CN109421014A - The swivel sleeve and application method of metric system nut and spanner made in Great Britain - Google Patents
The swivel sleeve and application method of metric system nut and spanner made in Great Britain Download PDFInfo
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- CN109421014A CN109421014A CN201710825658.XA CN201710825658A CN109421014A CN 109421014 A CN109421014 A CN 109421014A CN 201710825658 A CN201710825658 A CN 201710825658A CN 109421014 A CN109421014 A CN 109421014A
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- polygon
- sleeve
- sleeve body
- spanner
- nut
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25B—TOOLS OR BENCH DEVICES NOT OTHERWISE PROVIDED FOR, FOR FASTENING, CONNECTING, DISENGAGING OR HOLDING
- B25B23/00—Details of, or accessories for, spanners, wrenches, screwdrivers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25B—TOOLS OR BENCH DEVICES NOT OTHERWISE PROVIDED FOR, FOR FASTENING, CONNECTING, DISENGAGING OR HOLDING
- B25B13/00—Spanners; Wrenches
- B25B13/02—Spanners; Wrenches with rigid jaws
- B25B13/06—Spanners; Wrenches with rigid jaws of socket type
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25B—TOOLS OR BENCH DEVICES NOT OTHERWISE PROVIDED FOR, FOR FASTENING, CONNECTING, DISENGAGING OR HOLDING
- B25B23/00—Details of, or accessories for, spanners, wrenches, screwdrivers
- B25B23/02—Arrangements for handling screws or nuts
- B25B23/08—Arrangements for handling screws or nuts for holding or positioning screw or nut prior to or during its rotation
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Details Of Spanners, Wrenches, And Screw Drivers And Accessories (AREA)
Abstract
The present invention provides the swivel sleeves and application method of metric system nut and spanner made in Great Britain, the inside and outside section of swivel sleeve is the polygon of various shapes, a kind of polygon of specification is arranged in outside, the polygon of another specification is arranged in inside, spanner pulls mouth and the outside of sleeve body with merging twisting sleeve body, match with nut (screw etc.) and merge twisting nut in the inside of sleeve body, the nut of large scale spanner pulled mouth and be transitioned into small size is realized the purpose for pulling a mouthful twisting small-sized screw, screw, bolt of large scale spanner by sleeve body.External positioning convex platform is set on sleeve body or positioned internal boss, external positioning convex platform play the role of dowelled spanner and pull mouth, positioned internal boss plays location nut, meanwhile, positioning convex platform increases the intensity of swivel sleeve.
Description
Technical field
The invention belongs to a kind of Versatile manual tool, the swivel sleeve of especially a kind of metric system nut and spanner made in Great Britain and make
Use method.
Background technique
Existing fork spanner, double offset ring spanner, box spanner are all sold in set, and a set of more than ten, not only price is more expensive,
And weight weight, volume are big, not readily portable and keeping.The applicant has developed the replaceable spanner for pulling mouth thus, and one group is pulled
The function of set fork spanner, double offset ring spanner, box spanner that hand can play, reduces costs, easy to carry and keeping.But
It is pulled there are still limitation for this purpose, the applicant has applied for another several patents " convenient wrench " and " universal spanner head " using upper
Mouth is replaceable, but its structure still has limitation in use, is not able to satisfy wider requirement, is not able to satisfy a variety of
Dimension series requirement, meanwhile, the dimensional tolerance for pulling mouth is inconsistent, there is a problem of spanner matching difficulty, meanwhile, it is easy to cause and pulls
Hand slides sometimes in use, inconvenient for operation.
Summary of the invention
The object of the present invention is to provide the swivel sleeve of metric system nut and spanner made in Great Britain, the inside and outside of swivel sleeve is
Various shape polygon, sleeve body outside polygon size are greater than polygon size inside sleeve body.It is polygon outside swivel sleeve
The size h on two sides that shape is parallel to each other is the integral multiple of 1 millimeter (mm), the size model of the size h on two sides being parallel to each other
Enclosing is 2mm≤h≤230mm, and the size m on two sides that internal polygon is parallel to each other is the integral multiple of 1/32 inch (inch),
The size range of the size m on two sides being parallel to each other is 1/8inch≤h≤9inch.Metric system spanner pulls mouth and sleeve body
It is external with merging twisting sleeve body, the inside of sleeve body and English system nut (bolt or nut that screw, bolt, screw thread are tightly held,
Or other trepanning firmwares etc.) with above-mentioned nut made in Great Britain of twisting etc. is merged, sleeve body passes through external polygon and internal polygon
Cooperation nut made in Great Britain (bolt or nut or other trepanning firmwares that screw, bolt, screw thread are tightly held) is converted into metric system
Spanner twisting realizes the purpose for pulling a mouthful above-mentioned screw for twisting English system, bolt of metric system spanner.
The object of the present invention is achieved like this:
1, the swivel sleeve of a kind of metric system nut and spanner made in Great Britain, it includes sleeve body, it is characterized in that: the outside of sleeve body
A kind of polygon of specification is set, and the polygon of another specification is arranged in the inside of sleeve body, and sleeve body outside is more
The size of side shape is greater than the size of internal polygon, and pull mouth and the external polygon of sleeve body of spanner match and merge twisting sleeve
Body, the inside polygon and nut or screw fit and twisting nut or screw of sleeve body, sleeve body are pulled large scale spanner
Mouth is transitioned into the screw or nut of small size, and external positioning convex platform is arranged in the end of sleeve body or setting positioned internal is convex
Platform;The external polygon of sleeve body or internal multi-sided cross-sectional shape, the polygon being formed by connecting for regular polygon or curve or
Polygon or curve that straight line is formed by connecting and the polygon that straight line is formed by connecting, the external polygon of sleeve body or internal polygon
Shape corresponding sides are parallel or angled;
When external polygon with internal polygon is regular polygon and parallel corresponding sides, what external polygon was parallel to each other
The size h on two sides is the integral multiple of 1/32 inch (inch), and the size range of the size m on two sides being parallel to each other is 1/
8inch≤h≤9inch, the size m on two sides that internal polygon is parallel to each other are the integral multiple of 1 millimeter (mm), mutually flat
The size range of the size h on two capable sides is 2mm≤h≤230mm.
The size h on the mutual two parallel sides of the external polygon of above-mentioned sleeve body is the integral multiple of 1/32 inch (inch), h
Tolerance are as follows: lower deviation is negative, the upper deviation 0;The size m on two sides that internal polygon is parallel to each other is 1 millimeter (mm)
Integral multiple, the tolerance of m are as follows: lower deviation is positive number, and the upper deviation is also positive number.
The inside polygonal cross-section of above-mentioned sleeve body and external multi-sided cross-sectional shape are same or different.
Said external positioning convex platform or positioned internal boss are the polygon that round or regular polygon or curve are formed by connecting
Or polygon or discrete small boss that the polygon that is formed by connecting of straight line or curve and straight line are formed by connecting.
Groove or pit or through-hole are set on above-mentioned sleeve body.
Above-mentioned sleeve body is made of magnetic material or is embedded on sleeve body magnetic substance.
The periphery of above-mentioned sleeve body can be disconnection shape or defect shape.
It is above-mentioned that elasticity Fastener is embedded on sleeve body.
The application method of above-mentioned sleeve body: in use, the mouth of pulling of the external polygon of sleeve body and spanner is cooperated, it is external
What polygon penetrated spanner pulls mouth;It is more that the inside polygon and nut or screw fit of sleeve body, nut or screw penetrate inside
Side shape;Then nut is dismounted by the handle of twisting spanner.
The invention has the advantages that cooperation pulling large scale spanner of the sleeve body by external polygon and internal polygon
Mouth is transitioned into the nut (bolt or nut or other trepanning firmwares that screw, bolt, screw thread are tightly held) of small size, realizes big
The purpose of the above-mentioned screw for pulling mouthful twisting small size of size spanner, bolt.The range of common spanner institute twisting nut is expanded,
Various shape polygon is used inside and out swivel sleeve, can preferably protect nut, nut is avoided to be damaged by twisting.Set
The internal or external setting positioning convex platform of cylinder, not only plays the role of dowelled spanner and nut, prevent twisting tool be pierced by or
It slips, and increases sleeve body intensity.Elastic Fastener on sleeve body makes swivel sleeve be not easy to slide in use or move
It is dynamic, it is easy to operate.
The swivel sleeve and application method of metric system nut of the invention and spanner made in Great Britain, are not only applicable to that " large scale is pulled
The nut of hand pulled mouth and be transitioned into small size ", he is equally applicable to coaxial and size there are the transition between the part in gap,
The internal diameter of large-scale part is transitioned into the outer diameter of small size part.
Detailed description of the invention
Fig. 1 a, b, c are the regular polygon that a kind of specification is arranged in the outside of sleeve, another rule of inside setting of sleeve
The regular polygon of lattice size, and at one end portion be arranged the example bottom view of external positioning convex platform and positioned internal boss, main view,
Top view.
Fig. 2 a, b, c are the regular polygon that a kind of specification is arranged in the outside of sleeve, another rule of inside setting of sleeve
The regular polygon of lattice size, and external positioning convex platform is arranged in portion at one end, the example of the other end setting positioned internal boss is faced upward
View, main view, top view.
Fig. 3 a, b, c are the regular polygon that a kind of specification is arranged in the outside of sleeve, another rule of inside setting of sleeve
The regular polygon of lattice size, and example bottom view, main view, the top view of the positioned internal boss of portion's setting at one end.
Fig. 4 a, b, c are the regular polygon that a kind of specification is arranged in the outside of sleeve, another rule of inside setting of sleeve
The regular polygon of lattice size, and example bottom view, main view, the top view of external positioning convex platform is arranged in portion at one end.
Fig. 5 a, b, c are that the outside of sleeve is arranged the curve of specification a kind of and is formed by connecting polygon, and the inside of sleeve is set
The curve for setting another specification is formed by connecting polygon, and external positioning convex platform, the other end setting is arranged in portion at one end
Example bottom view, main view, the top view of positioned internal boss.
Fig. 6 a, b, c are that sleeve is embedded in elastic Fastener and magnetic substance example bottom view, main view, top view.
Fig. 7 a, b, c- Fig. 9 a, b, c be sleeve inner polygon, external multi-sided cross-sectional shape and external positioning convex platform not
Example bottom view, main view, the top view of similar shape.
Figure 10 a, b, c are example main view, left view, the top view of sleeve setting location dimples
Figure 11 a, b, c are example main view, left view, the top view of sleeve setting locating slot.
Figure 12 a, b, c are example main view, left view, the top view of sleeve setting location hole
Figure 13 a, b, c- Figure 15 a, b, c are example bottom view, main view, the top view that elastic Fastener is arranged in sleeve.
Figure 16 a, b, c are example bottom view, main view, the top view that sleeve is embedded in magnetic substance.
Figure 17 a, b, c are that perimeter of sleeve is example bottom view, main view, the top view for disconnecting shape.
Figure 18 a, b, c are example bottom view, main view, the top view that perimeter of sleeve is defect shape.
Figure 19 a, b are that cartridge exterior polygon and combination wrenches pull mouth cooperation example main view, left view.
Figure 20 a, b are that cartridge exterior polygon and double offset ring spanner pull mouth cooperation example main view, left view.
Figure 21 is that cartridge exterior polygon and box spanner pull mouth cooperation example main view.
Specific embodiment
See Fig. 1 a, b, c, the inside of sleeve 1 is a kind of interior regular hexagon 2 of specification, and outside is another specification ruler
Circular outer positioning convex platform 4 and circular interior positioning convex platform 5 is arranged in the one end of very little outer regular hexagon 3, sleeve 1 simultaneously.See
Fig. 2 a, b, c, the inside of sleeve 1 are a kind of interior regular hexagon 2 of specification, and outside is outer positive the six of another specification
Circular outer positioning convex platform 4 is arranged in side shape 3, the one end of sleeve 1, and circular interior positioning convex platform 5 is arranged in the other end.See figure
3a, b, c, the inside of sleeve 1 are a kind of interior regular hexagon 2 of specification, and outside is outer positive six side of another specification
Circular interior positioning convex platform 5 is arranged in the one end of shape 3, sleeve 1.See Fig. 4 a, b, c, the inside of sleeve 1 is a kind of specification
Interior regular hexagon 2, outside is the outer regular hexagon 3 of another specification, and the one end setting circular outer of sleeve 1 positions
Boss 4.See Fig. 5 a, b, c, the curve that a kind of specification is arranged in the outside of sleeve 1 is formed by connecting polygon 3, the inside of sleeve
The curve that another specification is arranged is formed by connecting polygon 2, and the curve of portion's setting at one end is formed by connecting the outer of polygon
Circular interior positioning convex platform 5 is arranged in portion's positioning convex platform 4, the other end.
Above-mentioned external positioning convex platform 4 and positioned internal boss 5 its shape determine shape according to the needs of use, and shape can be with
The polygon or curve that the polygon or straight line being formed by connecting for round or regular polygon or curve are formed by connecting are connected with straight line
Made of polygon or discrete small boss.Such as circle shown in FIG. 1, the regular hexagon as shown in Fig. 7, as shown in Figure 5
Polygon that curve is formed by connecting (or curve and straight line are formed by connecting polygon), boss as shown in Figure 9 be it is multiple it is discrete not
Continuous small boss.Boss is also possible to the arbitrary polygon that straight line is formed by connecting.
The effect of external positioning convex platform: 1. external positioning convex platform is located at the end of sleeve, and can block spanner pulls mouth, rises
The effect of mouth is pulled to dowelled spanner;2. increasing the intensity of sleeve.
The effect of positioned internal boss: 1. positioned internal boss is located at the end of sleeve, can block nut or screw,
Play the role of location nut or screw;2. increasing the intensity of sleeve.
The inside polygon of above-mentioned sleeve 1 and external multi-sided cross-sectional shape used according to different spanners it needs to be determined that,
Cross sectional shape can be the polygon that the polygon that regular polygon or curve are formed by connecting or straight line are formed by connecting or curve and straight
The polygon that line is formed by connecting.Inner & outer polygon as shown in Figure 1, Figure 2, Figure 3, Figure 4 is all regular hexagon, as shown in Figure 5
Inner & outer polygon is all the polygon that curve is formed by connecting, and internal polygon is regular hexagon as shown in Fig. 8, external polygon
Shape is the polygon that curve is formed by connecting, and it is polygon that the inner & outer polygon as shown in Fig. 7 is all curve and straight line is formed by connecting
Shape, external polygon regular hexagon, internal polygon are that two regular hexagons mutually rotate the polygon of 30 degree of formation as shown in Figure 9
Shape, i.e. 12 jiaos of polygons.As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 7, the external polygon of sleeve body and inside are polygon
The corresponding sides of shape are parallel to each other.As shown in figure 9, the external polygon of sleeve body and the corresponding sides of internal polygon are angled
(not being parallel to each other), angle can adjust as needed.
2 cross sectional shape of the external polygon 3 of above-mentioned sleeve body or internal polygon, is formed by connecting for regular polygon or curve
Polygon or the polygon that is formed by connecting of the polygon that is formed by connecting of straight line or curve and straight line, the outside of sleeve body 1 it is polygon
Shape 3 or 2 corresponding sides of internal polygon are parallel or angled.
When external polygon 3 with internal polygon 2 is regular polygon and parallel corresponding sides, external polygon 3 is mutually flat
The size h on two capable sides is the integral multiple of 1/32 inch (inch), and the size range of the size m on two sides being parallel to each other is
The size m of 1/8inch≤h≤9inch, the mutual two parallel sides of internal polygon 2 are the integral multiple of 1 millimeter (mm), mutually flat
The size range of the size h on two capable sides is 2mm≤h≤230mm.
The size h on two sides that external polygon 3 is parallel to each other is the integral multiple of 1/32 inch (inch), the tolerance of h
Are as follows: lower deviation is negative, the upper deviation 0;The size m on two sides that internal polygon 2 is parallel to each other is 1 millimeter (mm) whole
Several times, the tolerance of m are as follows: lower deviation is positive number, and the upper deviation is also positive number.
See Fig. 1, Fig. 2, Fig. 3, external polygon 3 with for regular hexagon and corresponding sides it is parallel, the size of external polygon 3
It is English system, the size h on two sides that external polygon 3 is parallel to each other is the integral multiple of 1/32 inch (inch), the tolerance of h
Are as follows: lower deviation is negative, the upper deviation 0;The size m on two sides that internal polygon 2 is parallel to each other is metric system, and m is 1 millimeter
(mm) integral multiple, the tolerance of m are as follows: lower deviation is positive number, and the upper deviation is also positive number.
The size h and margin of tolerance embodiment on two sides that external polygon 3 is parallel to each other, are shown in Table 1;Internal polygon
The size m and margin of tolerance embodiment on 2 two sides being parallel to each other, are shown in Table 2.
1 unit of table is inch
2 unit of table is millimeter
See Figure 10, the inside of sleeve 1 is a kind of interior regular hexagon 2 of specification, and outside is another specification
Pit 10 is arranged in outer regular hexagon 3, the external of sleeve 1.See Figure 11, the inside of sleeve 1 is a kind of interior positive six side of specification
Shape 2, outer regular hexagon 3 of the outside for another specification, the external setting groove 11 of sleeve 1.Pit 10, Figure 11 of Figure 10
Groove 11 also can be set in the inside of sleeve 1, groove 11 can also be discrete shape for sequential like.See Figure 12, sleeve 1
Inside is a kind of interior regular hexagon 2 of specification, and outside is the outer regular hexagon 3 of another specification, is arranged on sleeve 1
Through-hole 12.
Outside or inside setting pit 10 (see Figure 10) of above-mentioned sleeve 1 or groove 11 (see Figure 11) or through-hole 12 are (see figure
12), in use, cooperation makes with the spanner of gripping mechanism (elastic circlip, elastomer, steel ball and Fastener of spring composition etc.)
With so that gripping mechanism can be positioned at pit 10 or groove 11 or through-hole 12.Pit 10, groove 11, through-hole 12 can be set
It is one or more.
It is embedded in elasticity Fastener on sleeve 1, protrudes the elastic Fastener inside sleeve 1 and is used for clamping screw-nut, it is convex
The elastic Fastener outside sleeve 1 pulls mouth for clamping spanner out.Elastic Fastener has following form: 1, being arranged in outside
The embedded dress elastic circlip 20 of annular groove, 20 section of circlip is round (see Figure 13).2, hole, through-hole are got through on 1 wall of sleeve
It is embedded to fill elastic column 21 (see Figure 14).3, it in 1 outside or inside boss of sleeve, installs by steel ball 29 and 28 groups of spring
At Fastener (see Figure 15), the steel ball 29 of internal boss outwardly, for the mouth of pulling of back-up wrench, 29 court of steel ball of exterior boss
It is interior, the screw-nut of twisting for fixing.Circular groove in Figure 13 example can be ring for shapes, circlips such as rectangle, U-shapeds
Shape disconnects the shapes such as shape or U-shaped.Hole in Figure 14 example is through-hole or blind hole, is arranged on periphery or the boss of sleeve 1.
The installation number of the elastic circlip, elastomer Fastener that are embedded in various sleeves 1 above-mentioned can be one or more
A, the installation number of the elastic Fastener of steel ball and spring can be one or more groups of.The section of elastomer can be rectangle, circle
The various shapes such as shape, ellipse.Elastic circlip can be the various shapes such as rectangle, circle, ellipse, can be monolithic or disconnection
Shape.
See Figure 16, magnetic substance 30 is embedded in the periphery of sleeve 1 or boss, magnetic substance 30 is the various shapes such as rectangle, circle
Shape, magnetic material are embedded in muti-piece as needed.Magnetic substance 30 can be cast directly in the inside of sleeve 1 or for perforation shape, can also be with
It is embedded in sleeve 1 by later period machining process.In addition various sleeves 1 can also be made of magnetic material.See Fig. 6,
It is embedded in magnetic substance 30 in the exterior boss 4 of sleeve 1, is embedded in the elastic clamping being made of steel ball 29 and spring 28 in internal boss 5
Part.
See Figure 17, various sleeves 1 above-mentioned, periphery can be disconnection shape.Gap can be on periphery, gap
It can also be on angle.
See Figure 18, various sleeves 1 above-mentioned, periphery can be defect shape, defect point size determine according to actual needs,
Such as one periphery of 1/10 or the defect on defect periphery or the multiple peripheries of defect etc..
See that Figure 19, various sleeves 1 above-mentioned, external polygon pull mouth cooperation with combination wrenches 35, pull by dual-purpose
The handle of hand 35 carrys out twisting sleeve body 1.
See that Figure 20, various sleeves 1 above-mentioned, external polygon pull mouth cooperation with double offset ring spanner 36, pass through double offset ring spanner
The handle twisting sleeve body 1 of hand 36.
See Figure 21, various sleeves 1 above-mentioned, external polygon and box spanner pull the cooperation of mouth 38, pass through sleeve barrel spanner
The handle 37 of hand carrys out twisting sleeve body 1.
Sleeve 1 can also cooperate with other spanners, such as shfting wrench, fork spanner etc., the reality of sleeve 1 and fork spanner cooperation
Example is shown in the open spanner mouth of the middle and upper part Figure 19.
The swivel sleeve application method of metric system nut or screw provided by the invention and spanner made in Great Britain pulled between mouth: it uses
When, the external polygon 3 of sleeve body 1 and spanner made in Great Britain are pulled into mouth cooperation, what external polygon 3 penetrated spanner made in Great Britain pulls mouth;
The inside polygon 2 and metric system nut or screw fit of sleeve body 1, metric system nut or screw penetrate internal polygon 2;Then lead to
The handle of twisting spanner made in Great Britain is crossed to dismount metric system nut.
The swivel sleeve and application method of above-mentioned English system nut and spanner made in Great Britain, are not only applicable to " large scale spanner
Pull the nut that mouth is transitioned into small size ", he is equally applicable to coaxial and size, and there are the transition between the part in gap, by small ruler
The internal diameter of very little metric system part, is transformed into the outer diameter of large scale English system part.For example, " the pulling mouth of spanner " is substituted for
" nut or screw " is substituted for the axis that outer diameter is less than axle sleeve (5mm), swivel sleeve of the invention and user by hollow axle sleeve
Method is equally applicable.
Claims (9)
1. the swivel sleeve of a kind of metric system nut and spanner made in Great Britain, it includes sleeve body, it is characterized in that: the outside of sleeve body (1)
A kind of polygon (3) of specification is set, and the polygon (2) of another specification, sleeve is arranged in the inside of sleeve body (1)
The size of the external polygon (3) of body (1) is greater than the size of internal polygon (2), spanner pull mouth and the outside of sleeve body (1) is more
Side shape (3) is with merging twisting sleeve body (1), the inside polygon (2) and nut or screw fit and twisting nut of sleeve body (1)
Or screw, sleeve body (1) is by the screw or nut pulling mouth and be transitioned into small size of large scale spanner, in the end of sleeve body (1)
External positioning convex platform (4) or setting positioned internal boss (5) are set;The external polygon (3) of sleeve body (1) is internal polygon
Shape (2) cross sectional shape, polygon or curve that the polygon or straight line being formed by connecting for regular polygon or curve are formed by connecting and
The polygon that straight line is formed by connecting, the external polygon (3) of sleeve body (1) or internal polygon (2) corresponding sides it is parallel or at
Certain angle;
When external polygon (3) and internal polygon (2) are regular polygon and parallel corresponding sides, external polygon (3) is mutual
The size h on two parallel sides is the integral multiple of 1/32 inch (inch), the size range of the size m on two sides being parallel to each other
It is 1/8inch≤h≤9inch, the size m on two sides that internal polygon (2) is parallel to each other is the integral multiple of 1 millimeter (mm),
The size range of the size h on two sides being parallel to each other is 2mm≤h≤230mm.
2. the swivel sleeve of metric system nut according to claim 1 and spanner made in Great Britain, it is characterized in that: external polygon (3)
The size h on two sides being parallel to each other is the integral multiple of 1/32 inch (inch), the tolerance of h are as follows: lower deviation is negative, the upper deviation
It is 0;The size m on two sides that internal polygon (2) is parallel to each other is the integral multiple of 1 millimeter (mm), the tolerance of m are as follows: lower deviation
For positive number, the upper deviation is also positive number.
3. the swivel sleeve of metric system nut according to claim 1 and spanner made in Great Britain, it is characterized in that: sleeve body (1) is interior
Portion's polygon (2) section and external polygon (3) cross sectional shape are same or different.
4. the swivel sleeve of metric system nut according to claim 1 and spanner made in Great Britain, it is characterized in that: external positioning convex platform
(4) or positioned internal boss (5) be polygon that round or regular polygon or curve are formed by connecting or straight line be formed by connecting it is more
The polygon or discrete small boss that side shape or curve and straight line are formed by connecting.
5. the swivel sleeve of metric system nut according to claim 1 and spanner made in Great Britain, it is characterized in that: (1) is set on sleeve body
Set groove (11) or pit (10) or through-hole (12).
6. the swivel sleeve of metric system nut according to claim 1 and spanner made in Great Britain, it is characterized in that: sleeve body (1) uses
Magnetic material is made or is embedded in magnetic substance (30) on sleeve body.
7. the swivel sleeve of metric system nut according to claim 1 and spanner made in Great Britain, it is characterized in that: the week of sleeve body (1)
Side can be disconnection shape or defect shape.
8. the swivel sleeve of metric system nut according to claim 1 and spanner made in Great Britain, it is characterized in that: on sleeve body (1)
It is embedded in elasticity Fastener.
9. the application method of the swivel sleeve of metric system nut described in -9 and spanner made in Great Britain according to claim 1, it is characterized in that: making
Used time cooperates the mouth of pulling of the external polygon (3) of sleeve body (1) and spanner made in Great Britain, and external polygon (3) penetrates spanner made in Great Britain
Pull mouth;It is more that the inside polygon (2) and metric system nut or screw fit of sleeve body (1), metric system nut or screw penetrate inside
Side shape (2);Then metric system nut is dismounted by the handle of twisting English system spanner.
Priority Applications (2)
Application Number | Priority Date | Filing Date | Title |
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CN201710825658.XA CN109421014A (en) | 2017-09-01 | 2017-09-01 | The swivel sleeve and application method of metric system nut and spanner made in Great Britain |
PCT/CN2018/103611 WO2019042425A1 (en) | 2017-09-01 | 2018-08-31 | Conversion sleeve for wrench |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201710825658.XA CN109421014A (en) | 2017-09-01 | 2017-09-01 | The swivel sleeve and application method of metric system nut and spanner made in Great Britain |
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CN109421014A true CN109421014A (en) | 2019-03-05 |
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CN201710825658.XA Pending CN109421014A (en) | 2017-09-01 | 2017-09-01 | The swivel sleeve and application method of metric system nut and spanner made in Great Britain |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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CN110142317A (en) * | 2019-05-29 | 2019-08-20 | 北京无线电测量研究所 | A kind of copper pipe pane bending apparatus and method and bend pipe product |
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CN201246375Y (en) * | 2008-08-15 | 2009-05-27 | 中芯国际集成电路制造(上海)有限公司 | Spiral conversion connecting component |
CN203956832U (en) * | 2014-07-01 | 2014-11-26 | 中国石油集团长城钻探工程有限公司 | Insulating short section lock ring removes and installs device |
CN206405975U (en) * | 2016-08-24 | 2017-08-15 | 许小明 | Transition sleeve with two positioning boss |
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CN110142317A (en) * | 2019-05-29 | 2019-08-20 | 北京无线电测量研究所 | A kind of copper pipe pane bending apparatus and method and bend pipe product |
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