CN202435727U - Integrated mechanical operating control system - Google Patents
Integrated mechanical operating control system Download PDFInfo
- Publication number
- CN202435727U CN202435727U CN2011205287160U CN201120528716U CN202435727U CN 202435727 U CN202435727 U CN 202435727U CN 2011205287160 U CN2011205287160 U CN 2011205287160U CN 201120528716 U CN201120528716 U CN 201120528716U CN 202435727 U CN202435727 U CN 202435727U
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- connecting axle
- control system
- mounting blocks
- wing plate
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- Withdrawn - After Issue
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Abstract
The utility model provides an integrated mechanical operating control system which comprises a bench and an operating panel. A control main unit is arranged in the bench, the operating panel is bidirectionally and electrically connected with the control main unit, a containing cavity for containing the operating panel is concavely arranged on the side wall of the bench, the operating panel is arranged in the containing cavity, a mounting mechanism is arranged in the containing cavity, and the operating panel movably rotates out of the containing cavity through the mounting mechanism. By the aid of the technical scheme, the operating panel can be placed in the containing cavity through the mounting mechanism without working and can rotate out of the containing cavity when working, the operating panel and the bench are integrally arranged without additionally arranging an operating panel mounting frame for mounting the operating panel, the integrated mechanical operating control system is small in overall size and convenient to transport, and overall attractiveness is not easily affected.
Description
Technical field
The utility model relates to mechanical field, particularly a kind of operation control system that is used to control machine work.
Background technology
Along with improving constantly of automatic control level, automation control system is widely used in various types of machineries such as point gum machine, cutting machine, testing machine.This automatic control system realizes the working condition of machinery is gathered through the various data acquisition control terminal that is installed in the machinery, and realizes each data acquisition control terminal is controlled through operation control system.Existing operation control system; Comprise board and guidance panel as the one of which, this guidance panel is a display screen, in this board main control system is installed; This main control system is connected with this guidance panel is two-way; This main control system can realize to the data of data control terminal for data acquisition gather, function such as control, and can the data that gather at the data acquisition control terminal be shown through guidance panel, simultaneously guidance panel can also the display operation menu, information such as chart.
Yet; The guidance panel of existing operation control system and board are the split setting; Need one guidance panel installing rack to be set in addition, make the overall volume of operation control system comparatively huge like this, the inconvenience transportation on the board side; And main control system exposes outside with the lead that is connected of guidance panel, is prone to influence the overall appearance of operation control system.
The utility model content
The purpose of the utility model provides a kind of integral type mechanically actuated operation control system, and its overall volume is less, and convenient the transportation can't influence the overall appearance of operation control system.
The technical scheme of the utility model is such: a kind of integral type mechanically actuated operation control system, comprise board and guidance panel, and be provided with main control system in this board, this guidance panel is electrically connected with this main control system is two-way; It is characterized in that: the sidewall of above-mentioned board is concaved with the placed cavity that supplies above-mentioned guidance panel to place; The aforesaid operations panel is located in this placed cavity, and setting can make the activity of aforesaid operations panel produce the outer installing mechanism installing mechanism of above-mentioned placed cavity in the above-mentioned placed cavity.
Above-mentioned installing mechanism comprises fixed head, mounting blocks and first connecting axle; The said fixing plate is fixed in the above-mentioned placed cavity; The aforesaid operations panel is located on the above-mentioned mounting blocks; Be respectively equipped with the sleeve that supplies above-mentioned first connecting axle to wear on said fixing plate and the above-mentioned mounting blocks, said fixing plate and above-mentioned mounting blocks pass two above-mentioned sleeves through above-mentioned first connecting axle and link together.
The sleeve of above-mentioned mounting blocks is in the top of the sleeve of said fixing plate; And pad is provided with to be sleeved on and gathers the lubricating pad sheet on above-mentioned first connecting axle between the sleeve of the sleeve of above-mentioned mounting blocks and said fixing plate; One end of above-mentioned first connecting axle is provided with the outer and spacing spacing head outside the sleeve of above-mentioned mounting blocks of the sleeve that stretches out above-mentioned mounting blocks; And pad is provided with the spring shim that is sleeved on above-mentioned first connecting axle between the sleeve of above-mentioned spacing head and above-mentioned mounting blocks; The other end of above-mentioned first connecting axle stretches out outside the sleeve of said fixing plate; And the other end of above-mentioned first connecting axle is provided with first locking nut; The other end lateral wall of above-mentioned first connecting axle is provided with the external screw thread that first locking nut therewith is screwed, and pad is provided with the flat gasket that is sleeved on above-mentioned first connecting axle between the sleeve of said fixing plate and above-mentioned first locking nut.
In above-mentioned placed cavity, the position that the sidewall of above-mentioned board is positioned at a side edge of above-mentioned placed cavity is concaved with the cavity that communicates with above-mentioned placed cavity to the said fixing plate through screws.
The aforesaid operations panel is movably arranged on the above-mentioned mounting blocks with the mode that can move horizontally.
The back side of aforesaid operations panel is provided with holder; The said fixing seat comprises mounting panel and movable block; The locking of aforesaid operations panel is on above-mentioned mounting panel, and above-mentioned mounting panel is installed on the above-mentioned movable block, and above-mentioned movable block is movably arranged on the above-mentioned mounting blocks with the mode that can move horizontally.
Be concaved with the bar-shaped trough that supplies above-mentioned movable block to stretch into and extend along the horizontal direction of above-mentioned mounting blocks on above-mentioned mounting blocks and the side that above-mentioned movable block is connected; Above-mentioned mounting blocks is provided with the puller bolt that stretches in the above-mentioned bar-shaped trough and hold out against above-mentioned movable block; Last bar shaped track that the length direction of the above-mentioned bar-shaped trough in the intrinsic edge of above-mentioned bar-shaped trough internal lock extends and following bar shaped track; Lock respectively on the upper surface of above-mentioned movable block and the bottom surface to have and correspondingly to snap in the above-mentioned last bar shaped slide block of going up in bar shaped track and the above-mentioned bar shaped track down and following bar shaped slide block; Above-mentioned upward bar shaped slide block and the above-mentioned both sides of bar shaped slide block down convex with the bar shaped draw runner respectively, are concaved with the bar shaped chute that supplies above-mentioned bar shaped draw runner to snap in and slide respectively on two madial walls of above-mentioned upward bar shaped track and above-mentioned bar shaped track down.
Above-mentioned mounting panel rotatably is movably arranged on the movable block; Above-mentioned mounting panel is provided with strutting piece; Convex with on the above-mentioned movable block and stretch out the outer projection of above-mentioned bar-shaped trough; Above-mentioned strutting piece is folded to be located on the above-mentioned projection; And be locked together in through of the cooperation of second connecting axle with second locking nut; Above-mentioned second connecting axle activity successively passes above-mentioned strutting piece and above-mentioned projection, and the end, upper end of above-mentioned second connecting axle is provided with the spacing ring that is limited on the above-mentioned strutting piece, between above-mentioned spacing ring and the above-mentioned strutting piece and between above-mentioned strutting piece and the above-mentioned projection respectively pad be provided with first pad and second pad that is sleeved on above-mentioned second connecting axle; The lateral wall of the lower end of above-mentioned second connecting axle is provided with the external screw thread that is screwed with above-mentioned second locking nut, and pad is provided with to be sleeved on and is arranged with the 3rd pad respectively between above-mentioned projection and above-mentioned second locking nut.
Above-mentioned strutting piece comprises first wing plate, second wing plate and back-up block; Above-mentioned back-up block is by base plate and be erected at that the side plate of these base plate both sides forms; Above-mentioned first wing plate and above-mentioned second wing plate are installed in respectively on the above-mentioned connecting plate, and above-mentioned first wing plate and above-mentioned second wing plate be oppositely arranged, and the biside plate of above-mentioned first wing plate and above-mentioned second wing plate and above-mentioned back-up block together links together; The base plate of above-mentioned back-up block is stacked on the above-mentioned projection; Offer the through hole that supplies the above-mentioned second connecting axle activity to pass on the above-mentioned base plate, and above-mentioned spacing ring is stacked on the upper surface of above-mentioned base plate, the above-mentioned first pad pad is located between above-mentioned spacing ring and the above-mentioned base plate.
Two above-mentioned side plates are between above-mentioned first wing plate and above-mentioned second wing plate; Two above-mentioned side plates together are locked together in above-mentioned first wing plate and above-mentioned second wing plate through the cooperation of the 3rd connecting axle with the 3rd locking nut; Above-mentioned the 3rd connecting axle activity successively passes above-mentioned first wing plate, its side plate, another side plate and second wing plate; And an end of above-mentioned the 3rd connecting axle is provided with and is limited in the outer spacing ring of above-mentioned first wing plate; The other end lateral wall of above-mentioned the 3rd connecting axle is provided with the external screw thread that is screwed with above-mentioned the 3rd locking nut; Pad is provided with flat gasket and the spring shim that is sleeved on successively on above-mentioned the 3rd connecting axle between above-mentioned the 3rd locking nut and above-mentioned second wing plate; Be provided with the axle sleeve that is sleeved on the 3rd connecting axle between the two above-mentioned side plates, between two above-mentioned side plates and the above-mentioned axle sleeve respectively pad be provided with the flat gasket that is sleeved on the 3rd connecting axle and gather the lubricating pad sheet.
After adopting technique scheme, the integral type mechanically actuated operation control system of the utility model is because the sidewall of board is concaved with the placed cavity that supplies guidance panel to place; Setting can make the guidance panel activity produce the outer installing mechanism of placed cavity in the placed cavity, like this, can be placed in this placed cavity when making guidance panel need not work through this installing mechanism; Can produce outside the placed cavity during work; Be wholely set with board, need not the guidance panel installing rack that supplies guidance panel to install is set in addition, overall volume is less; Convenient transportation, and be difficult for influencing overall appearance; Be concaved with the cavity that communicates with placed cavity because the sidewall of board is positioned at the position on a side edge of placed cavity, the person of being convenient to operation rotates placed cavity with guidance panel through this cavity; Because movable block is movably arranged on mounting blocks with the mode that can move horizontally, makes guidance panel rotate placed cavity and can do moving of horizontal direction outward again, the handled easily panel rotates placed cavity; And mounting panel rotatably is movably arranged on movable block; Biside plate together is locked together in first wing plate and second wing plate through the cooperation of the 3rd connecting axle with the 3rd locking nut; Can do adjusting of certain angle left rotation and right rotation and swing adjusting after making guidance panel rotate outside the placed cavity like this; Thereby make the operator can be at different angles operating operation panel, handled easily.
Description of drawings
Fig. 1 is the structural representation of the utility model;
Fig. 2 produces the outer structural representation of placed cavity for guidance panel in the utility model;
Fig. 3 produces another outer angle structural representation of placed cavity for guidance panel in the utility model;
Fig. 4 is the stereogram of installing mechanism in the utility model;
Fig. 5 is a structural representation of installing mechanism in the utility model;
Fig. 6 is another structural representation (omission fixed head) of installing mechanism in the utility model;
Fig. 7 is a structural representation again of installing mechanism in the utility model;
Fig. 8 is the stereogram of mounting panel and strutting piece in the utility model;
Fig. 9 is the three-dimensional exploded view of mounting panel and strutting piece in the utility model.
Embodiment
The integral type mechanically actuated operation control system of the utility model; Shown in Fig. 1-9; Comprise board 1 and guidance panel 2, this guidance panel 2 is a touching display screen, in this board 1 the main control system (not shown) is installed; This main control system and this guidance panel 2 are through being connected the two-way connection of lead (not shown); This main control system can realize to the data at data acquisition control terminal in the machinery gather, function such as control, and can the data that gather at the data acquisition control terminal be shown through guidance panel, simultaneously guidance panel can also the display operation menu, information such as chart.In the utility model, the operation principle of main control system and guidance panel is identical with the operation principle of main control system in the existing machinery automation control system and guidance panel, and the applicant is this no longer tired stating.
Be concaved with the placed cavity 11 that supplies guidance panel 2 to place on the right side wall of this board 1; The movable installing mechanism that rotates outside the placed cavity 11 is set in this placed cavity 11; This guidance panel 2 is installed on this installing mechanism; The position that the right side wall of this board 1 is positioned at the right edge edge of placed cavity 11 is concaved with the cavity 12 that communicates with placed cavity 11, and this cavity 12 can supply operator's hand to stretch into, thereby conveniently guidance panel 2 is rotated outside the placed cavity 11.
This installing mechanism comprises fixed head 31, mounting blocks 32 and first connecting axle 33; Fixed head 31 passes through screws on the left side wall of placed cavity 11; This guidance panel 2 is located on the mounting blocks 32, and fixed head 31 is locked together in first locking nut 34 through first connecting axle 33 with mounting blocks 32, and is respectively equipped with the sleeve 311,321 that is movably set in outside first connecting axle 33 on fixed head 31 and the mounting blocks 32; Sleeve 321 is in the top of sleeve 311; The end, upper end of this first connecting axle 33 is provided with stretches out sleeve 321 lower ends outer and spacing spacing 331, the first connecting axle 33 outside sleeve 321 and stretches out outside the sleeve 311, and the lower outside wall of first connecting axle 33 is provided with the external screw thread 332 that first locking nut 34 therewith is screwed; Through cooperating of first connecting axle 33 and sleeve 311,321; Sleeve 321 can be rotated around first connecting axle 33, thereby mounting blocks 32 can be rotated around first connecting axle 33, then mounting blocks 32 is rotatable goes out outside the placed cavity 11.In the utility model, pad is provided with two of being sleeved on first connecting axle 33 and gathers lubricating pad sheet 41 between sleeve 311 and the sleeve 321, and gathering lubricating pad sheet 41 through two can separate sleeve 311 and sleeve 321, the wearing and tearing of sleeve 321 when reducing mounting blocks 32 and rotating; Pad is provided with the two flat spring pads 42 that are sleeved on first connecting axle 33 between spacing 331 and the sleeve 321, and it is loosening to prevent that through two spring shims 42 first locking nut from taking place; Pad is provided with the flat gasket 43 that is sleeved on first connecting axle 33 between the sleeve 311 and first locking nut 34, makes first locking nut 34 when screwing, cause the wearing and tearing of sleeve 311 through this flat gasket 43.
This guidance panel 2 is movably arranged on the mounting blocks 32 with the mode that can move horizontally; The back side of this guidance panel 2 is provided with holder; This holder comprises mounting panel 51 and movable block 52; These guidance panel 2 lockings are on mounting panel 51; Mounting panel 51 is installed on the movable block 52; Movable block 52 is movably arranged on the mounting blocks 32 with the mode that can move horizontally; Be concaved with the bar-shaped trough 322 that supplies movable block 52 to stretch into and extend along the horizontal direction of mounting blocks 32 on this mounting blocks 32 and the side that movable block 52 is connected; Mounting blocks 32 is provided with and stretches in the bar-shaped trough 322 and its end holds out against the puller bolt 53 on the trailing flank of movable block 52; Through this puller bolt 53 movable block 52 can be fixed in the bar-shaped trough 322; On the upper and lower madial wall of this bar-shaped trough 322 respectively locking the last bar shaped track 323 and following bar shaped track 324 that extends along the length direction of bar-shaped trough 322 arranged, on the upper surface of movable block 52 and the bottom surface respectively locking have and can correspondingly snap in bar shaped track 323 and following bar shaped track 324 interior last bar shaped slide block 521 and following bar shaped slide block 522, the both sides of last bar shaped slide block 521 and following bar shaped slide block 522 convex with respectively bar shaped draw runner 521 ', 522 '; Be concaved with respectively on two madial walls of last bar shaped track 323 and following bar shaped track 324 confession bar shaped draw runner 521 ', the 522 ' corresponding bar shaped chute 323 that snaps in and slide ', 324 '; Through bar shaped draw runner 521 ', 522 ' with bar shaped chute 323 ', 324 ' cooperate and make bar shaped slide block 521 and following bar shaped slide block 522 can in last bar shaped track 323 and following bar shaped track 324, together do moving of horizontal direction, and can be fixed on the mounting blocks 32 after making movable block 52 regulate the position through puller bolt 53, thereby make guidance panel 2 can on mounting blocks 32, do the mobile of horizontal direction; Then guidance panel 2 can be done moving of horizontal direction after outside rotating placed cavity 11, and handled easily panel 2 rotates placed cavity 11 and operator's operating operation panel 2.
This strutting piece comprises first wing plate 61, second wing plate 62 and back-up block 63; This back-up block 63 is by base plate 631 and be erected at that the side plate 632,633 of these base plate 631 both sides forms; This first wing plate 61 and second wing plate 62 are installed in respectively on the and arranged on left and right sides at connecting plate 51 back sides; And first wing plate 61 and second wing plate 62 are oppositely arranged; Be formed with the space that supplies side plate 632 and side plate 633 to stretch into installation; Base plate 631 is stacked on the projection 523; Offer the through hole (not shown) that supplies 54 activities of second connecting axle to pass on the base plate 631, and spacing ring 541 is stacked on the upper surface of base plate 631, gathers lubricating pad sheet 431 and flat gasket 441 and be between base plate 631 and the projection 523; Side plate 632 and side plate 633 are between first wing plate 61 and second wing plate 62; Biside plate 632,633 together is locked together in first wing plate 61 and second wing plate 62 through the cooperation of the 3rd connecting axle 64 with the 3rd locking nut 65, and the 3rd connecting axle 64 activity successively passes first wing plate 61, side plate 632, side plate 633 and second wing plate 62, and an end of the 3rd connecting axle 64 is provided with and is limited in the outer spacing ring 641 of first wing plate 61; The other end lateral wall of the 3rd connecting axle 64 is provided with the external screw thread 642 that is screwed with the 3rd locking nut 65; Pad is provided with flat gasket 46 and two spring shims 471,472 that are sleeved on successively on the 3rd connecting axle 64 between the 3rd locking nut 65 and second wing plate 62, and the cooperation through flat gasket 46 and two spring shims 471,472 makes the 3rd locking nut 65 be difficult for unclamping, and is provided with the axle sleeve 66 that is sleeved on the 3rd connecting axle 64 between side plate 632 and the side plate 633; Fill up respectively between side plate 632 and the axle sleeve 66 and between side plate 633 and the axle sleeve 66 and be provided with the flat gasket 481,482 that is sleeved on the 3rd connecting axle 64 and gather lubricating pad sheet 491,492; Cooperation through the 3rd connecting axle 64, axle sleeve 66 and each pad can be regulated by the 3rd connecting axle 64 connecting plate 51 for center reclinings before and after back-up block 63 is done, reclining is regulated before and after guidance panel 2 being rotated also can do behind the placed cavity 11, thereby is applicable to the operator of different heights; Applied widely, and required dynamics when realizing that through the elasticity of regulating the 3rd locking nut 65 2 front and back reclinings are regulated to guidance panel.
Product form of the foregoing description and graphic and non-limiting the utility model and style, the those of ordinary skill of any affiliated technical field all should be regarded as not breaking away from the patent category of the utility model to its suitable variation or modification of doing.
Claims (10)
1. an integral type mechanically actuated operation control system comprises board and guidance panel, is provided with main control system in this board, and this guidance panel is electrically connected with this main control system is two-way; It is characterized in that: the sidewall of above-mentioned board is concaved with the placed cavity that supplies above-mentioned guidance panel to place; The aforesaid operations panel is located in this placed cavity, and setting can make the activity of aforesaid operations panel produce the outer installing mechanism installing mechanism of above-mentioned placed cavity in the above-mentioned placed cavity.
2. one machinery operation control system according to claim 1; It is characterized in that: above-mentioned installing mechanism comprises fixed head, mounting blocks and first connecting axle; The said fixing plate is fixed in the above-mentioned placed cavity; The aforesaid operations panel is located on the above-mentioned mounting blocks, is respectively equipped with the sleeve that supplies above-mentioned first connecting axle to wear on said fixing plate and the above-mentioned mounting blocks, and said fixing plate and above-mentioned mounting blocks pass two above-mentioned sleeves through above-mentioned first connecting axle and link together.
3. one machinery operation control system according to claim 2; It is characterized in that: the sleeve of above-mentioned mounting blocks is in the top of the sleeve of said fixing plate; And pad is provided with to be sleeved on and gathers the lubricating pad sheet on above-mentioned first connecting axle between the sleeve of the sleeve of above-mentioned mounting blocks and said fixing plate; One end of above-mentioned first connecting axle is provided with the outer and spacing spacing head outside the sleeve of above-mentioned mounting blocks of the sleeve that stretches out above-mentioned mounting blocks; And pad is provided with the spring shim that is sleeved on above-mentioned first connecting axle between the sleeve of above-mentioned spacing head and above-mentioned mounting blocks; The other end of above-mentioned first connecting axle stretches out outside the sleeve of said fixing plate; And the other end of above-mentioned first connecting axle is provided with first locking nut, and the other end lateral wall of above-mentioned first connecting axle is provided with the external screw thread that first locking nut therewith is screwed, and pad is provided with the flat gasket that is sleeved on above-mentioned first connecting axle between the sleeve of said fixing plate and above-mentioned first locking nut.
4. integral type mechanically actuated operation control system according to claim 2; It is characterized in that: in above-mentioned placed cavity, the position that the sidewall of above-mentioned board is positioned at a side edge of above-mentioned placed cavity is concaved with the cavity that communicates with above-mentioned placed cavity to the said fixing plate through screws.
5. integral type mechanically actuated operation control system according to claim 2, it is characterized in that: the aforesaid operations panel is movably arranged on the above-mentioned mounting blocks with the mode that can move horizontally.
6. integral type mechanically actuated operation control system according to claim 5; It is characterized in that: the back side of aforesaid operations panel is provided with holder; The said fixing seat comprises mounting panel and movable block; The locking of aforesaid operations panel is on above-mentioned mounting panel, and above-mentioned mounting panel is installed on the above-mentioned movable block, and above-mentioned movable block is movably arranged on the above-mentioned mounting blocks with the mode that can move horizontally.
7. integral type mechanically actuated operation control system according to claim 6; It is characterized in that: be concaved with the bar-shaped trough that supplies above-mentioned movable block to stretch into and extend along the horizontal direction of above-mentioned mounting blocks on above-mentioned mounting blocks and the side that above-mentioned movable block is connected; Above-mentioned mounting blocks is provided with the puller bolt that stretches in the above-mentioned bar-shaped trough and hold out against above-mentioned movable block; Last bar shaped track that the length direction of the above-mentioned bar-shaped trough in the intrinsic edge of above-mentioned bar-shaped trough internal lock extends and following bar shaped track; Lock respectively on the upper surface of above-mentioned movable block and the bottom surface to have and correspondingly to snap in the above-mentioned last bar shaped slide block of going up in bar shaped track and the above-mentioned bar shaped track down and following bar shaped slide block; Above-mentioned upward bar shaped slide block and the above-mentioned both sides of bar shaped slide block down convex with the bar shaped draw runner respectively, are concaved with the bar shaped chute that supplies above-mentioned bar shaped draw runner to snap in and slide respectively on two madial walls of above-mentioned upward bar shaped track and above-mentioned bar shaped track down.
8. integral type mechanically actuated operation control system according to claim 6, it is characterized in that: above-mentioned mounting panel rotatably is movably arranged on the movable block; Above-mentioned mounting panel is provided with strutting piece; Convex with on the above-mentioned movable block and stretch out the outer projection of above-mentioned bar-shaped trough; Above-mentioned strutting piece is folded to be located on the above-mentioned projection; And be locked together in through of the cooperation of second connecting axle with second locking nut; Above-mentioned second connecting axle activity successively passes above-mentioned strutting piece and above-mentioned projection, and the end, upper end of above-mentioned second connecting axle is provided with the spacing ring that is limited on the above-mentioned strutting piece, between above-mentioned spacing ring and the above-mentioned strutting piece and between above-mentioned strutting piece and the above-mentioned projection respectively pad be provided with first pad and second pad that is sleeved on above-mentioned second connecting axle; The lateral wall of the lower end of above-mentioned second connecting axle is provided with the external screw thread that is screwed with above-mentioned second locking nut, and pad is provided with to be sleeved on and is arranged with the 3rd pad respectively between above-mentioned projection and above-mentioned second locking nut.
9. integral type mechanically actuated operation control system according to claim 8; It is characterized in that: above-mentioned strutting piece comprises first wing plate, second wing plate and back-up block; Above-mentioned back-up block is by base plate and be erected at that the side plate of these base plate both sides forms; Above-mentioned first wing plate and above-mentioned second wing plate are installed in respectively on the above-mentioned connecting plate, and above-mentioned first wing plate and above-mentioned second wing plate be oppositely arranged, and the biside plate of above-mentioned first wing plate and above-mentioned second wing plate and above-mentioned back-up block together links together; The base plate of above-mentioned back-up block is stacked on the above-mentioned projection; Offer the through hole that supplies the above-mentioned second connecting axle activity to pass on the above-mentioned base plate, and above-mentioned spacing ring is stacked on the upper surface of above-mentioned base plate, the above-mentioned first pad pad is located between above-mentioned spacing ring and the above-mentioned base plate.
10. integral type mechanically actuated operation control system according to claim 9; It is characterized in that: two above-mentioned side plates are between above-mentioned first wing plate and above-mentioned second wing plate; Two above-mentioned side plates together are locked together in above-mentioned first wing plate and above-mentioned second wing plate through the cooperation of the 3rd connecting axle with the 3rd locking nut; Above-mentioned the 3rd connecting axle activity successively passes above-mentioned first wing plate, its side plate, another side plate and second wing plate; And an end of above-mentioned the 3rd connecting axle is provided with and is limited in the outer spacing ring of above-mentioned first wing plate; The other end lateral wall of above-mentioned the 3rd connecting axle is provided with the external screw thread that is screwed with above-mentioned the 3rd locking nut; Pad is provided with flat gasket and the spring shim that is sleeved on successively on above-mentioned the 3rd connecting axle between above-mentioned the 3rd locking nut and above-mentioned second wing plate, is provided with the axle sleeve that is sleeved on the 3rd connecting axle between the two above-mentioned side plates, fills up respectively between two above-mentioned side plates and the above-mentioned axle sleeve to be provided with the flat gasket that is sleeved on the 3rd connecting axle and to gather the lubricating pad sheet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205287160U CN202435727U (en) | 2011-12-15 | 2011-12-15 | Integrated mechanical operating control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205287160U CN202435727U (en) | 2011-12-15 | 2011-12-15 | Integrated mechanical operating control system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202435727U true CN202435727U (en) | 2012-09-12 |
Family
ID=46785128
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205287160U Withdrawn - After Issue CN202435727U (en) | 2011-12-15 | 2011-12-15 | Integrated mechanical operating control system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202435727U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102523706A (en) * | 2011-12-15 | 2012-06-27 | 福建省锐驰电子科技有限公司 | One-piece mechanical operation control system |
| CN106793653A (en) * | 2016-11-25 | 2017-05-31 | 江西洪都航空工业集团有限责任公司 | A kind of circuit board installs fastening method |
-
2011
- 2011-12-15 CN CN2011205287160U patent/CN202435727U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102523706A (en) * | 2011-12-15 | 2012-06-27 | 福建省锐驰电子科技有限公司 | One-piece mechanical operation control system |
| CN102523706B (en) * | 2011-12-15 | 2014-09-10 | 福建省锐驰电子科技有限公司 | One-piece mechanical operation control system |
| CN106793653A (en) * | 2016-11-25 | 2017-05-31 | 江西洪都航空工业集团有限责任公司 | A kind of circuit board installs fastening method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120912 Effective date of abandoning: 20140910 |
|
| RGAV | Abandon patent right to avoid regrant |