CN107105808A - Helmet band attachment method and device - Google Patents
Helmet band attachment method and device Download PDFInfo
- Publication number
- CN107105808A CN107105808A CN201580072583.1A CN201580072583A CN107105808A CN 107105808 A CN107105808 A CN 107105808A CN 201580072583 A CN201580072583 A CN 201580072583A CN 107105808 A CN107105808 A CN 107105808A
- Authority
- CN
- China
- Prior art keywords
- folder
- band
- anchoring piece
- noose
- reinforcing
- 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.)
- Granted
Links
Classifications
-
- A—HUMAN NECESSITIES
- A42—HEADWEAR
- A42B—HATS; HEAD COVERINGS
- A42B3/00—Helmets; Helmet covers ; Other protective head coverings
- A42B3/04—Parts, details or accessories of helmets
- A42B3/08—Chin straps or similar retention devices
-
- A—HUMAN NECESSITIES
- A42—HEADWEAR
- A42C—MANUFACTURING OR TRIMMING HEAD COVERINGS, e.g. HATS
- A42C2/00—Manufacturing helmets by processes not otherwise provided for
- A42C2/002—In-mould forming
Abstract
The invention discloses a kind of anchor system for being used to being fixed to band into the in-molded helmet, the anchor system may include band anchoring piece, and the band anchoring piece includes anchoring piece housing and is connected to the in-molded flange of the anchoring piece housing.The anchor system may include to reinforce noose folder, what the reinforcing noose was pressed from both sides is sized to partly be fitted in the anchoring piece housing, the reinforcing noose folder includes crossbeam, the opening adjacent with the crossbeam and at least one folder, and at least one described folder is connected to the crossbeam and is sized to ordinatedly couple with the anchoring piece housing.The anchor system may also include band, and the band is disposed across the opening in the reinforcing noose folder and around the crossbeam, and the band is connected to its own with reinforcing noose.Described at least one described folder for reinforcing noose folder may be disposed at the Nei Jie sides of the reinforcing noose folder, or may include two side folders.
Description
Related application
This application claims entitled " the Helmet Strap Attachment Method submitted November 13 for 2014
The rights and interests of and Device " (helmet band attachment method and device) U.S. Provisional Patent Application 62/079,465, the U.S.
The entire disclosure of temporary patent application is herein incorporated by reference.
Technical field
This disclosure relates to helmet band attachment method and device.
Background technology
Protective head have and the helmet use in varied application and across multiple industries, be included in sports,
Used in track and field sports, building, mining, military defense and other field, with the head of antisitic defect user and brain.Use
Prevent hard objects or sharp objects from directly contacting the helmet on user head, can avoid or mitigate the damage that user is subject to.
Using absorption, the helmet that is scattered or otherwise managing impact energy, the damage that user is subject to can be equally avoided or mitigated.
Band or ribbon typically be used to allow user and releasedly dress their helmet, and ensure that the helmet is kept during impacting
On a user's head.
When using band or ribbon so that the helmet is releasably attached into user head, helmet anchor system or attachment
System is generally included to fetter attachment point, and one or more bands are connected to the helmet by the constraint attachment point.As the helmet and band one
Sample, either during accident or in order to test various safety standards, constraint attachment point is all subjected to big load during impacting
Load forces.By ensuring that helmet band attachment point is consolidated and the power that can withstand shocks, it can prevent user during contingency
Prematurely pull down webbing system.
The band attachment of the helmet or anchor system generally have two kinds of different types：1) in-molded band, and 2)
Rear molding band.In-molded band is attached for the in-molded helmet, and wherein containment vessel is formed by molding material, such as foamed
Polystyrene (EPS) foam or other materials.Containment vessel can by under specified conditions (such as temperature) by material (such as plastics
Or foam beads) inject or be expanded into helmet mould to be formed, to allow to form protective materials in mould.In molding completion
Afterwards, the part of the helmet or the helmet can be removed from mould to complete and use.By in-molded band during molding process
It is attached in the helmet and is attached to thereon.Attachment band or ribbon can be arranged in helmet mould in molding so that beam
Band is combined as a part for the helmet.The temperature and other conditions of molding process is controlled to ensure that band or ribbon will not be by the helmets
Molding process is damaged.As described below, rear molding band is attached after the formation of the helmet or containment vessel or molding.
For the conventional rear molding attachment of band, there is the attachment of two kinds of common types：1) band or ribbon are riveted to
The external shell of the helmet, the external shell such as formed by (ABS), and ribbon 2) is attached to in-molded mounting characteristic structure.
During molding process can by molding when by in-molded mounting characteristic structure setting in helmet mould by mould into
Type mounting characteristic structure is attached to the helmet and is attached to thereon so that in-molded mounting characteristic structure is used as one of the helmet
Divide and combine.Band or ribbon can be coupled to in-molded mounting characteristic structure, below in relation to shown in Fig. 1 and Fig. 2A-Fig. 2 D
With discussed.
For band or ribbon are connected to the first method of in-molded mounting characteristic structure can be described as snow anchor method or
Skiing anchor method.The example of tradition snow anchor is shown in Fig. 1.
Fig. 1 shows band anchoring piece, snow anchor or skiing type band anchoring piece 10, and this band anchoring piece is generally used for mould
The interior shaping helmet (including ski helmets or other snowfield helmets), the in-molded helmet is connected to by band.Band anchoring piece
10 may include two essential parts, i) band anchoring piece main body 14, and it may include opening 12；Ii) band anchoring piece 10 is coupled
To the helmet or the gusset of helmet body, strengthen attachment, fin, umbrella system, anchoring geometry or reinforcement attachment point 16.
The opening 12 of band anchoring piece 10 can receive band, and band can be inserted into the opening, so as to be connected to band anchoring piece
10.Ski helmets can be then connected to user's head by band.When band anchoring piece 10 is connected to the helmet, band anchoring piece 10
Gusset 16 may be provided at the energy-absorbing material or absorbing energy layer (such as expanded polystyrene (EPS) (EPS) froth bed or other suitable materials of the helmet
The bed of material) in.Gusset 16 can be sufficiently large, and including enough anchoring geometries, so that by the way that gusset 16 is fixed on into energy-absorbing material
Band anchoring piece 10 is fixed to the helmet, and the holding firmly connection during impacting in material.It is connected in skiing anchoring piece 10
During helmet body, gusset 16 can be embedded in helmet body.
By forming ring in band one end and inserting pin through band ring, so that it may which the band or ribbon of the helmet are connected to
Band anchoring piece 10.Ring in ribbon can be by being folded in its own top, and by band by the end of band or ribbon
End is formed with the noose core of (that is, suture) fixed to band is reinforced.Then, pin can be configured to through in band
Ring, then can by a part for pin and band is set on the inner side of the helmet arrive band anchoring piece main body 14 bottom portion
Pin is fixed to band anchoring piece main body 14 in opening 12 in point.As used herein, the inner side of the helmet or Nei Jie sides refer to
Such side of the helmet, neighbouring sideways or the contact user head, or two kind situations relative with the outside of the helmet have concurrently.
Therefore, tradition snow anchor such as band anchoring piece 10 shown in Figure 1 after helmet formation still for consumer
It can be seen that.In addition, the attached peripheral device of the helmet, that is, it is also visible to fix the metallic pin of the closed loop end of ribbon.Due to band anchoring
Part 10 is attached or coupled to band on the inner surface of the helmet, so the in-molded helmet generally existed when in-molded
Plastic casing need not be integrated, change or be sized with band anchoring piece 10 because plastic casing and band anchoring
Part 10 is separated by in-molded material.
As shown in figs. 2 a-d, conventional another method or equipment are the anchoring piece or housing 20 that shell is installed.Shell is installed
Anchoring piece 20 can be similar to conventional harnesses anchoring piece 10 in some aspects, but exist with the difference of conventional harnesses anchoring piece 10
Plastic housing is attached in it, the anchoring piece 20 that wherein shell is installed can be while, anchor that shell installed in-molded with plastic housing 22
Firmware 20 is fixed to hole, opening or punching in plastic housing 22.In some cases, the buckle of anchoring piece 20 by the way that shell is installed
The anchoring piece 20 that shell is installed is attached to shell 22 in punching into shell, being sized to of hole fitted by rubbing and
The anchoring piece 20 for keeping shell to install.Therefore, anchoring piece 20 may be disposed in the energy management materials 23 of the in-molded helmet 25.
Fig. 2A shows the only bottommost part for the anchoring piece 20 that shell is installed, and such as band anchoring piece is over-molded to press from both sides or cross mould
The base section of fabrication lock joint feature structure 24 be for user it is visible, and band anchoring piece Snap tabs, anchoring
Fastener, fin or gusset 26 are hidden in the lower section of plastic housing 22.Fig. 2 B included below show the anchoring piece such as installed in shell
20 be installed to shell 22 and in the helmet before, be plotted in showing for the anchoring piece 20 that whole shell outside shell 22 and the helmet is installed
The side view of example.
The anchoring piece folder 20 that Fig. 2 B are marked to indicate shell installation can be coupled to ribbon or band 28, and may include beam
The over-molded folder 24 of band anchoring piece and lid 30.The over-molded folder 24 of band anchoring piece can be formed with plastics note above the end of ribbon 28
The over-molded folder 24 of beam band anchoring piece, the over-molded folder of plastic injection band anchoring piece can be ordinatedly after the helmet is molded
Insert in band anchoring piece Snap tabs 26.It can be one way stroke that over-molded folder 24, which is inserted in band anchoring piece 26,.Change sentence
Words say, once over-molded folder 24 is inserted into band anchoring piece 26, then over-molded folder 24 and band anchoring piece 26 will for good and all and
Non-releasably couple so that over-molded folder 24 will not discharge, unless over-molded folder 24, band anchoring piece 26, or both
It is destroyed.Among other things, shell is installed anchoring piece 20 and for its decorative appearance be required for the system using it
's.
Similar to Fig. 2A, Fig. 2 C show to be connected to the bottommost part (as shown in Figure 2 B) of the anchoring piece 20 of shell installation, and
And the closely perspective view of the over-molded folder 24 exposed from plastic housing 22.Fig. 2 C also provide be connected to shell installation anchoring piece and
From the additional detail of the ribbon 28 of the over-molded extension of folder 24.
The cross-sectional profiles for the anchoring piece 20 that the shell that Fig. 2 D are showing along the hatching 2D-2D interceptions being shown in Fig. 2 B is installed
View.Fig. 2 D viewgraph of cross-section shows how over-molded folder 24 dashes forward with the band anchoring piece buckle in the anchoring piece 20 of shell installation
Piece 26 is engaged.
The content of the invention
This area needs helmet band to be attached and the method for providing the attachment of helmet band.Therefore, on the one hand, use
It may include band anchoring piece in the anchor system that band is fixed to the in-molded helmet, the band anchoring piece includes anchoring piece shell
Body and in-molded flange, the in-molded flange are connected to anchoring piece housing and are sized to protect band anchoring piece
Hold in the in-molded helmet.Anchor system may include that reinforcing noose presss from both sides, and what the reinforcing noose was pressed from both sides is sized to partly
Be fitted in anchoring piece housing, the reinforcing noose folder may also include crossbeam, the opening adjacent with crossbeam and at least one press from both sides,
The folder is connected to crossbeam and is sized to ordinatedly couple with anchoring piece housing.Anchor system may include band, should
Band is disposed across the opening reinforced in noose folder and around crossbeam, and the band is connected to its own with reinforcing noose.
The reinforcing interlocked with band anchoring piece is may also include for band to be connected to the anchor system of the in-molded helmet
At least one folder in noose folder, to prevent rigidized cover knot double-layered quilt from pulling out or be pulled away from anchoring piece housing.Reinforce in noose folder extremely
A few folder may include two side folders.At least one folder for reinforcing noose folder may be disposed at the Nei Jie sides of reinforcing noose folder,
The Nei Jie sides are perpendicular to the side for reinforcing noose folder.Band can be connected to reinforcing noose in the case where not having mould ribbon folder
Folder.Band anchoring piece, reinforcing noose folder and band may be adapted to the extraneous side for being installed to the helmet, and wherein the extraneous side of the helmet is remote makes
User's orientation of head.Through hole may be formed at the lower edge for reinforcing noose folder and is aligned with crossbeam, and the size of the through hole is set
Count into the part for receiving band.
On the other hand, may include band anchoring piece for band to be fixed to the anchor system of the in-molded helmet, it is big
The small reinforcing noose folder for being designed to partly be fitted in anchoring piece housing, and around crossbeam and it is connected to its own
Band.Reinforcing noose folder may include crossbeam and at least one folder, and the folder is connected to crossbeam and is sized to and band
Anchoring piece can ordinatedly couple.
The reinforcing noose with two side folders is may also include for band to be fixed to the anchor system of the in-molded helmet
At least one folder in folder.At least one folder for reinforcing noose folder may be disposed at the Nei Jie sides of reinforcing noose folder, the interior boundary
Side is perpendicular to the side for reinforcing noose folder.Band can be connected to reinforcing noose folder in the case of no pin.Band anchoring piece is also
It may include in-molded flange, the in-molded flange includes netted geometry, the netted geometry includes firm periphery
Side and at least one the interior open area surrounded by firm neighboring.Band anchoring piece may be disposed at the energy of the in-molded helmet
Measure in management material so that reinforce noose folder, crossbeam and band anchoring piece from the outside of the in-molded helmet of completion for making
User is invisible.At least one folder reinforced in noose folder can be interlocked with band anchoring piece, to prevent rigidized cover knot double-layered quilt from pulling out
Or it is pulled away from band anchoring piece.Band anchoring piece, reinforce noose folder and band and can be installed to the extraneous side of the helmet, wherein the helmet
Extraneous side is away from user's orientation of head.
On the other hand, the method for band being connected into the in-molded helmet may include to arrive band anchoring piece is in-molded
In protective helmet shell, the opening wherein in band anchoring piece exposes relative to protective helmet shell；Offer includes the rigidized cover of crossbeam
Knot folder；Make band around crossbeam and band is connected to its own；And in band anchoring piece by in-molded to protection
Band anchoring piece will be connected to after in helmet shell in the opening for reinforcing noose folder insertion band anchoring piece so that noose folder will be reinforced.
The method that band is connected into the in-molded helmet may also include the foam energy pipe for making band anchoring piece in expansion
Manage in-molded in layer.This method may include band being connected to its own, in addition to the end of band is sewn onto into band
Core is to form reinforcing noose.This method may also include to be supported by the load that will be arranged on the side of band anchoring piece
Side folder interlocking of the component with reinforcing noose folder will reinforce noose folder and be connected to band anchoring piece.This method may also include by inciting somebody to action
It is arranged on the folder at the Nei Jie sides for reinforcing noose folder and reinforcing noose folder is connected to band anchoring piece with the interlocking of band anchoring piece.
This method, which may also include, makes band pass through through hole in the lower edge for reinforcing noose folder, and the through hole is aligned with crossbeam.
Brief description of the drawings
Fig. 1 shows the view of skiing type anchoring piece device known in the art.
Fig. 2A-Fig. 2 D show the various views of the embodiment for the anchoring piece that shell is installed.
Fig. 3 shows the perspective view of the embodiment of anchor system.
Fig. 4 shows the cross-sectional profiles view of the embodiment of anchor system.
Fig. 5 A- Fig. 5 I show to be connected to the various views of the band for the embodiment for reinforcing noose folder.
Fig. 6 A- Fig. 6 E show the various views of another embodiment of the anchoring piece that shell is installed.
Embodiment
The disclosure, its each side and specific implementation be not limited to the specific helmet disclosed herein or material type or
Person's other systems part example or method.It is contemplated that many additional components known in the art being consistent with helmet manufacture,
Manufacture and assembling procedure, are used together with the specific specific implementation with the disclosure.Thus, for example, specific tool while there has been disclosed that
Body is implemented, but such specific implementation and implements part and may include consistent with expected operation known in the art to be used for such system
System and any part, model, type, material, version, quantity and/or the analogous element for implementing part.
Word " exemplary ", " example " or their various forms serve as example, example or citing herein for expression
Explanation.Any aspect or design for being described herein as " exemplary " or " example " are not necessarily to be construed as being preferred or better than other
Aspect or design.Further it is provided that example is only in order at the purpose being aware and understood, it is not intended to and limits or constrain in any way
The open theme or relevant portion of the disclosure.It should be appreciated that a large amount of showing adjunctively or alternatively with different range originally can be presented
Example, but eliminate for brevity.
Although the disclosure includes a variety of various forms of multiple embodiments, be shown in the drawings and will herein
Middle detailed description is specific embodiment, it will be appreciated that the disclosure is construed as to the principle of disclosed method and system
For example, and being not intended to being defined in the extensive content of disclosed concept into shown embodiment.
The invention discloses the device for providing protective helmet, equipment, system and method, the protective helmet may include
Shell and internal absorbing energy layer (such as foam).Protective helmet can be that s Mountainbike or road cyling are used
Bicycle helmet, it can also be used to slider, skater, hockey player, snowboarder, other snowfields sportsman
Or aquathlete, football player, baseball player, lacrosse sportsman, polo player, climber, racing vehicle
Hand, motorcycle rider, cross country motorcycle racing driver, high altitude bailout person or any other sportsman joined into sports.Other
Industry is also had using protective head so that be hired by the individual of other industry or work, such as, builder, soldier, fireman,
Pilot, or all types of work or activity also available to or need crash helmet, wherein similar technology and method similarly may be used
With.The helmet can be used in each motion, occupation or activity listed above, and the helmet includes single impact or many impacts
The protective materials base material of grade, usual (although not such was the case with), the outside of the base material is covered by trim, and in inner side
Include the conformable material generally existed in the form of comfort pad at least some parts.
In general, protective helmet, protective helmet such as listed above, it may include shell and internal energy absorb material
Material.For convenience's sake, protective helmet can be generally divided into the internal shaping helmet or rigid-shell helmet.The helmet of inside shaping can be wrapped
Include one layer or more than one layer, including thin outer crust, absorbing energy layer or shock resistance lining and comfortable lining or laminating lining.Duricrust head
Helmet may include hard coat, shock resistance lining and comfortable lining.Hard coat can be formed by injection molding, and may include propylene
Nitrile-butadiene-styrene (ABS) plastics or other similar or appropriate materials.The shell of rigid-shell helmet is generally made to foot
It is enough hard, to resist impact and puncture, and the safety test standard of correlation is reached, while again enough flexibly so as to by impacting
Period produces slight deformation, energy is absorbed by deforming, so as to contribute to energy management.Rigid-shell helmet can be used as bucket type skating
The helmet, motorcycle helmet, ice and snow and the aquatic sports helmet, football helmet, batter's helmet, receiver's helmet, ice hockey
Sports helmet and ridden contest available for BMX.Although the disclosure propose various aspects and specific implementation be all conceived to including
The embodiment of the in-molded helmet, but the present invention also relates to and suitable for rigid-shell helmet.
The improvement of both anchoring pieces 20 installed to conventional harnesses anchoring piece 10 and shell is the theme of the disclosure, and in order to
For the sake of convenient, it can be referred to as reinforcing noose folder or to reinforce noose folder band anchoring piece method.Method disclosed herein
The anchoring piece 20 that can be installed with device relative to band anchoring piece 10 and shell provides multiple advantages, and it is begged for more fully below
By.
If method disclosed herein and device can take dry form, multiple non-limiting examples of the form are below
It is middle to provide.As shown in the following examp, and as shown in Fig. 3-Fig. 5 I, reinforcing noose folder includes new, unobvious and available
Noose folder is reinforced, reinforcing noose folder can be coupled to band or a piece of ribbon, and the band or ribbon can then be connected to band
Anchoring piece or band anchoring piece housing.
Fig. 3 shows the reinforcing noose anchor system 50 for ribbon or band to be fixed to the in-molded helmet, and it includes
Band anchoring piece 52.Band anchoring piece 52 may also include anchoring piece housing 54 and in-molded flange, gusset, strengthen attachment,
Fin, umbrella system, anchoring geometry strengthen attachment point 56.In-molded flange 56 is formed as gusset or net, and it includes
Opening or space 58, the opening or space extension are provided remote from anchoring piece housing 54, as shown in Figure 3.Reinforce noose anchor
Gu system 50 may also include reinforcing noose folder 60, the example of reinforcing noose folder is also depicted in Fig. 3.Band or ribbon can pass through seam
Close or be connected to reinforcing noose folder 60 using noose is reinforced, following article is more fully described relative to Fig. 4 and Fig. 5 A- Fig. 5 I.
In some embodiments, in-molded flange 56 can be integrally formed with anchoring piece housing 54, and with anchoring
Part housing 54 by same material while and formed.In-molded flange 56 and anchoring piece housing 54 can be by any suitable
Structural material is made, such as plastics, metal, ceramics, cellulose, yarn fabric, glass fibre, carbon fiber, other fibers, rubber,
Polymer or other similar materials.Possible plastics include thermoplastic elastomer (TPE) (TPE), polyolefin, polyethylene (PE), poly- to benzene
Naphthalate (PETE), polypropylene (PP), PEI (PET) and polyether sulfone (PES), polyvinyl chloride (PVC),
Vinyl nitrile (VN), melamine, nylon, acetal, styrene-ethylene-butylene-styrene (SEBS), isoprene copolymer
Thing, styrene, makrolon or other similar materials.When band anchoring piece 52 is coupled to the helmet or the in-molded helmet,
The in-molded flange 56 and anchoring piece housing 54 of band anchoring piece 52 may be disposed at the energy absorbing material or layer of the helmet
It is interior.In-molded flange 56 can be sufficiently large, and including enough anchoring geometries, with by will at least in-molded flange 56
It is fixed in energy absorbing material and band anchoring piece 52 is fixed to the helmet, remains to the firm of the helmet during impacting
Connect.Therefore, when reinforcing noose anchor system 50 is coupled to helmet body, in-molded flange 56 and anchoring piece housing 54
All or part can be embedded into helmet body.In the case where in-molded flange 56 is arranged in helmet body, mould
Interior formed flanges 56 can be used for the power (tension force such as from ribbon 80) for being applied to band anchoring piece 52 to be pressed from both sides from noose is reinforced
60 are distributed to helmet body around.Band anchoring piece 52 may be disposed at and the in-molded helmet (the in-molded helmet and mould
The interior shaping helmet 25 is similar or identical) the similar or identical energy management materials of energy management materials 23 in so that band anchor
The outside of firmware 52, reinforcing noose folder 60 and crossbeam 62 from the in-molded helmet of completion is invisible for user.Energy pipe
Managing material 23 can be for expanded polypropylene (EPP), expanded polystyrene (EPS) (EPS), expanded polyolefin (EPO) or other are similar or suitable
One or more layers of material.
The anchoring piece housing 54 of band anchoring piece 52 shown in Figure 3 and the band anchoring piece master of conventional harnesses anchoring piece 10
The difference for the anchoring piece 20 that body 14 and shell are installed is that it is configured as being securely coupled to reinforce noose folder 60.Rigidized cover
Knot folder 60 can be formed by the similar or identical material of the material with forming anchoring piece housing 54 and in-molded flange 56.Rigidized cover
Knot folder 60 may include crossbeam, top cross-bar or stay 62, ribbon or band 80 can around its setting, and reinforce noose 82 can quilt
It is sewn onto in ribbon 80 to form the ring of ribbon 84.Reinforce noose folder 60 and may also include folder, barb, contact pin, pointed tooth, engagement tab
Or interlocking engagement beam 64, it prevents that reinforcing noose folder 60 is inadvertently pulled out or be pulled away from after anchoring piece housing 54 has been inserted into
Anchoring piece housing 54.Folder 64, the face around folder 64 for such as reinforcing noose folder 60 or reinforcing noose folder 60 may be disposed at rigidized cover
At the Nei Jie sides of knot folder 60, the Nei Jie sides are perpendicular to the side for reinforcing noose folder and towards the inside of the helmet or towards for making
Opening orientation in the helmet on user head.
Crossbeam 62 and folder 64 may include horizontal alignment, and the opposed end of its middle cross beam 62 and the opposed end of folder 64 are coupled
To the connecting elements or vertical connecting elements 66 being arranged in the opposite edges for reinforcing noose folder 60.Crossbeam 62 and connecting elements 66
It can be coupled rigidly and integrally to provide firm and firm structure, the structure can be inserted into anchoring piece housing 54.Folder 64
Can be also integrally formed with connecting elements 66, and press from both sides 64 can be connected to connecting elements 66 in this way, to provide heavily fortified point
Gu and firm connection, while also allowing the bending of folder 64 and temporarily mobile during insertion anchoring piece housing 54 or deform, so
Afterwards the folder 64 once insert normal or resting position is returned in anchoring piece housing 54 with lock it is in place or with anchoring piece housing
54 can ordinatedly couple.Along folder 64 part (such as folder 64 and connecting elements 66 between) formed it is one or more between
Gap, opening or passage 68 can provide the flexibility of folder 64.
Therefore, after band anchoring piece 52 has been arranged in the helmet (the eps foam layer of such as helmet), noose is reinforced
Folder 60 may be disposed in the opening in band anchoring piece 52 or anchoring piece housing 54.Band anchor is inserted noose folder 60 will be reinforced
After firmware 52, ribbon or band 80 can be used for the head that the helmet is remained to user, and by making reinforcing noose press from both sides 60
And its crossbeam 62 and band anchoring piece 52 are arranged in the helmet to cause them from the outside of the helmet of completion for user
It is invisible, also the overall appearance of the helmet can be enable to improve, while maintaining feature.
This anchor system and device can also comprise additionally in other optional feature structures.First optional feature structure can be riveting
Nail opening 70, the rivet opening may be formed in the outer surface of band anchoring piece 52.Rivet opening 70 can be configured as receiving dress
Decorations property rivet 72, the ornamental rivet, which can be set, is connected in parallel to rivet opening 70 with can on the outer surface of the in-molded helmet
See.Rivet 72 can provide structural support and be fastened to band anchoring piece housing 54 for will reinforce noose folder 60, or can not carry
For 60 being fastened to any structural support of band anchoring piece housing 54 for noose folder will to be reinforced, and be to provide it is desired attractive in appearance or
Outward appearance.
Second optional feature structure of anchor system 50 includes anchor system 50 or part thereof, and it is installed to the outer of the helmet
Remote user's orientation of head of boundary side or the helmet or the side for not contacting user head.Therefore, the band of anchor system 50
Anchoring piece 52 may differ from the principal organ of tradition or conventional anchoring piece, such as band anchoring piece 10, wherein band anchoring piece
On the inner surface of the helmet.Similarly, the band anchoring piece 52 of anchor system 50 may also differ from the anchoring piece of shell installation
20, the anchoring piece 20 that wherein shell is installed is placed in the middle at the bottom of plastic housing 22, and in the energy absorbing material of the helmet.
Compared with the yoke of the tradition method from ski helmets, reinforce noose anchor system 50 may include anchoring piece housing 54 installation or
The part on the outside of the helmet is arranged on to provide the visual appearance similar to some shell-type helmets, the beam in the shell-type helmet
Band is installed to the outside of the helmet, while providing the firm connection between in-molded flange 56 and the in-molded helmet.
Fig. 4 shows such embodiment, and wherein optional adhesive 90 (such as adhesive tape or two-sided tape) can be attached to
The downside of the shell or cap 92 (being similar to shell 22) of band anchoring piece 52 and the in-molded helmet or inner surface.In in-molded mistake
During journey, band anchoring piece 52 can be held in place by by adhesive 90 relative to outside helmet shell.Except using the He of rivet 72
Outside punching attachment or instead of using rivet 72 and punching attachment, adhesive 90 can be used.Adhesive 90 can also be covered, protected
Protect and prevent in-molded material, such as eps foam or other materials enter the first space or opening 94 and second space or
Opening 96, reinforcing noose folder 60 will be arranged in the space or opening.In some embodiments, adhesive 90 can have
In the range of 0.2-5.0 millimeters (mm) or about 1mm thickness, as used herein, term " about " can refer to described value and add deduct at most
10%th, 25% or 50%.
The reinforcing noose anchor system 50 in Fig. 3-Fig. 5 I is shown in, system is anchored as shown in the reinforcing noose in Fig. 6 A- Fig. 6 E
System 150 shows that the disclosure is contemplated and covers the shape for reinforcing noose anchor system, structure and a variety of configurations of form and modification
Form.For example, anchoring piece housing 54 can have any required shape or size, it is configured as receiving correspondence reinforcing noose folder 60
Or reinforcing noose folder corresponding with this can be ordinatedly compatible.Anchoring piece housing 54 may include 6 sides or surface, or any number
Purpose side or surface, including four and five sides or surface, five sides such as shown in Figure 4 or the anchor on 5 surfaces
Firmware housing 54.Alternatively, Fig. 4 anchoring piece housing 54 is also considered as with open the 6th side or bottom
The anchoring piece housing of six sides of side, reinforcing noose folder 64 will be entered by the anchoring piece housing.Outside anchoring piece housing 54
Contouring, shape or covering may include rectangular prism, frame, polygon or any other solid or hollow shape.Therefore, anchoring piece
Housing 54 can be considered to have the middle empty frames of one or more spaces or opening (such as the first space 94 and second space 96),
The space or opening can be partially or completed through anchoring piece housing 54 volume or one or more surfaces.
As shown in figure 4, the first space or opening 94 part but can extend through not exclusively or intactly anchoring piece housing 54,
So that the first space 94 passes through the first surface 98 of the internal approach towards the helmet, and be not passed through anchoring piece housing 54 with first
The relative second surface 100 in surface 98, the second surface 100 is towards the externally-oriented of the helmet.
Second space or opening 96 also part but can extend through not exclusively or intactly anchoring piece housing 54.Second space
96 can extend from the 3rd surface 102, and the 3rd surface 102 is at the bottom margin of the helmet and with the side of the bottom away from the helmet
To orientation, and also with vertical, transverse direction or substantially vertically or transverse to the side of first surface 98, second surface 100 or both
To positioning or orientation.Second space 96 may extend into anchoring piece housing 54 and not extend across the 4th surface 104, the 4th table
The surface 102 of face 104 and the 3rd is relative, and the 4th surface 104 is also with vertical, laterally or substantially vertically or transverse to the first table
The direction positioning in face 98, second surface 100 or both is orientated.
First space 94 and second space 96 can intersect each other to provide opening, space or inside in anchoring piece housing 54
Space reinforces noose folder 60 to receive.Although the space that noose folder 60 for convenience's sake, is reinforced for receiving is described as two
The joining in individual separated space (the first space 94 and second space 96), but the space of noose folder 60 is reinforced for receiving
It can be described or be considered with the joining or the single space of opening or sky by the surface 102 of first surface 98 and the 3rd
Gap.In either case, reinforcing noose folder 60 can be inserted into anchoring piece housing 54 by the first space 96, wherein the spirit of folder 64
Deform livingly and pass through the first space 94 to fit.The folder 64 for reinforcing noose folder 60 can then return to resting position to extend to the
In two spaces 96 or extend through the second space to couple releasably or for good and all folder 64 with second space 96.Therefore, plus
Gu noose folder 60 can be connected in band anchoring piece 52 is connected to the helmet to allow to reinforce noose anchor system 50 by ribbon 80,
And allow user that the helmet is connected into user head.
As described above, the helmet can be connected to by ribbon 80 in the following manner by reinforcing noose anchor system 50：By that will add
Gu noose 82 is sutured or is placed into be connected to ribbon 80 in ribbon 80 and reinforces noose folder 60 to form the ring of ribbon 84, the ring
It is arranged on around crossbeam 62 and is connected to the crossbeam.Such as the non-of noose folder 60 is reinforced by suturing ribbon 82 being attached to
Limitative examples are described herein relative to Fig. 5 A- Fig. 5 I.
Fig. 5 A show the example of reinforcing noose folder 60, and the central area that the reinforcing noose is clipped in reinforcing noose folder 60 includes
Press from both sides 64 and include crossbeam 62 at the top or edge for reinforcing noose folder 60, but in various embodiments, folder and crossbeam
Relative position can be moved relative to each other.The crossbeam 62 for reinforcing noose folder 60 is illustrated as being orientated towards ribbon 80, wherein ribbon 80
End 81 with reinforce noose folder 60 deviate, then pass through reinforce noose folder 60 in open top, gap or passage 69 and
Around crossbeam 62.
As shown in Figure 5 B, the end 81 of ribbon 80 may pass through open top 69 and around crossbeam 62, the opening 69 and horizontal stroke
Beam 62 is adjacent.In some cases, the side of crossbeam 62 or part can limit the side or part of opening 69.Crossbeam 62 and opening
69 size can be designed to receive ribbon 80 so that the ring 84 of ribbon 80 may be formed at around crossbeam 62.Opening 69 can
It is adjacent with crossbeam 62, and in some cases, the side or part of crossbeam 62 can limit the side or part of opening 69.
After ribbon 80 to be inserted through to opening 69, ribbon 80 may extend across crossbeam 62 and turn back.Then ribbon 80 can be stitched
Close or be fixed on sewing machine 110 (as shown in Figure 5 C) with reinforcing noose, to form the ring for the ribbon 84 being shown in Fig. 5 D.Ribbon
84 ring can be sutured with noose 82 is reinforced, the reinforcing noose the end 81 of ribbon 80 near through ribbon 80, and through knitting
The core that end 81 with 80 remote ribbon 80 is set.Compared with by plastic clip geometry, such as band anchoring piece crosses mould
The 24 in-molded ends 81 to ribbon 80 of system folder, create the ring of ribbon 84 ribbon 80 is connected into reinforcing around crossbeam 62
Noose folder 60 is more time saving and cost is lower.
As shown in fig. 5e, after the ring of ribbon 84 is sewn to around crossbeam 62, reinforce noose folder 60 and then can be rolled over
It is stacked in the part top for reinforcing noose 82 and ribbon 80 so that reinforces noose folder 60 can be with knitting with 64 relative surfaces 65 of folder
With 80 surface it is adjacent or contact.As illustrated in figure 5f, the part for being arranged on the top of crossbeam 62 of ribbon 80 can form ribbon 80
Leading edge 86, the leading edge covering reinforce noose folder 60 top.Although the relative movement for reinforcing noose folder 60 and ribbon 80 can quilt
Describe or be considered on reinforcing noose folder 60 relative to the movement of ribbon 80, but can also be opposite so that ribbon 80
Moved relative to noose folder 60 is reinforced.Therefore, ribbon 80 can be moved relative to noose folder 60 is reinforced so that ribbon 80 and rigidized cover
Knot 82 can be folded, and be placed with adjacent with the surface 65 for reinforcing noose 60 or contacted.In either case, ribbon
80th, reinforce noose and press from both sides the height H that 60 or both movement can cause the afterbody or length 88 of ribbon 80 to press from both sides 60 along reinforcing noose1
Set and extend outwardly away from crossbeam 62.Then the afterbody of ribbon 80 or length 88 can be used to the helmet being connected to user's head
Portion.
Continue from Fig. 5 F, Fig. 5 G show the rigidized cover for being ready to insert in band anchoring piece 52 or band anchoring piece housing 54
Knot folder 60.Reinforce noose folder 60 and ribbon 80 is illustrated as pressing from both sides 60 crossbeam 62 with reinforcing noose and is aligned, the crossbeam is towards anchoring piece
Opening 96 in housing 54 is orientated and aligned with it.The folder 64 for reinforcing noose folder 60 is also oriented such that reinforcing noose folder 60
To can ordinatedly it couple with opening 94.
Fig. 5 H are shown after reinforcing noose folder 60 is aligned with band anchoring piece 52 or band anchoring piece housing 54, are connected in
Reinforcing noose folder 60 and ribbon 80 around crossbeam 62 are inserted into band anchoring piece housing 54 and are releasably attached to beam
Band anchoring piece 52.Fig. 5 H show the reinforcing noose folder 60 being inserted partially into band anchoring piece 52.
Fig. 5 I show that reinforcing noose presss from both sides 60, and reinforcing noose folder is engaged with band anchoring piece 52 completely so that reinforce noose
The folder 64 of folder 60, which is arranged on, to be reinforced in the opening 94 of noose folder 60.Folder 64 contacts to open securely with anchoring piece housing 54
When power is applied to ribbon or band 80 so that ribbon 80 and reinforcing noose folder 60 are pulled away from into band anchoring piece 52, such as worn in user
During impact or collision in the case of helmeting, prevent from or prevent to remove reinforcing noose folder 60 from anchoring piece housing 54.
For the sake of clarity, Fig. 5 G- Fig. 5 I show the anchoring of the band including in-molded flange 56 outside the helmet
The diagram of part 52.However, in actual use, band anchoring piece 52 can by it is interior bury or the embedded helmet in, such as eps foam layer
In and hide and can not see with being largely or entirely.In some cases, one or more band anchoring pieces 52 will be in head
It is arranged at the side of helmet or lateral part in the helmet, such as the lower edge in the helmet, it can pacify with the shell being shown in Fig. 2A
The anchoring piece of dress or the position of housing 20 are same or similar.Under any circumstance, ribbon 80 is connected to the in-molded helmet
Method may include band anchoring piece 52 is in-molded into protective helmet or helmet shell, the opening wherein in band anchoring piece 52
96 expose relative to protective helmet shell or the helmet.This method, which may also include, provides the reinforcing noose folder 60 for including crossbeam 62, will knit
Band 80 be sewn onto crossbeam 62 or its around, and by the openings 96 for reinforcing noose folder 60 and inserting band anchoring pieces 52 will reinforce
Noose folder 60 is permanent or is releasably attached to band anchoring piece 52.
Ribbon or band 80 are attached to reinforcing noose folder 60 by using sewn reinforcement noose 82, by anchoring piece housing 54
After in the in-molded in-molded energy absorbing material to the in-molded helmet, ribbon 80 and reinforcing noose folder 60 can couple
To anchoring piece housing 54 and insert in the anchoring piece housing.It can thus be avoided including rigidized cover during in-molded
Knot folder 60 and ribbon 80, or attach it to during in-molded process the complexity of band anchoring piece 52 or the helmet.
Before making the in-molded helmet in-molded, anchoring piece housing 54 can be coupled to mould or be connected to shell, the in-molded helmet
It will be formed into the mould or shell, what makrolon that such as can be similar to the plastic housing 22 being shown in Fig. 2A was vacuum formed
Shell.In some embodiments, including the band anchoring piece 52 of in-molded flange 56, anchoring piece housing 54 or both can be by card
It is anchored in a part for shell or is punched through otch, space, hole or opening in the part, such as shell.Alternatively select
Select, band anchoring piece 52 can be also rested upon for making the in-molded in-molded mould of energy absorbing material (such as in EPS
EPS moulds during forming process) in blade or pillar on.Although some variations of band anchoring piece 52 will include riveting
Nail 72 and the part exposed from the helmet with band anchoring piece 52, but can be at no rivet 72 (including ornamental rivet)
In the case of form other variations or version of band anchoring piece, and shell can be connected to before in-molded, and
From being hidden from seeing after being moulded by being arranged in the in-molded helmet.In other embodiments, it is shown in
Rivet 72 in Fig. 3 can be used for before in-molded band anchoring piece 52 being fixed to shell, and rivet 72 can be from the helmet
The outside of shell keeps visible.
Fig. 6 A- Fig. 6 E include another embodiment of the anchor system according to the disclosure.Fig. 6 A show to reinforce noose anchor
Gu the non-limiting example of system 150.Reinforce noose anchor system 150 may include ribbon or band 80, band anchoring piece 152,
Anchoring piece housing 154, in-molded flange 156 and reinforce noose folder 160, wherein each can by identical material, different materials or
Analog material is formed, including the one or more in any suitable construction material, such as plastics, metal, ceramics, cellulose, spinning
Fabric, glass fibre, carbon fiber, other fibers, rubber, polymer or other similar materials.Possible plastics include TPE, gathered
Alkene, PE, PETE, PP, PET, PES, PVC, VN, melamine, nylon, acetal, SEBS, isoprene copolymer, benzene second
Alkene, makrolon or other similar materials.
Reinforce noose folder 160 and may also include one or more side folders, folder, barb, contact pin, pointed tooth, engagement tab or interlocking
Fastener 164.Side folder 164 can be load bea ping members, and the load bea ping members couple with band anchoring piece 152 or can be ordinatedly
Engage using by band anchoring piece 152 remain to reinforce noose folder 160 as reinforce noose anchor system 150 part for by
The helmet remains to wearer head.Side folder 164 may differ in both number and location with folder 64.As shown in Figure 6A,
Reinforcing noose folder 160 may include two side folders 164, and the side double-layered quilt, which is arranged relative to each other, is reinforcing the side of noose folder 160
Or at side zones, without being provided on the front portion or rear portion of rigidized cover knot folder 160.In other words, noose folder 160 is reinforced
Side folder 164 can with the length at the edge 85 of ribbon 80 or ribbon 80 or height correspondence, be aligned, or can be in parallel or substantially
It is parallel.In addition, band anchoring piece 152 may include load bea ping members or folder 159, it presss from both sides 164 pairs with reinforcing the side of noose folder 160
Should, connection and can ordinatedly designed size.Load bea ping members 159 can pass through opening or passage 157 and anchoring piece housing 154
Core 155 separate or deviate.Load bea ping members 159 can also passage or be open 157 end above or end
It is connected to flexibly or hingedly anchoring piece housing 154.Therefore, load bea ping members 159 can supported from above and cantilever, rather than
Support from below or cantilever, as shown in the situation of the folder 64 in Fig. 3.
Fig. 6 B show to separate and be not coupled to band anchoring piece 152 and ribbon 80 the band anchoring piece and ribbon plus
Gu the zoomed-in view of noose folder 160.As shown in Figure 6B, reinforcing noose folder 160 may include side folder 164, side folder and anchoring piece shell
The edge 85 at the edge of body 154 and connection or the ribbon 80 for being attached to reinforcing noose folder 160 is aligned, rather than vertical with ribbon 80
Directly in the main surface at edge 85 or in face of standard.Therefore, side presss from both sides 164 folders 64 that can be shown in relative to more than in Fig. 2A and Fig. 5 with 90
The rotation of degree is vertical, transverse direction or alignment.Fig. 6 B also show that the size of crossbeam 162 is designed to receive ribbon around crossbeam 162
80 ring 84, the ribbon 80 is further arranged into through the opening 169 reinforced in noose folder 160, the opening 169 and crossbeam
162 is adjacent.In some cases, the side of crossbeam 162 or part can limit the side or part of opening 169.
Fig. 6 C show that reinforcing noose presss from both sides 160, and wherein ribbon 80 is connected to reinforcing noose folder 160, and is not coupled to band anchor
Firmware 152, as shown in Figure 6A.Above in relation to be connected to crossbeam 62 or reinforce noose folder 60 ribbon 80 as described in, ribbon 80
The crossbeam 162 for reinforcing noose folder 160 can be coupled to, as shown in Fig. 5 A- Fig. 5 F.Reinforcing noose folder 160 optionally includes bow
Shape part or support member 166, it forms through hole or opening 166 to receive a part for ribbon 80 or allow the part from through hole
166 the first side extends to second side relative with the first side of through hole 166.Through hole 166 may be disposed at reinforcing noose folder 160
Lower edge 170 at and be aligned with camber member 166.Therefore, the part being easily seen by the user of ribbon 80 can be by rigidized cover
The uniform parts of the lower edge 170 of knot folder 160, such as bead of plastics material is fitly defined.On the contrary, and not including camber member
In the case of 166, ribbon 80 can be defined at less than on all sides, be such as defined in only one side by reinforcing noose folder 160
On face or three sides.Fig. 6 C show to be connected to the side folder 164 of crossbeam 162 at or near the top for reinforcing noose folder 160
Non-limiting example, but in various embodiments, side folder 164 can also be set along the edge or side for reinforcing noose folder 160
Put at any relatively low point.
Fig. 6 D show to reinforce the cross section of noose folder 160 and ribbon 80 and the ribbon along the line 1D interceptions being shown in Fig. 6 C
Perspective view.Fig. 6 D also illustrate that ribbon 88, in its circular crossbeam 162, is fixed, and be disposed across through hole with noose 82 is reinforced
Path when 168.
Fig. 6 E show to reinforce the left side for being illustrated as reinforcing noose anchor system 150 in fig. 6 of noose anchor system 150
The closely profile view of a part for core.Fig. 6 E show to be connected to band 80 and are arranged on band anchoring piece housing
Reinforcing noose folder 160 in 145.The left side side folder 164 of reinforcing noose folder 160 is illustrated as mutual with left side load bea ping members 159
Lock can ordinatedly couple.Reinforce noose folder 160 be inserted into band anchoring piece housing 154 when, band anchoring piece 152 it is soft
Property load supporting arm 159 can by reinforcing the movement of side folder 164 of noose folder 160, promote or deform.Alternatively,
When reinforcing noose folder 160 is inserted into band anchoring piece housing 154, beam can be passed through by reinforcing the flexible sides folder 164 of noose folder 160
Load bea ping members 159 with anchoring piece 152 are moved, promote or deformed.In either case, the He of load bea ping members 159
Side folder 164 can engage, can ordinatedly couple and lock afterwards in band anchoring piece 152 is advanced in place.
For the sake of clarity, Fig. 6 A- Fig. 6 E show the anchoring of the band including in-molded flange 156 outside the helmet
The diagram of part 152.However, in actual use, band anchoring piece 152 can by it is interior bury or the embedded helmet in, such as eps foam
Hide and can not see with being largely or entirely in layer.In some cases, one or more band anchoring pieces 152 will be
It is arranged at the side of the helmet or lateral part in the helmet, such as the lower edge in the helmet, it can be with the shell that is shown in Fig. 2A
The anchoring piece of installation or the position of housing 20 are same or similar.Under any circumstance, ribbon 80 is connected to the in-molded helmet
Method may include band anchoring piece 152 is in-molded into protective helmet or helmet shell, wherein in band anchoring piece 152
Opening 168 exposes relative to protective helmet shell or the helmet.This method, which may also include, provides the reinforcing noose folder for including crossbeam 162
160, by ribbon 80 be sewn onto crossbeam 162 or its around, and openings for noose folder 160 will be reinforced inserting band anchoring pieces 152
It is permanent or be releasably attached to band anchoring piece 152 so that noose folder 160 will be reinforced in 168.
Ribbon or band 80 are attached to reinforcing noose folder 160 by using sewn reinforcement noose 82, by anchoring piece housing
After in the 154 in-molded in-molded energy absorbing materials to the in-molded helmet, ribbon 80 and reinforcing noose folder 160 can
It is connected to anchoring piece housing 154 and inserts in the anchoring piece housing.It can thus be avoided including adding during in-molded
Gu noose folder 160 and ribbon 80, or attach it to during in-molded process the complexity of band anchoring piece 152 or the helmet
Property.Before making the in-molded helmet in-molded, anchoring piece housing 154 can be coupled to mould or be connected to shell, in mould into
The type helmet will be formed into the mould or shell, makrolon vacuum shape that such as can be similar to the plastic housing 22 being shown in Fig. 2A
Into shell.In some embodiments, the band anchoring piece of in-molded flange 156, anchoring piece housing 154 or both is included
152 can be snapped in a part for shell or be punched through otch, space, hole or the opening in the part, such as shell.As another
A kind of outer selection, band anchoring piece 152 can be also rested upon for making the in-molded in-molded mould of energy absorbing material
On blade or pillar in (such as in the EPS moulds during EPS forming processes).Some variations of band anchoring piece 152
It may also comprise rivet.Band anchoring piece 152 may be disposed at and the in-molded helmet (the in-molded helmet and in-molded head
Helmet 25 is similar or identical) the similar or identical energy management materials of energy management materials 23 in so that band anchoring piece 152,
The outside for reinforcing noose folder 160 and crossbeam 162 from the in-molded helmet of completion is invisible for user.
Therefore, although the given shape and configuration of band anchoring piece and reinforcing noose folder can change, but a variety of modification shapes
Formula can include common trait structure.Such common trait structure may include to insert the form of geometry and create its side
Method.Plastic components (the over-molded folder 24 of such as Fig. 2A-Fig. 2 D band anchoring piece) need not be carried out it is over-molded in the case of
The method for forming insertion component (for example, reinforcing noose folder).Additional common trait structure may include to reinforce noose, once it will press from both sides
Insert in band anchoring piece, the reinforcing noose is just hidden in the main body of band anchoring piece.In addition, each reinforcing noose folder can wrap
Include beam opening, band can the beam overthe openings around or through.Band anchoring piece, which can have, can ordinatedly be connected to rigidized cover
Tie the corresponding interlocking clip or engagement beam of the folder of folder.
Therefore, anchor system as described herein can provide the advantage better than conventional method, for by allowing ribbon
System is installed as out-of-bounds rather than in boundary, or the inner surface on the neighbouring wearer head away from the helmet installs band anchoring piece
10.Anchor system can further allow mounting characteristic structure being attached on in-molded polycarbonate shell cap, just as voluntarily
Car on the snowfield helmet as found.Anchor system can further allow to provide shell using ornamental rivet (such as
The shell being made up of acrylonitrile-butadiene-styrene (ABS) (ABS) or other similar materials) rivet attachment outward appearance or " appearance ".
In addition, by forming anchor system as described herein, it is possible to achieve reinforce noose in the EPS in-molded ribbon of insertion afterwards
Folder, so as to avoid including the complexity of ribbon component during in-molded.
For example, the difficulty for the anchoring piece 20 installed using Fig. 2A-Fig. 2 D shell can be formed on the end of ribbon 28
Side and the over-molded folder 24 of surrounding.Ribbon 28 is carried out over-molded to introduce to form over-molded folder 24 and need extra time and expense
Manufacturing process or step.In addition, accommodating the band anchoring piece mistake with space or opening in the anchoring piece 20 that shell is installed
Molding folder 24 generally includes to prevent the foam of the helmet or in-molded material (such as expanded polystyrene (EPS) pearl) from entering using lid 30
The anchoring piece for entering the space in the anchoring piece 20 of shell installation or opening and disturbing the over-molded folder 24 of band anchoring piece to be installed with shell
20 engagements are interlocked.Therefore, despite useful, but cause including lid 30 more complicated device, and introduce in manufacture and group
Another part or element of extra time and expense are needed in dress.
In the case where above-mentioned example, embodiment and specific implementation are with reference to example, one of ordinary skill in the art should
Work as understanding, other helmets and manufacturing equipment and example can be mixed with those provided, or those provided replace.Upper
The place of the bright specific embodiment for being related to the helmet and method for customizing is stated, it should be apparent that not departing from this hair
In the case of bright spirit, a variety of modifications can be carried out, and these embodiments and specific implementation can also be applied to other heads
Helmet custom technology.Therefore, theme disclosed in this invention is intended to fall into the spirit and scope of the present invention and this area is general
All such altered forms, modification and variations in logical technical staff's knowledge.
Claims (20)
1. a kind of anchor system for being used to being fixed to band into the in-molded helmet, including：
Band anchoring piece, the band anchoring piece includes：
Anchoring piece housing, and
In-molded flange, the in-molded flange is connected to the anchoring piece housing and is sized to the beam
Band anchoring piece is maintained in the in-molded helmet；
Noose folder is reinforced, what the reinforcing noose was pressed from both sides is sized to partly be fitted in the anchoring piece housing, described
Reinforcing noose folder includes：
Crossbeam,
The opening adjacent with the crossbeam, and
At least one folder, at least one described folder is connected to the crossbeam and be sized to can with the anchoring piece housing
Ordinatedly couple；And
Band, the band is disposed across the opening in the reinforcing noose folder and around the crossbeam, described
Band is connected to its own with reinforcing noose.
2. anchoring piece housing system according to claim 1, wherein at least one described folder of rigidized cover knot folder with
The band anchoring piece interlocks to prevent the reinforcing noose double-layered quilt from pulling out or being pulled away from the anchoring piece housing.
3. anchor system according to claim 2, wherein at least one described folder of rigidized cover knot folder includes two
Side is pressed from both sides.
4. anchor system according to claim 2, wherein at least one described double-layered quilt of rigidized cover knot folder is arranged on
Described to reinforce at the Nei Jie sides of noose folder, the Nei Jie sides are perpendicular to the side of the reinforcing noose folder.
5. anchor system according to claim 1, wherein the band is connected in the case where not having mould ribbon folder
The reinforcing noose folder.
6. anchoring piece housing system according to claim 1, wherein the band anchoring piece, the reinforcing noose folder and institute
The extraneous side that band is adapted to be mounted to the helmet is stated, wherein the extraneous side of the helmet is away from user's orientation of head.
7. anchoring piece housing system according to claim 1, be additionally included in the reinforcing noose folder lower edge and
The through hole being aligned with the crossbeam, the part for being sized to receive the band of the through hole.
8. a kind of anchor system for being used to being fixed to band into the in-molded helmet, including：
Band anchoring piece；
Noose folder is reinforced, what the reinforcing noose was pressed from both sides is sized to partly be fitted in the anchoring piece housing, described
Reinforcing noose folder includes：
Crossbeam, and
At least one folder, at least one described folder is connected to the crossbeam and be sized to can with the band anchoring piece
Ordinatedly couple；And
Band, the band is around the crossbeam and is connected to its own.
9. anchor system according to claim 8, wherein at least one described folder of rigidized cover knot folder includes two
Side is pressed from both sides.
10. anchor system according to claim 8, wherein at least one described double-layered quilt of rigidized cover knot folder is arranged on
Described to reinforce at the Nei Jie sides of noose folder, the Nei Jie sides are perpendicular to the side of the reinforcing noose folder.
11. anchor system according to claim 8, wherein the band is connected to the reinforcing in the case of no pin
Noose is pressed from both sides.
12. anchor system according to claim 8, wherein：
The band anchoring piece also includes in-molded flange, and the in-molded flange includes netted geometry, the net
Shape geometry includes firm neighboring and at least one the interior open area surrounded by the firm neighboring；And
The band anchoring piece is arranged in the energy management materials of the in-molded helmet so that the reinforcing noose
The outside of folder, the crossbeam and the band anchoring piece from the in-molded helmet of the completion is invisible for user.
13. anchoring piece housing system according to claim 8, wherein at least one described folder of rigidized cover knot folder with
The band anchoring piece interlocks to prevent the reinforcing noose double-layered quilt from pulling out or being pulled away from the band anchoring piece.
14. anchoring piece housing system according to claim 8, wherein the band anchoring piece, the reinforcing noose folder and
The band is installed to the extraneous side of the helmet, wherein the extraneous side of the helmet takes away from the user head
To.
15. a kind of method that band is connected into the in-molded helmet may include：
By in the in-molded shell to protective helmet of band anchoring piece, wherein the opening in the band anchoring piece is anti-relative to described
Helmet shell exposes；
There is provided includes the reinforcing noose folder of crossbeam；
Make band around the crossbeam and the band is connected to its own；And
The reinforcing noose folder institute has been inserted into afterwards into the protective helmet shell by in-molded in the band anchoring piece
State in the opening of band anchoring piece the reinforcing noose folder being connected to the band anchoring piece.
16. method according to claim 15, wherein the band anchoring piece is by the in-molded foam energy in expansion
In management level.
17. method according to claim 15, wherein the band is connected into its own is also included the band
End is sewn onto the core of the band to form reinforcing noose.
18. method according to claim 17, in addition to the load by that will be arranged on the side of the band anchoring piece
The side folder of lotus supporting member and the reinforcing noose folder is interlocked is connected to the band anchoring piece by the reinforcing noose folder.
19. method according to claim 17, in addition to by will be arranged at the Nei Jie sides that the reinforcing noose is pressed from both sides
The reinforcing noose folder is connected to the band anchoring piece by folder with band anchoring piece interlocking.
20. method according to claim 15, in addition to the band is worn in the lower edge of the reinforcing noose folder
Through hole is crossed, the through hole is aligned with the crossbeam.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US201462079465P | 2014-11-13 | 2014-11-13 | |
| US62/079,465 | 2014-11-13 | ||
| PCT/US2015/060537 WO2016077673A1 (en) | 2014-11-13 | 2015-11-13 | Helmet strap attachment method and device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107105808A true CN107105808A (en) | 2017-08-29 |
| CN107105808B CN107105808B (en) | 2021-11-09 |
Family
ID=59581396
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201580072583.1A Active CN107105808B (en) | 2014-11-13 | 2015-11-13 | Helmet strap attachment |
Country Status (2)
| Country | Link |
|---|---|
| EP (1) | EP3217827B1 (en) |
| CN (1) | CN107105808B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111000314A (en) * | 2019-12-30 | 2020-04-14 | 梁志红 | Helmet assembly process and helmet device thereof |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2013770A (en) * | 1978-01-30 | 1979-08-15 | Renault | A safety buckle assembly for a helmet |
| US5598588A (en) * | 1995-09-05 | 1997-02-04 | Simmons International Korea Ltd. | Cycling helmet |
| CN2299484Y (en) * | 1997-07-10 | 1998-12-09 | 邱金福 | Safety helmet |
| US5898949A (en) * | 1997-07-01 | 1999-05-04 | Cairns & Brother Inc. | Head-protective helmet mounting member for mounting helmet components together and head band |
| US20100281603A1 (en) * | 2009-05-05 | 2010-11-11 | Chang-Hsien Ho | Fixing structure for safety helmet fastening strap |
| US20130117913A1 (en) * | 2006-02-04 | 2013-05-16 | Artisent, Llc | Easily Adjusted Retention System for Helmets |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SE9000922L (en) * | 1990-03-15 | 1991-09-16 | Rex Handels Ind Ab | DEVICE AT HELMET |
| US6711751B1 (en) * | 2001-03-08 | 2004-03-30 | K-2 Corporation | Mounting system for helmets |
| DE202004013874U1 (en) * | 2004-09-01 | 2004-11-04 | Krauter, Manfred | Connector for strap to safety helmet has anchor formed as frame embedded in foam plastic of helmet to carry strap |
-
2015
- 2015-11-13 CN CN201580072583.1A patent/CN107105808B/en active Active
- 2015-11-13 EP EP15859801.1A patent/EP3217827B1/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2013770A (en) * | 1978-01-30 | 1979-08-15 | Renault | A safety buckle assembly for a helmet |
| US5598588A (en) * | 1995-09-05 | 1997-02-04 | Simmons International Korea Ltd. | Cycling helmet |
| US5898949A (en) * | 1997-07-01 | 1999-05-04 | Cairns & Brother Inc. | Head-protective helmet mounting member for mounting helmet components together and head band |
| CN2299484Y (en) * | 1997-07-10 | 1998-12-09 | 邱金福 | Safety helmet |
| US20130117913A1 (en) * | 2006-02-04 | 2013-05-16 | Artisent, Llc | Easily Adjusted Retention System for Helmets |
| US20100281603A1 (en) * | 2009-05-05 | 2010-11-11 | Chang-Hsien Ho | Fixing structure for safety helmet fastening strap |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111000314A (en) * | 2019-12-30 | 2020-04-14 | 梁志红 | Helmet assembly process and helmet device thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107105808B (en) | 2021-11-09 |
| EP3217827A1 (en) | 2017-09-20 |
| EP3217827B1 (en) | 2022-01-26 |
| EP3217827A4 (en) | 2018-06-27 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106068085B (en) | Multiagent helmet construction and band attachment method | |
| US9907347B2 (en) | Flex spring helmet | |
| CN106132227B (en) | The locking lining of the helmet | |
| US8683617B2 (en) | Multi-component helmet with ventilation shutter | |
| US10299529B2 (en) | Helmet comprising surface reinforcing component with embedded anchors | |
| US11103023B2 (en) | Helmet strap attachment method and device | |
| US7913325B2 (en) | Bicycle helmet with reinforcement structure | |
| CN105592739A (en) | System and method for coupling helmet components and liners | |
| US20150313307A1 (en) | Helmet adapted to its usage constraints | |
| CN107205515A (en) | Interior shaping rotates the helmet | |
| AU2007201921B2 (en) | Bicycle helmet with reinforcement structure | |
| CN107105808A (en) | Helmet band attachment method and device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |