CN201862224U

CN201862224U - Axle handle of hockey lever

Info

Publication number: CN201862224U
Application number: CN2010202948203U
Authority: CN
Inventors: 张荣士
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-08-16
Filing date: 2010-08-16
Publication date: 2011-06-15
Anticipated expiration: 2020-08-16

Abstract

The utility model relates to an axle handle of a hockey lever, which comprises a handle body. The handle body made of hard material is in a long pipe shape, which comprises a top end and a distal end. The handle also comprises a coating layer with a predetermined thickness. The coating layer made of elastic material is coated on a section of the handle body. The thickness of the handle pipe is within the range of 1.00 mm to 3.00 mm. The thickness of the coating layer is within the range of 0.50 mm to 3.00 mm.

Description

The footstalk of hockey lever

Technical field

The utility model is relevant with the sporting club of hockey (Lacrosse), particularly about a kind of footstalk of hockey lever.

Background technology

Press, the footstalk of early stage hockey lever is normally made with wood materials, right these clubs fracture easily and are heavy, therefore the footstalk that has metal tube to make then replaces, though described metal footstalk has light weight, firm and advantage such as be easy to control, but its shortcoming is in batting or when being subjected to the unexpected bang of the other side's club, user's hand can be experienced strong concussion

Moreover described footstalk is hitting the crooked or depression of rear surface meeting mutually with the other side's club footstalk.What is more is strength when knock against each other when too big, and footstalk tends to so ruptures and fly out and cause that the sportsman's is injured.

In order to solve the shortcoming of aforementioned known techniques, the U.S. the 7th, 621,832 patent cases propose a kind of footstalk of improvement, and this footstalk is at the footstalk made with metal tube surface coating (coating) thin film, and this patent case is censured described footstalk can shock-absorbing, and the damage on minimizing footstalk surface, only true demonstration, the shock-absorbing effect that described film can produce is limited, and also can't effectively reduce surface damage.

The utility model content

Base this, main purpose of the present utility model is promptly providing a kind of footstalk of hockey lever, it is light weight not only, intensity is enough, controls easily, more and effectively shock-absorbing, and causes user's unexpected injury when preventing to rupture.

For reaching this purpose, the footstalk that hockey lever provided by the utility model is used includes one and is elongated tubular handle body, this handle body can hard material for example metal or fiber reinforced plastic make, be generally one-body molded, also can adopt the multistage combination certainly.This handle body has a top and an end, and this top is to be used for the head (Head) of affixed club, and is terminal then be used for the upper shield of affixed club.This footstalk also includes at least one clad in addition, and this clad is with elastic material, for example plastic foamed thing, and rubber or other kin material are made.This clad is to be coated on a section of this handle body in the mode of tool predetermined thickness, for example is coated on the normal position with other user's club bump of this handle body, perhaps on the position for user's gripping, also can coat simultaneously at two positions certainly.

Again, in order to reach light weight and handy purpose, it is between 1.00mm-3.00mm that the utility model can make the pipe thickness of this handle body, and the thickness of this clad is then between 0.50mm and 3.00mm.In addition except aforementioned considering especially on Thickness Design, the utility model is that the overall weight with this footstalk is controlled at 185g (gram) between the 230g (gram), to between the 120g (gram), the weight of this clad then is controlled at 85g (gram) between the 110g (gram) to the weight of this handle body between 85g (gram).

A feature again of the footstalk that the utility model hockey lever is used is for cooperating actual needs, can make the section configuration of the section configuration of this footstalk handle body and clad inequality, for example the section configuration of this footstalk handle body is circular, and the section configuration of this clad then is an octagon.

The beneficial effects of the utility model are: it is light weight not only, and intensity is enough, controls easily, more and effectively shock-absorbing, and causes user's unexpected injury when preventing to rupture.

Description of drawings

Below enumerate some preferred embodiments and also in conjunction with the accompanying drawings the utility model is described further, wherein:

Fig. 1 is for being the stereogram of the hockey lever of footstalk with the utility model first embodiment;

Fig. 2 is the cutaway view of the utility model first embodiment along long axis direction;

Fig. 3 is along the cutaway view on the 3-3 direction among Fig. 2;

Fig. 4 is along the cutaway view on the 4-4 direction among Fig. 2;

Fig. 5 is the cutaway view of the utility model second embodiment along long axis direction;

Fig. 6 is along the cutaway view on the 6-6 direction among Fig. 5;

Fig. 7 is the cutaway view of the utility model the 3rd embodiment along long axis direction;

Fig. 8 is along the cutaway view on the 8-8 direction among Fig. 7;

Fig. 9 is the cutaway view of the utility model the 4th embodiment along long axis direction;

Figure 10 is along the cutaway view on the 10-10 direction among Fig. 9;

Figure 11 is along the cutaway view on the 11-11 direction among Fig. 9; And

Figure 12 is along the cutaway view on the 12-12 direction among Fig. 9.

The specific embodiment

At first see also Fig. 1 to Fig. 4, a complete hockey lever is shown in figure number among Fig. 11, and club 1 has a footstalk 10, one bar heads 12 and a cap 14.

Footstalk 10 has a handle body 102 and a clad 104.Handle body 102 has a leading portion portion 106 and a back segment portion 108.Leading portion portion 106 is made by fiber reinforced plastic, is that a section is octagonal long tube body, and length is about 356mm, and pipe thickness is about 2.30mm.Further it, leading portion portion 106 has second adjacent with first limit 110 a respectively limit 112 of 110, two pairs on a pair of relative first limit, a pair of the 3rd adjacent with each second limit 112 respectively limit 114, wherein the length on each first limit 110 is greater than each the 3rd limit 114, and each second limit 112 is concave arc shape.The distance on each relative first limit 110 is about 20mm, and the distance on each relative the 3rd limit 114 is about 24.9mm.

Back segment portion 108 is by metal, and for example aluminium alloy or titanium alloy are made, is similarly a section and is octagonal long tube body, and length, thickness are all identical with leading portion portion, but the size of section is big slightly, uses the interlocking for leading portion portion 106.Handle body weight after the combination of leading portion portion 106 and back segment portion 108 is about 110 grams-115 grams.

Clad 104 is made by PU foaming thing, is the surface that is coated on leading portion portion 102, is about 1.8mm in the thickness of present embodiment clad 106, in order to the Weight control of clad 106 at 85 grams-110 grams.

See also Fig. 5 and Fig. 6 again, the axostylus axostyle of the utility model second preferred embodiment has a handle body 202 and a clad 204 shown in figure number 20.

Handle body 202 is one-body molded by fiber reinforced plastic in present embodiment, is the rounded long tube body of a section, and length is for being about 756mm, and pipe thickness is about 1.50mm.Clad 204 is made by PU foaming thing, is to be coated on handle body 202 surfaces, and the part of its coating is to extend about 711mm from handle body 202 terminal 206.The section of clad 204 is to be octagon, in other words, clad 204 has a pair of first limit 208, two pairs second limits 210, and a pair of the 3rd limit 212, wherein the thickness on each first limit 208 is about 1.5mm, and the thickness on each the 3rd limit is about 3.90mm, and the thickness on each second limit 210 is between between the two.These designs can make the weight of handle body 202 be about 120 grams, and the weight of clad 204 is about 95 grams.

Continue it, see also Fig. 7 and Fig. 8, the axostylus axostyle of the utility model second preferred embodiment has a handle body 302 and a clad 304 shown in figure number 30.

Handle body 302 is one-body molded by fiber reinforced plastic in present embodiment, is the long tube body of a section ovalize, and length is for being about 756mm, and pipe thickness is about 3.00mm.Clad 304 is made by PU foaming thing, is to be coated on handle body 302 surfaces, and the part of its coating is to extend about 558mm from handle body 302 terminal 306.The section of clad 304 is to be octagon, and thickness is about 1.55mm.These designs can make the weight of handle body 202 be about 100 grams, and the weight of clad 204 is about 90 grams.

See also Fig. 9 to Figure 12 at last, the axostylus axostyle of the utility model second preferred embodiment is shown in figure number 40, and footstalk 40 has a handle body 402 and a clad 404.Handle body 402 has a leading portion portion 406 and a back segment portion 408.Leading portion portion 406 is made by fiber reinforced plastic, is that a section is octagonal long tube body, the about 406mm of length, and the tube wall average thickness is about 2.00mm.Back segment portion 408 is made by fiber reinforced plastic, is the rounded long tube body of a section, and length is about 406mm, and external diameter is about 19.5mm, and internal diameter is about 17mm, and pipe thickness is about 2.00mm.Back segment portion 408 is rabbeted together with leading portion portion 406 by a plug sleeve 410.Plug sleeve 410 surfaces are octagon in order to embed the forward open end of leading portion portion 406, and inside has the front end embedding of a circular hole for back segment portion 408.

Clad 404 is to be coated on back segment portion 408 surfaces, and coated length is about 355m.The section of clad 404 is to be octagon, in other words, clad 404 has a pair of first limit 414, two pairs second limits 416, and a pair of the 3rd limit 418, wherein the thickness on each first limit 414 is about 2.00mm, and the thickness on each the 3rd limit is about 3.00mn, the thickness on each second limit 210 is between between the two, and is concave arc shape.These designs can make the weight of handle body 202 be about 115 grams, and the weight of clad 204 are about 90 grams.

To sum up institute is old, can find hockey lever footstalk provided by the utility model, it is the elasticity clad that cooperates difformity and thickness with the rigidity body of different section, more and for the ratio on the weight is special design, and therefore, this footstalk is light weight not only, intensity is enough, the tool shock-absorbing effect, even if more and the situation of fracture takes place, breaking portion also can not break away from.Aforementioned each embodiment of the utility model, 4 pounds hammer body is fallen in the mode of freely falling body from 3 feet height to be impacted shaft and does test, when cycle above 90 times, respectively this shaft does not damage yet or bends, and other commercially available club hits 3 times in the same manner, and shaft has begun bending.

Claims

1. the footstalk of a hockey lever is characterized in that, includes:

One handle body is elongated tubular, makes with hard material, has a top and an end;

The clad of at least one tool predetermined thickness is made with elastic material, is coated on a section of this handle body;

The pipe thickness of this handle body is between 1.00mm-3.00mm; And

The thickness of this clad is between 0.50mm and 3.00mm.

2. the footstalk of hockey lever as claimed in claim 1 is characterized in that, its overall weight is between between the 185g to 230g.

3. the footstalk of hockey lever as claimed in claim 2 is characterized in that, wherein the weight of this handle body is between between the 85g to 120g.

4. the footstalk of hockey lever as claimed in claim 3 is characterized in that, wherein the weight of this clad is between between the 85g to 110g.

5. the footstalk of hockey lever as claimed in claim 1 is characterized in that, wherein the section of this handle body is rounded.

6. the footstalk of hockey lever as claimed in claim 1 is characterized in that, the section ovalize of this handle body.

7. the footstalk of hockey lever as claimed in claim 1 is characterized in that, wherein the section of this this handle body is octagon.

8. the footstalk of hockey lever as claimed in claim 1 is characterized in that, wherein the section of this this handle body is rounded, and the section of this clad is octagon.

9. the footstalk of hockey lever as claimed in claim 1 is characterized in that, wherein this handle body includes a leading portion portion, and a back segment portion that is fixed in this leading portion portion one end.

10. the footstalk of hockey lever as claimed in claim 5, it is characterized in that wherein this this handle body has pair of corresponding first limit, two pairs respectively with the second adjacent limit of this first limit respectively, a pair of respectively with the 3rd adjacent limit of this second limit respectively, wherein the length on this first limit is greater than the 3rd limit.

11. the footstalk of hockey lever as claimed in claim 10 is characterized in that, wherein respectively this second limit is concave arc shape.