CN204076155U - A kind of special tooling for wedge ring dismounting - Google Patents
A kind of special tooling for wedge ring dismounting Download PDFInfo
- Publication number
- CN204076155U CN204076155U CN201420529927.XU CN201420529927U CN204076155U CN 204076155 U CN204076155 U CN 204076155U CN 201420529927 U CN201420529927 U CN 201420529927U CN 204076155 U CN204076155 U CN 204076155U
- Authority
- CN
- China
- Prior art keywords
- telescopic pin
- hoop
- pin
- wedge ring
- screw
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
The utility model provides a kind of special tooling for wedge ring dismounting, comprises supporting construction, telescopic pin assembly and trapezoidal turn-screw; During use, after supporting construction fixes cylinder product, to stretch in the installing hole of wedge ring I bottom telescopic pin, when turning trapezoidal turn-screw with torque spanner, trapezoidal turn-screw 1 head withstands the groove in telescopic pin, trapezoidal turn-screw application lever principle makes telescopic pin assembly force wedge ring I to move around bearing pin together, the frictional resistance that simultaneous retractable pin assemblies is axially subject to wedge ring I causes telescopic pin assembly inner spring to extend forcing telescopic pin assembly to follow wedge ring I circling around cylinder product circumference, thus completes the assembling of wedge ring I; This frame for movement is laborsaving, and the pressure acting on wedge ring I and cylinder product is little and even, ensure that the safety of personnel and product.
Description
Technical field
The utility model relates to a kind of special tooling, particularly a kind of special tooling for wedge ring dismounting.
Background technology
In cylinder product design process, need to select the connected mode between cylinder, what more generally adopt is that screw connects.Screw connects and wedge ring is connected with following shortcoming:
1, cylinder radial space is taken large;
2, junction structural strength is lower;
3, cylinder air-tightness is difficult to ensure.
Wedge-Ring Connection Structure can overcome above-mentioned shortcoming, but its complex structure and require strict to assembly and disassembly methods.
The typical structure that wedge ring connects comprises three parts: cylinder I, cylinder II and a pair wedge ring.During assembling, need cylinder I cover to receive and cylinder II completes cabin body circumference and locate and alignment pin is installed and fix.Again the installing hole of a wedge ring from cylinder I is installed along clockwise, further another wedge ring is installed along counterclockwise from installing hole.
In addition, wedge ring install after stressing conditions comparatively complicated, for wedge ring II, it is subject to 5 frictional force respectively, and these 5 power not only hinder wedge ring dismounting, and there will not be loosening after also ensure that wedge ring installation, that is these power should overcome and are used again.Assembling in early stage needs two people to adopt the mode of knocking to complete simultaneously, and damage larger product rejection rate to cylinder product and wedge ring high, wedge ring assembly difficulty is large.
Further, be difficult to ensure that it is in place, also cannot judge whether it is in place after wedge ring dismounting, namely the operability of this operation is all poor with the property examined.Adopt early stage the way of rocking cabin body to test, security is difficult to ensure.
Further, wedge ring unloading process still needs two people to adopt the reverse mode of knocking to complete simultaneously, and damage larger product rejection rate to cylinder product and wedge ring high, wedge ring dismounting difficulty is large.
Utility model content
The utility model adopts lever principle jackscrew to drive telescopic pin to promote the motion of wedge ring; Provide a kind of stable, laborsaving, can one man operation, effectively prevent damaged products, quantization operation and the property examined to be used on the mechanical device of wedge ring dismounting.Concrete scheme is as follows:
For a special tooling for wedge ring dismounting, comprise supporting construction, telescopic pin assembly and trapezoidal turn-screw;
Supporting construction is made up of snap ring I, snap ring II, hoop I, hoop II, two double end connecting studs and supporting component.
Hoop I is fixedly connected with integral with snap ring I, and hoop II is fixedly connected with integral with snap ring II, and hoop I and hoop II distinguish preset trapezoidal turn-screw screwed hole; On hoop I and hoop II, be positioned at trapezoidal turn-screw screwed hole both sides and have screwed hole, two double end connecting stud two ends are equipped with screw thread, snap ring I and snap ring II are connected into the domain by the screwed hole on hoop I and clip II by double end connecting stud, and then domain snap ring I and snap ring II connected into is fixing on the cylinder.
Supporting component comprises a supporting traverse and two support cant beams.Preset telescopic pin installing hole a and pin shaft hole on supporting traverse; The one end supporting cant beam and supporting traverse is threaded with hoop I respectively by supporting component installing hole preset on hoop I; Supporting traverse and support the cant beam other end and be equipped with hole, supporting traverse and two support cant beam passing hole, pin I is hinged, supports cant beam and serves supporting role to supporting traverse, ensure that the intensity of supporting traverse.
Telescopic pin assembly comprises telescopic pin joint, telescopic pin sheath, spring, pin II and telescopic pin, preset telescopic pin installing hole b on telescopic pin joint; Telescopic pin joint and telescopic pin sheath are threaded connection, and can macroscopically regulate telescopic pin assembly overall length; Preset spring in telescopic pin sheath; There is continuous groove telescopic pin both sides, and bottom telescopic pin, protruding end is cylinder, can fully contact with wedge ring I installing hole, and the power of applying process stabilization is controlled, can realize the limit function to wedge ring I, wedge ring II; The slotted hole that pin II passes in telescopic pin, telescopic pin sheath both sides are preset, telescopic pin sheath is connected with telescopic pin, ensure that the integraty of telescopic pin sheath and telescopic pin when telescopic pin compression or extension spring move up and down, the object being regulated telescopic pin length component by spring on microcosmic can be realized again simultaneously.
Trapezoidal turn-screw is connected with hoop I and hoop II by trapezoidal turn-screw screwed hole, and turn-screw screwed hole plays guide effect to trapezoidal turn-screw on the one hand, can ensure the stationarity of transmission efficiency and transmission on the other hand.Trapezoidal turn-screw head is taper rounding, can with the continuous groove of telescopic pin both sides select with the use of.
Supporting traverse and telescopic pin assembly are by telescopic pin installing hole a preset on telescopic pin installing hole b preset on telescopic pin joint and supporting traverse and pin shaft hole and pinned connection, such structure ensures that telescopic pin assembly can swing in certain angle around bearing pin, and telescopic pin assembly can be up and down.
During use, after supporting construction fixes cylinder product, will stretch in the installing hole of wedge ring I bottom telescopic pin, now telescopic pin assembly one end be limited in bearing pin, and the other end is by the resistance of wedge ring I.When turning trapezoidal turn-screw with torque spanner, trapezoidal turn-screw 1 head withstands the groove in telescopic pin, trapezoidal turn-screw application lever principle makes telescopic pin assembly force wedge ring I to move around bearing pin together, the frictional resistance that simultaneous retractable pin assemblies is axially subject to wedge ring I causes telescopic pin assembly inner spring to extend forcing telescopic pin assembly to follow wedge ring I circling around cylinder product circumference, reach the object forcing wedge ring I along cylinder circumferential movement, thus complete the assembling of wedge ring I.
Further, based on the single assembling completing opposite side wedge ring II of same principle, reverse operation also singlely can complete dismounting wedge ring I and wedge ring II.
The process stabilization that bottom telescopic pin, protruding end applies power to wedge ring I installing hole is controlled, knock mode without the need to adopting, therefore damage can not be caused to wedge ring I and cylinder product, and whole wedge ring I program is installed, one man operation can complete, and achieves the optimization of human resources; This frame for movement is laborsaving, and the pressure acting on wedge ring I and cylinder product is little and even, ensure that the safety of personnel and product.
Accompanying drawing explanation
Accompanying drawing 1 is the installation diagram of wedge ring attaching/detaching apparatus and wedge ring I, and in figure, the direction of arrow is power transmitting;
Accompanying drawing 2 is the telescopic pin assembly of wedge ring attaching/detaching apparatus;
Accompanying drawing 3 schemes (all the other are not drawn) for telescopic pin assembly coordinates with wedge ring I installing hole;
Accompanying drawing 4 is subject to 5 place's resistance schematic diagrames for wedge ring I assembling process.
1---trapezoidal turn-screw, 2---turn-screw screwed hole, 3---support cant beam (a group 2), 4---hoop I, 5---supporting traverse, 6---bearing pin, 7---pin I, 8---telescopic pin assembly, 9---double end connecting stud (a group 2), 10---hoop II, 11---torque spanner, 12---wedge ring I, 13---snap ring I, snap ring II, 14---wedge ring II, 15---telescopic pin joint, 16---telescopic pin sheath, 17---spring, 18---pin II, 19---telescopic pin, 20---groove, 21---cylinder I, 22---cylinder II, 23---wedge ring installing hole, 24---5 resistances that wedge ring I is installed.
Detailed description of the invention
Below by example, the utility model is described further, but it should be noted that, the object announcing example is to help to understand the utility model further, but it will be appreciated by those skilled in the art that: in the spirit and scope not departing from the utility model and appended claim, various substitutions and modifications are all possible.Therefore, the utility model should not be limited to the content disclosed in example, and the scope that the claimed scope of the utility model defines with claims is as the criterion.
For a special tooling for wedge ring dismounting, comprise supporting construction, telescopic pin assembly and trapezoidal turn-screw;
Supporting construction is made up of snap ring I 13, snap ring II 13, hoop I 4, hoop II 10, two double end connecting studs 9 and supporting component.
Hoop I 4 is integrally welded with snap ring I 13, hoop II 10 is integrally welded with snap ring II 13, hoop I 4 and hoop II 13 distinguish preset turn-screw screwed hole 2, and the axial distance of turn-screw screwed hole 2 is greater than the width of hoop I 4 and hoop II 10; At the two ends of hoop I 4 and hoop II 10, be positioned at prevailing thread hole, trapezoidal turn-screw 1 both sides, two double end connecting stud 9 two ends are equipped with screw thread, snap ring I 13 and snap ring II 13 are connected into the domain by screwed hole preset on hoop I 4 by double end connecting stud 9, and then domain snap ring I 13 and snap ring II 13 connected into is fixing on the cylinder.
Supporting component comprises a supporting traverse 5 and two support cant beams 3.Preset telescopic pin installing hole a and pin shaft hole on supporting traverse 5; The one end supporting cant beam 3 and supporting traverse 5 is threaded with hoop I 4 respectively by supporting component installing hole preset on hoop I 4; Further, supporting traverse 5 and support cant beam 3 other end are equipped with preset holes, supporting traverse 5 is fixedly connected with by preset holes, pin I 7 with two support cant beams 3, supports cant beam 3 pairs of supporting traverses 5 and serves good supporting role, ensure that the intensity of supporting traverse 5.
Telescopic pin assembly comprises telescopic pin joint 15, telescopic pin sheath 16, spring 17, pin II 18 and telescopic pin 19, preset telescopic pin installing hole b on telescopic pin joint 15; Telescopic pin joint 15 and telescopic pin sheath 16 are threaded connection, and can macroscopically regulate telescopic pin assembly overall length; Preset spring 17 in telescopic pin sheath 16; The preset continuous groove 20 in telescopic pin 19 both sides, bottom telescopic pin 19, protruding end is cylinder, can fully contact with wedge ring I installing hole, and the power of applying process stabilization is controlled, can realize the limit function to wedge ring I, wedge ring II; The slotted hole that pin II 18 passes in telescopic pin 19, telescopic pin sheath 16 both sides are preset, telescopic pin sheath 16 is connected with telescopic pin 19, ensure that the integraty of telescopic pin sheath 16 and telescopic pin 19 when telescopic pin 19 is compressed or extension spring 17 moves up and down, the object being regulated telescopic pin length component by spring 17 on microcosmic can be realized again simultaneously.
Trapezoidal turn-screw 1 is connected with hoop II 10 with hoop I 4 by turn-screw screwed hole 2, and turn-screw screwed hole 2 one aspect plays guide effect to trapezoidal turn-screw 1, can ensure the stationarity of transmission efficiency and transmission on the other hand.Trapezoidal turn-screw 2 head is taper rounding, can select with the groove 20 in telescopic pin assembly with the use of.
Supporting traverse 5 and telescopic pin assembly are connected by telescopic pin installing hole a preset on telescopic pin installing hole b preset on telescopic pin joint 15 and supporting traverse 5 and pin shaft hole and bearing pin 6, such structure ensures that telescopic pin assembly can swing in certain angle around bearing pin 6, and telescopic pin assembly can be up and down.
During use, after supporting construction fixes cylinder product, will stretch in the installing hole of wedge ring I bottom telescopic pin 19, now telescopic pin assembly one end be limited in bearing pin 6, and the other end is by the resistance of wedge ring I.When turning trapezoidal turn-screw 1 with torque spanner, trapezoidal turn-screw 1 head withstands the groove 20 in telescopic pin 19, lever principle applied by trapezoidal turn-screw 1 makes telescopic pin assembly force wedge ring I to move around bearing pin 6 together, the frictional resistance that simultaneous retractable pin assemblies is axially subject to wedge ring I causes telescopic pin assembly inner spring 17 to extend forcing telescopic pin assembly to follow wedge ring I circling around cylinder product circumference, reach the object forcing wedge ring I along cylinder circumferential movement, thus complete the assembling of wedge ring I.
Further, based on the single assembling completing opposite side wedge ring II of same principle, reverse operation also singlely can complete dismounting wedge ring I and wedge ring II.
Claims (1)
1. for a special tooling for wedge ring dismounting, its feature with, comprise supporting construction, telescopic pin assembly and trapezoidal turn-screw:
Supporting construction is made up of snap ring I, snap ring II, hoop I, hoop II, two double end connecting studs and supporting component; Hoop I is fixedly connected with integral with snap ring I, and hoop II is fixedly connected with integral with snap ring II, and hoop I and hoop II distinguish preset trapezoidal turn-screw screwed hole; On hoop I and hoop II, be positioned at trapezoidal turn-screw screwed hole both sides and have screwed hole, two double end connecting stud two ends are equipped with screw thread, and snap ring I and snap ring II are connected into the domain by the screwed hole on hoop I and clip II by double end connecting stud;
Supporting component comprises a supporting traverse, two support cant beams and pin 1; Preset telescopic pin installing hole a and pin shaft hole on supporting traverse; The one end supporting cant beam and supporting traverse is threaded with hoop I respectively by supporting component installing hole preset on hoop I; Supporting traverse and support the cant beam other end and be equipped with hole, supporting traverse and two support cant beam passing hole, pin I is hinged;
Telescopic pin assembly comprises telescopic pin joint, telescopic pin sheath, spring, pin II and telescopic pin; Preset telescopic pin installing hole b on telescopic pin joint; Telescopic pin joint and telescopic pin sheath are threaded connection, preset spring in telescopic pin sheath, and there is continuous groove telescopic pin both sides, and bottom telescopic pin, protruding end is cylinder; The slotted hole that pin II passes in telescopic pin, telescopic pin sheath both sides are preset, makes telescopic pin sheath be flexibly connected with telescopic pin;
Trapezoidal turn-screw is connected with hoop I and hoop II by trapezoidal turn-screw screwed hole, and trapezoidal turn-screw head is taper rounding, mates with the continuous groove topography of telescopic pin both sides;
Supporting traverse and telescopic pin assembly are by telescopic pin installing hole a preset on telescopic pin installing hole b preset on telescopic pin joint and supporting traverse and pin shaft hole and pinned connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420529927.XU CN204076155U (en) | 2014-09-15 | 2014-09-15 | A kind of special tooling for wedge ring dismounting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420529927.XU CN204076155U (en) | 2014-09-15 | 2014-09-15 | A kind of special tooling for wedge ring dismounting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204076155U true CN204076155U (en) | 2015-01-07 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420529927.XU Withdrawn - After Issue CN204076155U (en) | 2014-09-15 | 2014-09-15 | A kind of special tooling for wedge ring dismounting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204076155U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104260041A (en) * | 2014-09-15 | 2015-01-07 | 北京航天新风机械设备有限责任公司 | Special fixture for disassembling and assembling wedge-shaped ring |
-
2014
- 2014-09-15 CN CN201420529927.XU patent/CN204076155U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104260041A (en) * | 2014-09-15 | 2015-01-07 | 北京航天新风机械设备有限责任公司 | Special fixture for disassembling and assembling wedge-shaped ring |
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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: 20150107 Effective date of abandoning: 20160629 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |