CN2305871Y

CN2305871Y - Buffer protector

Info

Publication number: CN2305871Y
Application number: CN 97235015
Authority: CN
Inventors: 黄显忠
Original assignee: Individual
Current assignee: Individual
Priority date: 1997-07-11
Filing date: 1997-07-11
Publication date: 1999-02-03
Anticipated expiration: 2007-07-11

Abstract

The utility model relates to a buffer protector. Primarily, comb like or other type buffering ribs are made of elastic rubber (plastic) material on an appropriate base sheet. Thus, comb like or other type buffering rib structures can be arranged between the hard surface layer and the soft inner layer of a protector, keeps proper space with the hard surface layer, and then are combined into one unit at a bonding or sew mode; or the elastic buffer layer can be directly formed on the inner edge of the hard surface layer. By the buffering rib structure of the elastic buffer layer, after the buffer protector is suffered from collision force which can be balanced out by the buffering ribs to reduce acting force, and further the buffer protector has a protection function which can decrease the injury probability of a human body to the lowest.

Description

Buffering protector device

The utility model relates to the body-protecting articles that supplies racer or sportsman to use.

With motions such as baseball, hockey, roller-skating or cross-country locomotives; a regular meeting falls down or crash scenario takes place because its motion is carried out; and when falling down or collide if do not make any safeguard procedures, then its bump strength directly acts on human body, will be easy to cause injured problem.

Even to fall down or collide the injury that is caused be the most common with shin, knee joint, elbow, wrist joint omoplate position and aforementioned, be and be the various protector that has at the safety and Protection at each position on the market, use and avoid clashing into strength and directly act on human body, provide suitable function of safety protection, can reduce injured probability.

Known protector structure, see also shown in Figure 1, mainly be to comprise a hard top layer 10 and a soft inner layer 20, utilize sewing type that the two is combined into one, what be formed with proper number on hard top layer 10 is evagination indent kenel boxed area 11, use and make hard top layer 10 possess appropriate gap at these boxed area 11 places and soft inner layer 20, according to this when being clashed into strength, the gap that its boxed area 11 of mat forms and the material characteristic of soft inner layer 20 can form suitable cushioning effect, and then can offset effect of impact power partly, to alleviate injured degree, reach the function of safety protection of expection.

But, with regard to known protector structure view it, though it is sewed with a soft inner layer as the interface that contacts with human body in hard top layer inner edge, and form the boxed area of evagination indent in the hard top layer and possess suitable gap, but be still the kenel that hard top layer and soft inner layer directly contact basically, add its soft inner layer thickness and little, can offset the bump strength of part though cause it, the bump strength of right its overwhelming majority still directly be passed to soft inner layer by the hard top layer and indirectly-acting in human body, under this situation, its strength that can offset is limited really, at most can only alleviate the pain of human body, there is no effective help for injured prevention, especially when bearing strong bump, this hard block zone more may produce breaks and loses its only cushioning effect, the injured effect of more indescribable prevention human body, thereby with known protector structural design, because of being short of effective elastic buffer effect, cause it to use the function of safety protection of failing to provide human body the best, have a strong impact on its practical value, improvement to be solved is arranged in fact.

Main purpose of the present utility model provides a kind of good buffer effect, the good buffering protector device of safety protection function.

For achieving the above object, the utility model is mainly set up an elastic cord breaker between hard top layer that has protector now and soft inner layer, protect effect to increase it, and this elastic cord breaker can use as buffer unit separately also.According to the utility model, a kind of buffering protector device is provided, comprise a hard top layer, one soft inner layer, wherein this hard top layer has the boxed area that is evagination indent kenel, its architectural feature is, is provided with an elastic cord breaker between this hard top layer and the soft inner layer, is formed with the buffering rib structure on the substrate of this elastic cord breaker.In addition, according to embodiment of the present utility model, this buffering protector device also has the architectural feature of following several respects: this elastic cord breaker and this hard top layer inner edge are possessed a gap; The substrate that this bullet is given birth to cushion is by the moulding of same tool elastic material with the buffering rib structure; Perhaps this substrate adopts and cushions the hard slightly material formation of rib structure; The buffering rib of this elastic cord breaker is to be linked to be honey comb like elastic buffer zone; Perhaps the buffering rib structure of this elastic cord breaker is kenels such as circle, rectangle or triangle; This elastic cord breaker can adopt continuously or intermittent mode is done the hollow out design at its elastic buffer territory element; The buffering rib structure of this elastic cord breaker takes shape in the leading edge face or the rear surface of substrate; This hard top layer, elastic cord breaker and soft inner layer system are combined into one with bonding or sewing type; Perhaps this elastic cord breaker can directly be shaped in this hard top layer inner edge.

Now for enabling structure composition of the present utility model and know-why are obtained more deep and concrete understanding, sincerely cooperate the graphic back that further is illustrated in:

Fig. 1 is the structural representation of known protector.

Fig. 2 is the STRUCTURE DECOMPOSITION schematic diagram of the utility model preferred embodiment.

Fig. 3 is the textural association schematic diagram of the utility model preferred embodiment.

Fig. 4 is that Fig. 3 is the structural relation schematic diagram that A-A ' line dissects.

See also the STRUCTURE DECOMPOSITION schematic diagram of Fig. 2, the textural association schematic diagram of Fig. 3 and the structural relation schematic diagram of Fig. 4, as shown in the figure, protector structure of the present utility model is formed and is roughly comprised hard top layer 30, trilaminate materials such as soft inner layer 40 and elastic cord breaker 50, wherein the boxed area 31 that is evagination indent kenel is still possessed on this hard top layer 30, and this elastic cord breaker 50 mainly is to form honeycomb or other kenels (as: circle on suitable substrate 51 leading edge faces than the flexible rubber of tool (moulding) glue material, rectangle or triangle etc.) buffering rib structure 52 (moulding of these buffering ribs also can be done equivalence in the substrate rear surface and implement), construct out the elastic buffer zone with these ribs 52 bindings, and it can be continuously or intermittent each territory element 53 is done the hollow out design, form an elastic buffering pad that has a crusherbull zone effect according to this, use and this elastic cord breaker 50 can be placed between protector hard top layer 30 and the soft inner layer 40, and make elastic cord breaker 50 and hard top layer 30 inner edges possess appropriate gap 60, with sewing type triplicity is integral again, constitutes the overall structure of the utility model protector in view of the above.

And reach at its function of safety protection, except this hard top layer 30 is default outside protruding indent boxed area 31 original damping characteristics, 60 in the gap that this elastic cord breaker 50 of mat and hard top layer 30 inner edges are possessed can further be offset part and be clashed into strength, utilize the strain buffering effect of the buffering rib structure 52 of this elastic cord breaker 50 again, more can make remaining effect of impact power offset via bearing of buffering rib 52 and alleviate, and then the human body chance of injury can be reduced to minimumly, a kind of function of safety protection that definitely is better than conventional construction is provided.

The protector structure of taking off is in the past formed, except utilizing sewing type with hard formation top layer 30, outside elastic cord breaker 50 and soft inner layer 40 triplicitys are integral, can adopt directly in addition in the mode of the one-body molded soft cushion 50 of hard top layer 30 inner edges, use and to reach equally in

hard top layer

30 and 40 structural designs of setting up elastic cord breaker 50 of soft inner layer, but make this elastic cord breaker 50 of its mat that preferable elastic buffer protective action is provided, even when suffering powerful bump strength, even fracture phenomena takes place in this hard top layer 30, it hits the amount of doing one's utmost and still can absorb by the buffering of elastic cord breaker 50 and reduce and unlikely directly transferring to is used for human body, can keep its appropriate function of safety protection according to this, improve the not most perfect disappearance of conventional construction.

Again, making of this elastic cord breaker 50, be to lie in substrate 51 surfaces to make buffering rib structure 52 than the flexible rubber of tool (moulding) glue material, wherein this substrate 51 is can be equally than the flexible identical material ejection formation of tool with buffering rib structure 52, perhaps this substrate 51 can be adopted the material hard slightly than rib structure 52 and makes, use and adjustablely allot different buffer levels and be suitable in the protector structure of different functions, continuous or the intermittent hollow out design that other is done by the unit, buffer area 53 that this elastic cord breaker 50 is constructed by rib structure 52, then can be after this elastic cord breaker 50 bears bump strength, the spy can provide rib 52 crimp nargin, and can form the component negative function, thereby can further promote its buffering effect, obtain better function of safety protection.

A bit that other is worth mentioning, elastic cord breaker of the present utility model is except being folded in the structural design between known protector hard top layer and soft inner layer, also can be in the use of in case of necessity it being made independent kenel, to enable having considering of cost economic benefit simultaneously concurrently the reaching of function of safety protection.

Sum up the above, the utility model protector is by the elastic cord breaker of setting up between this hard top layer and soft inner layer as can be known, make it when suffering external force collision, can obtain splendid buffering effect, effectively the injury that strength may cause human body is clashed in prevention, splendid function of safety protection is provided according to this, and can thoroughly solve most perfect disappearance of conventional construction, make it to become a protector that has a practical value.

Claims

1, a kind of buffering protector device, comprise a hard top layer (30), one soft inner layer (40), wherein this hard top layer (30) has the boxed area (31) that is evagination indent kenel, it is characterized in that, be provided with an elastic cord breaker (50) between this hard top layer (30) and the soft inner layer (40), be formed with buffering rib structure (52) on the substrate (51) of this elastic cord breaker (50).

2, a kind of buffer unit is characterized in that, this device comprises a substrate (51), is formed with buffering rib structure (52) on this substrate (51).

3, buffering protector device as claimed in claim 1 is characterized in that, this elastic cord breaker (50) is possessed a gap (60) with this hard top layer (30) inner edge.

4, buffering protector device as claimed in claim 1 is characterized in that, the substrate (51) of this elastic cord breaker (50) is by the moulding of same tool elastic material with buffering rib structure (52).

5, buffering protector device as claimed in claim 1 is characterized in that, this substrate (51) adopts and cushions the hard slightly material formation of rib structure (52).

6, buffering protector device as claimed in claim 1 is characterized in that, the buffering rib (52) of this elastic cord breaker (50) is to be linked to be honey comb like elastic buffer zone.

7, buffering protector device as claimed in claim 1 is characterized in that, the buffering rib structure (52) of this elastic cord breaker (50) is kenels such as circle, rectangle or triangle.

8, buffering protector device as claimed in claim 1 is characterized in that, this elastic cord breaker (50) can adopt continuously or intermittent mode is done the hollow out design at its elastic buffer territory element.

9, buffering protector device as claimed in claim 1 is characterized in that, the buffering rib structure (52) of this elastic cord breaker (50) takes shape in the leading edge face or the rear surface of substrate (51).

10, buffering protector device as claimed in claim 1 is characterized in that, this hard top layer (30), elastic cord breaker (50) and soft inner layer (40) are to be combined into one with bonding or sewing type.

11, buffering protector device as claimed in claim 1 is characterized in that, this elastic cord breaker (50) can directly be shaped in this hard top layer (30) inner edge.

12, buffer unit as claimed in claim 2 is characterized in that, this substrate (51) is by the moulding of same tool elastic material with buffering rib structure (52).

13, buffer unit as claimed in claim 2 is characterized in that, this substrate (51) adopts and cushions the hard slightly material formation of rib structure (52).

14, buffer unit as claimed in claim 2 is characterized in that, the buffering rib structure (52) of this device is to be linked to be honey comb like elastic buffer zone.

15, buffer unit as claimed in claim 2 is characterized in that, this buffering rib structure (52) is kenels such as circle, rectangle or triangle.

16, buffer unit as claimed in claim 2 is characterized in that, this device can adopt continuously or intermittent mode is done the hollow out design in the elastic buffer zone of its buffering rib structure.

17, buffer unit as claimed in claim 2 is characterized in that, this buffering rib structure (52) takes shape in the leading edge face or the rear surface of substrate (51).