-8 assists the downward Slideslip of slide bar 3-7 along middle-end, while middle-end float push spring 3-9 is compressed, made
The water obtained on middle-end float 3-8 is flowed into inner end hollow out chamber 3-11 by intercommunicating pore 3-6 and intercommunicating pore 3-19, and water flow passes through middle-end
When bushing leak hole 3-14 on spring bushing 3-12, so that the object in water flow greater than the aperture bushing leak hole 3-14 is trapped in bushing
The upside of leak hole 3-14, the first filtering of the water flow of completion, water flow are fallen into lower sideslip chamber 3-20 by bushing leak hole 3-14, water
The gravity of stream is on the float 3-26 of inner end, so that inner end float 3-26 is pressed simultaneously along the middle downward Slideslip of slide bar 3-23
Contracting jack rod sleeve spring A3-24, inner end float 3-26, which are moved downward, to be moved inner end float connecting rod 3-27 and drives downside closed rod 3-
21 turn down outward, so that water flow passes through float connectivity slot 3-25 and outer side contacts, and are closed by taper outline border 3-22 with downside
It closes and flows out taper outline border 3-22 at the cooperation of bar 3-21, fall into water flow on auxiliary protection device 1, lead to
Cleaning of the water flow to the impact completion of dirt on auxiliary protection device 1 to auxiliary protection device 1 is crossed, is completed under unmanned state to auxiliary
Help the cleaning of protective device 1.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (3)
1. a kind of industrial controlling auxiliary device, including auxiliary protection device (1), water filling device (2) and bracket ejecting device
(3), it is characterised in that: the auxiliary protection device (1) includes that auxiliary housing (1-1), upside protection cap (1-2), inner end are fixed
Frame (1-3), damping casing (1-4), damping slide bar (1-5), damping push spring (1-6), damping cover (1-7), upside protection cap
Plate (1-8), kelly (1-10), pulls casing (1-11), rectangle hollow slots (1-12), inner end traveller at kelly connecting rod one (1-9)
(1-13), slide rod sleeve spring one (1-14), slide rod sleeve spring two (1-15), inner end push spring (1-16), articulated slab one (1-17), prismatic are sliding
Hole (1-18), articulated slab two (1-19), auxiliary housing ontology (1-20), kelly two (1-21), kelly sliding slot (1-22), hinged end
One (1-23) of son, hinged terminal two (1-24), kelly push spring (1-25), inner end fixed frame outrigger (1-26), three (1- of hinged terminal
27), hinged terminal four (1-28), frame (1-29), inner end fixed frame internal frame (1-30), inner end fixed frame push spring in the fixed frame of inner end
Hack lever (1-32) in (1-31) and inner end fixed frame, damping casing (1-4) are slidably connected with damping slide bar (1-5), damping push spring
(1-6) is arranged between damping casing (1-4) and damping slide bar (1-5), and damping covers (1-7) and the gap damping slide bar (1-5)
It is cooperatively connected, damping capping (1-7) is fixedly connected with damping casing (1-4), and damping casing (1-4), subtracts damping slide bar (1-5)
Shake push spring (1-6) and damping cover (1-7) and are arranged at multiple, and damping casing (1-4) is hingedly connected to hinged one (1- of terminal
23) or on hinged terminal two (1-24), damping slide bar (1-5) is hingedly connected to hinged terminal three (1-27) or hinged terminal four
On (1-28), rectangle hollow slots (1-12) be provided with it is multiple, multiple rectangle hollow slots (1-12) be arranged at upside cover sheet
On (1-8), inner end traveller (1-13) setting is multiple, and inner end traveller (1-13) setting is in rectangle hollow slots (1-12), traveller
Set spring one (1-14) and slide rod sleeve spring two (1-15) are socketed on inner end traveller (1-13), and casing (1-11) and upside is pulled to protect
Protecting cover plate (1-8) is slidably connected, and inner end push spring (1-16) setting is pulling in casing (1-11), kelly connecting rod one (1-9) connection
It is pulling between casing (1-11) and kelly (1-10), kelly (1-10) is slidably connected on inner end traveller (1-13), kelly (1-
10) it is arranged between slide rod sleeve spring one (1-14) and slide rod sleeve spring two (1-15), articulated slab one (1-17) is fixedly connected on kelly
The upper end of (1-10), prismatic slide opening (1-18) are arranged on kelly (1-10), inner end traveller (1-13) and prismatic slide opening (1-18)
Be slidably connected, the outer end of kelly connecting rod one (1-9) is hingedly connected on articulated slab one (1-17), kelly connecting rod one (1-9) it is interior
End is hingedly connected on articulated slab two (1-19), and articulated slab two (1-19) is provided with multiple, and multiple articulated slabs two (1-19) are solid
Surely it is connected to and pulls on casing (1-11), auxiliary housing ontology (1-20) is slidably connected with kelly two (1-21), two (1- of kelly
21) it is provided with multiple, kelly sliding slot (1-22) is provided with multiple, and multiple kelly sliding slots (1-22) are arranged at auxiliary housing ontology
On (1-20), kelly two (1-21) setting is in kelly sliding slot (1-22), kelly two (1-21) and kelly sliding slot (1-22) inner wall
Between be provided with kelly push spring (1-25), kelly push spring (1-25) is socketed on kelly push spring (1-25), hinged one (1- of terminal
23) it is arranged on the inner wall of auxiliary housing ontology (1-20) with hinged terminal two (1-24), and one (1- of hinged terminal
23) and hinged terminal two (1-24) is provided with multiple, kelly two (1-21) and kelly (1-10) clamping, hinged three (1- of terminal
27) it is fixedly connected on the outer wall of inner end fixed outer frame frame (1-26) with hinged terminal four (1-28), and hinged terminal three
(1-27) and hinged terminal four (1-28) are provided with multiple, and hack lever (1-32) is fixedly connected on inner end and fixes in the fixed frame of inner end
On the inner wall of outer frame frame (1-26), frame (1-29) is slidably connected with hack lever (1-32) in the fixed frame of inner end in the fixed frame of inner end, interior
End fixed frame push spring (1-31) is connected in the fixed frame of inner end between frame (1-29) and inner end fixed frame internal frame (1-30)；
The water filling device (2) includes water filling outline border (2-1), inner end slide plate (2-2), closed rod connecting rod (2-3), upside closed rod
(2-4), inner end push spring A (2-5), inner end skateboard body (2-6), two middle-end sliding slots (2-7), inner end sliding slot (2-8), taper are sliding
Slot (2-9), connection rectangular opening (2-10), fourth type slide bar (2-11), stopper rod (2-12), stopper rod push spring (2-13), water filling outline border sheet
Body (2-14), closed rod (2-15), middle-end rectangle frame (2-16), inner end slide bar (2-17), connecting chamber (2-18), upside closure
Bar body (2-19), closure drive rod (2-20), closure slide bar (2-21), closure casing (2-22), upside hinge bar (2-23),
Rectangle slides chamber (2-24), inner cavity (2-25) and hinged fixed link (2-26), and inner end sliding slot (2-8) is arranged in inner end skateboard body
The middle-end of (2-6), two middle-end sliding slots (2-7) are arranged on inner end skateboard body (2-6), and taper sliding slot (2-9) setting exists
Multiple, multiple taper sliding slots (2-9) are arranged on inner end skateboard body (2-6), and connection rectangular opening (2-10) is arranged in fourth type
The upper end of slide bar (2-11), fourth type slide bar (2-11) are fixedly connected with inner end skateboard body (2-6), fourth type slide bar (2-11) setting
In the taper sliding slot (2-9), the middle-end of stopper rod (2-12) is slidably connected on fourth type slide bar (2-11), stopper rod push spring (2-13) with
Fourth type slide bar (2-11) socket connection, stopper rod push spring (2-13) are arranged in the lower end of stopper rod (2-12), stopper rod (2-12) and taper
The connection of sliding slot (2-9) clearance fit, closed rod (2-15) setting at two, two closed rods (2-15) with water filling frame body
(2-14) articulated connection, there are two connecting chamber (2-18) settings, and two connecting chambers (2-18) are arranged at water filling outline border sheet
On body (2-14), two closed rods (2-15) connect with two connecting chamber (2-18) clearance fits respectively, middle-end rectangle frame (2-
16) it is fixedly connected with water filling frame body (2-14), inner end slide bar (2-17) is fixedly connected in middle-end rectangle frame (2-16)
End, upside hinge bar (2-23) are fixedly connected on the upper end of middle-end rectangle frame (2-16), and rectangle sliding chamber (2-24) is arranged in middle-end
The inner end of rectangle frame (2-16), inner cavity (2-25) setting is in the inner end of water filling frame body (2-14), middle-end rectangle frame (2-16)
The left and right ends in outside are slidably connected at respectively in two middle-end sliding slots (2-7), and inner end slide bar (2-17) is slidably connected at inner end
In sliding slot (2-8), inner end push spring A (2-5) is provided with multiple, and it is sliding chamber (2-24) that multiple inner end push spring A (2-5) are arranged at rectangle
It is interior, and multiple inner end push spring A (2-5) are uniformly arranged on the two sides up and down of inner end skateboard body (2-6), and upside is closed bar body
(2-19) is hingedly connected to the upper end of water filling frame body (2-14), and hinged fixed link (2-26) and upside are closed bar body (2-
19) it is fixedly connected, the upper end of closure drive rod (2-20) is hingedly connected on hinged fixed link (2-26), is closed drive rod (2-
20) lower end is hingedly connected on inner end skateboard body (2-6), and inner end skateboard body (2-6) and closure casing (2-22) are hinged
Connection, closure slide bar (2-21) are slidably connected with closure casing (2-22), and the lower end of closure slide bar (2-21) is hingedly connected to
On side hinge bar (2-23), closed rod connecting rod (2-3) be hingedly connected to inner end skateboard body (2-6) and closed rod (2-15) it
Between；
The bracket ejecting device (3) includes outside fixed frame (3-1), communication apparatus (3-2), water injector (3-3), connection dress
Set outline border (3-4), communication apparatus inner cavity (3-5), intercommunicating pore (3-6), middle-end auxiliary slide bar (3-7), middle-end float (3-8), in
Hold float push spring (3-9), water injector outline border (3-10), inner end hollow out chamber (3-11), middle-end spring bushing (3-12), middle-end bullet
Spring bushing ontology (3-13), bushing leak hole (3-14), middle-end slide opening (3-15), middle-end sliding chamber (3-16), middle-end cross slide bar (3-
17), middle-end positive stop lug boss (3-18), intercommunicating pore (3-19), lower sideslip chamber (3-20), downside closed rod (3-21), taper outline border
(3-22), middle slide bar (3-23), jack rod sleeve spring A (3-24), float connectivity slot (3-25), inner end float (3-26) and inner end float
Connecting rod (3-27), outside fixed frame (3-1) are fixedly connected with communication apparatus (3-2), communication apparatus (3-2) and water injector (3-
3) it is connected to and in communication with, communication apparatus inner cavity (3-5) is arranged on communication apparatus outline border (3-4), and intercommunicating pore (3-6) setting is being connected to
The lower end of device housing (3-4), communication apparatus inner cavity (3-5) are connected to intercommunicating pore (3-6), and middle-end assists slide bar (3-7) and connects
Exchange device outline border (3-4) is fixedly connected, and middle-end float (3-8) is slidably connected with middle-end auxiliary slide bar (3-7), middle-end float push spring
(3-9) and middle-end auxiliary slide bar (3-7) socket connect, and middle-end float push spring (3-9) is arranged at middle-end float (3-8)
End, communication apparatus outline border (3-4) are fixedly connected with water injector outline border (3-10), and intercommunicating pore (3-19) and intercommunicating pore (3-6) are even
Logical, intercommunicating pore (3-19) setting is being sprayed water in the upper end of water injector outline border (3-10) outer wall, inner end hollow out chamber (3-11) setting
The inner end of device housing (3-10), middle-end spring bushing (3-12) are slidably connected with middle-end cross slide bar (3-17), middle-end cross
Slide bar (3-17) is fixedly connected on the inner end of water injector outline border (3-10), and middle-end positive stop lug boss (3-18) is fixedly connected on middle-end
On cross slide bar (3-17), bushing leak hole (3-14) is arranged on middle-end spring bushing (3-12), middle-end sliding chamber (3-16) setting
In middle-end spring bushing (3-12) middle-end, middle-end slide opening (3-15) is arranged on middle-end spring bushing (3-12), lower sideslip chamber (3-
20) setting is in the downside of middle-end spring bushing (3-12), and lower sideslip chamber (3-20) passes through bushing leak hole (3-14) and middle-end
Sliding chamber (3-16) connection, downside closed rod (3-21) are hingedly connected on the side wall of taper outline border (3-22), middle slide bar (3-23)
It is fixedly connected with middle slide bar (3-23), jack rod sleeve spring A (3-24) and middle slide bar (3-23) socket connect, float connectivity slot (3-25)
It is arranged on inner end float (3-26), inner end float (3-26) is slidably connected with inner end float (3-26), inner end float connecting rod (3-
27) it is hingedly connected between inner end float (3-26) and downside closed rod (3-21), water filling outline border (2-1) and water filling outline border (2-
1) it is fixedly connected.
2. a kind of industrial controlling auxiliary device according to claim 1, it is characterised in that: the damping casing (1-4),
Damping slide bar (1-5), damping push spring (1-6) and damping capping (1-7) form buffer unit, and damping push spring (1-6) is in compression
State.
3. a kind of industrial controlling auxiliary device according to claim 1, it is characterised in that: the rectangle hollow slots (1-
12) there are two inner end traveller (1-13) for setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910341640.1A CN110005751B (en) | 2019-04-26 | 2019-04-26 | Auxiliary device for industrial control |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910341640.1A CN110005751B (en) | 2019-04-26 | 2019-04-26 | Auxiliary device for industrial control |
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| CN110005751A true CN110005751A (en) | 2019-07-12 |
| CN110005751B CN110005751B (en) | 2020-08-25 |
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