CN201040175Y

CN201040175Y - Plate body for sliding plate

Info

Publication number: CN201040175Y
Application number: CNU2007201482914U
Authority: CN
Inventors: 提姆·皮亩塔
Original assignee: Engis Corp
Current assignee: Engis Corp
Priority date: 2007-05-18
Filing date: 2007-05-18
Publication date: 2008-03-26
Anticipated expiration: 2017-05-18

Abstract

A slide plate body comprises a substrate that includes more than one layer of mutual layered Combination tablets. The slide plate body is characterized in that: the slide plate body further includes a ring piece and a fiber strengthened layer. The ring piece is a ring flake that is corresponding to the shape of the external periphery of the substrate, and the ring piece is arranged at the top surface of the substrate and covers the periphery of the substrate top surface, an excavating part is formed at the middle of the ring piece. The fiber strengthened layer is a flake of the excavating part, the shape of which is corresponding to the ring piece, and the fiber strengthened layer is arranged in the excavating part, which makes the fiber strengthened layer not directly contact with the external.

Description

Skateboard body

Technical field

The utility model refers to a kind of skateboard body especially about a kind of slide plate, and it can avoid the set fiber-reinforced material of skateboard body to be damaged.

Background technology

Slide plate has become quite general recreation ﹠ sports equipment in recent years.Slide plate generally comprises a plate body and a transfer, and plate body is many to be formed by stacking by several hard woods, and can provide the slide plate rigidity to combine with transfer with intensity.Because slide plate is usually used in across obstacle and falls within ground by suitable height, so the further reinforcement of the intensity of skateboard body, generally be the intensity that increases plate body in the mode that fiber-reinforced material combines with plate body.

Rule of thumb with the result of laboratory mechanical test, mostly the fracture of skateboard body is to begin to produce slight crack by the hard wood on plate body upper strata, then slight crack is passed to undermost hard wood in regular turn downwards, therefore if fiber-reinforced material covers the generation that the end face that is bonding on plate body can be avoided slab rupture, performance increases the optimum efficiency of plate body intensity.

Yet,, may cause adverse influence to the outward appearance of slide plate and user's health though the end face that fiber-reinforced material is covered in plate body fully can increase plate body intensity.Because slide plate is regular meeting and barrier or directly collision of ground generation in use, and fiber-reinforced material is comparatively fragile in the drag of side direction, so the edge of fiber-reinforced material often is worn.When if employed fiber is polyamide fiber or other thermoplastic fibre, then tend at slide plate edge formation mixed and disorderly bifurcated not attractive in appearance.When if employed fiber is glass or carbon fiber, then Mo Sun fiber-reinforced material edge then can form the sharp outstanding of hard, when the user carries slide plate, when in case the user directly contacts with the fiber of wearing and tearing or exposure, then may cause the serious allergy even the permanent bad reaction of user's skin pore and respiratory system, when the user slides at a high speed and clashes into slide plate accidentally, then cause serious contusion and incised wound easily.

The utility model content

Because existing skateboard body structure is after edge abrasion, tend to cause the problem on attractive in appearance or healthy, main purpose of the present utility model is to provide a kind of skateboard body, and it can be avoided the edge abrasion of slide plate and can not influence the outward appearance of slide plate or user's health.

For reaching the above object, skateboard body of the present utility model comprises a substrate, and substrate comprises the above and mutual stacked bonding pad of one deck, it is characterized in that:

Skateboard body further comprises a ring and a fibre reinforced layer, and ring is an annular flake corresponding to substrate outer peripheral edges shape, and is arranged on the end face of substrate and the periphery of covered substrate end face, forms a cavern part in the middle of the ring; Fibre reinforced layer is the thin slice of a shape corresponding to the cavern part of ring, and it is arranged in the cavern part of ring.

Preferably, skateboard body further comprises a binder course, and it is located between the end face of the bottom surface of fibre reinforced layer and substrate, and is the thin slice of a shape corresponding to the cavern part of ring.

Preferably, substrate includes the multilayer bonding pad, is provided with a mucigel between each bonding pad, sticks together and bonding pad is glued together each other.

Preferably, the two ends of substrate form arc bending in the same way.

Preferably, substrate is in being provided with several perforation respectively near the place, two ends.

Preferably, the fibre reinforced layer bottom surface is provided with a mucigel.：

The accessible concrete beneficial functional of the utility model comprises:

By the utility model fibre reinforced layer around around ring is set, therefore the edge of fibre reinforced layer can directly not contact with the external world, after therefore even the utility model is assembled into a slide plate and the various collision of process, periphery of the present utility model also can keep its outward appearance, can not produce the outstanding attractive in appearance not good phenomenon of fiber bifurcated.

2. the utility model is not owing to can produce the outstanding phenomenon of fiber bifurcated, therefore carry when utilizing the slide plate that the utility model forms as the user, fiber also can not contact with user's skin and cause the serious allergy even the permanent bad reaction of skin pore and respiratory system, when the user slides at a high speed and clashes into slide plate accidentally, can not cause serious contusion and incised wound yet; The utlity model has multinomial dominant foot takes place to avoid fortuitous event.

Description of drawings

Fig. 1 is the stereogram for the utility model preferred embodiment.

Fig. 2 is the three-dimensional exploded view for the utility model preferred embodiment.

Fig. 3 is the part sectioned view for the utility model preferred embodiment.

[primary clustering symbol description]

(10) substrate (11) bonding pad

(20) ring (21) cavern part

(30) fibre reinforced layer

(40) binder course

(50) perforation

The specific embodiment

Please refer to Fig. 1, Fig. 2 and shown in Figure 3, preferred embodiment of the present utility model is to comprise that ring 20 and that a substrate 10, is arranged at substrate 10 end faces is arranged at the fibre reinforced layer 30 in the ring 20, wherein;

Substrate 10 comprises the above and mutual stacked bonding pad 11 of one deck, 11 of each bonding pads are provided with a mucigel, and being glued together each other, bonding pad 11 sticks together, in this preferred embodiment, substrate 10 includes six bonding pads 11, bonding pad 11 can be a hard wood, and the two ends of substrate 10 form arc bending in the same way, control this preferred embodiment and be convenient to the user;

Ring 20 is the annular flakes corresponding to substrate 10 outer peripheral edges shapes, form in the middle of the ring 20 one can ccontaining fibre reinforced layer 30 cavern part 21, but ring 20 is arranged at the end face of substrate 10 and the periphery of covered substrate 10 end faces, can make the periphery of substrate 20 end faces not easy to wear by the setting of this ring 20, ring 20 can be identical material with hard wood or other not with the abrasion-resistant material of fibre reinforced layer 30 identical materials;

Fibre reinforced layer 30 is shape thin slices corresponding to the cavern part 21 of ring 20, it is arranged in the cavern part 21 of ring 20, fibre reinforced layer 30 bottom surfaces are provided with a mucigel and make fibre reinforced layer 30 glue-bondable end faces at substrate 10, by this setting of fibre reinforced layer 30 and can strengthen the rigidity and the intensity of substrate 10; In this preferred embodiment, further comprise a binder course 40 and several perforation 50, it is located between the end face of the bottom surface of fibre reinforced layer 30 and substrate 10 and is the thin slice of a shape corresponding to the cavern part 21 of ring 20, the setting of binder course 40 makes this preferred embodiment can use thin fibre reinforced layer 30 by this, and can reduce manufacturing cost, binder course 40 can be the material identical with hard wood, perforation 50 is located at this preferred embodiment respectively and is located near two ends, and can combine with a transfer for this preferred embodiment.

This preferred embodiment is around ring 20 is set around fibre reinforced layer 30, therefore the edge of fibre reinforced layer 30 can directly not contact with the external world, after therefore even this preferred embodiment is assembled into a slide plate and the various collision of process, the periphery of this preferable enforcement also can keep its outward appearance, can not produce the outstanding phenomenon of fiber bifurcated.In addition, when the user carries when utilizing the slide plate that this preferred embodiment forms, fiber also can not contact with user's skin and cause and stimulate or the phenomenon of incised wound.

Claims

1. skateboard body, it comprises a substrate, substrate comprises the above and mutual stacked bonding pad of one deck, it is characterized in that: skateboard body further comprises a ring and a fibre reinforced layer, ring is an annular flake corresponding to substrate outer peripheral edges shape, and be arranged on the end face of substrate and the periphery of covered substrate end face, form a cavern part in the middle of the ring; Fibre reinforced layer is the thin slice of a shape corresponding to the cavern part of ring, and it is arranged in the cavern part of ring.

2. skateboard body as claimed in claim 1 is characterized in that: skateboard body further comprises a binder course, and it is located between the end face of the bottom surface of fibre reinforced layer and substrate, and is the thin slice of a shape corresponding to the cavern part of ring.

3. skateboard body as claimed in claim 2 is characterized in that: substrate includes the multilayer bonding pad, is provided with a mucigel between each bonding pad, sticks together and bonding pad is glued together each other.

4. skateboard body as claimed in claim 3 is characterized in that: the two ends of substrate form arc bending in the same way.

5. skateboard body as claimed in claim 4 is characterized in that: substrate is in being provided with several perforation respectively near the place, two ends.

6. skateboard body as claimed in claim 5 is characterized in that: the fibre reinforced layer bottom surface is provided with a mucigel.

7. skateboard body as claimed in claim 1 is characterized in that: substrate includes the multilayer bonding pad, is provided with a mucigel between each bonding pad, sticks together and bonding pad is glued together each other.

8. skateboard body as claimed in claim 1 or 2 is characterized in that: the two ends of substrate form arc bending in the same way.

9. as the described skateboard body of claim 1,2 or 3, it is characterized in that: substrate is in being provided with several perforation respectively near the place, two ends.

10. as claim 1, each described skateboard body in 2,3,4, it is characterized in that: the fibre reinforced layer bottom surface is provided with a mucigel.