DE1975130U - HOLDER FOR SKI BINDINGS. - Google Patents

Description

Fatentatiwälte Qrunecker u. Or. Kihteldey DA CLC R9Q * 9? ft frj r-.

S Munich 22, Max / mHiansir. 43

270

Wiener Metallwarenfabrik Smolka & Co., Vienna

Holder for ski bindings

The invention relates to a holder for ski bindings, in particular safety bindings, which after a release the boot from the ski this on the boot (or on the leg of the skier) holds, characterized in that the holder is provided between the boot and the ski and with a lock cooperates. ■ ■

In the drawing, the subject of the invention is in several embodiments shown for example. Some of the figures are kept schematic.

1 and 2 show a first construction of this holder in an instructive manner. Fig. 3 illustrates another embodiment. FIGS. 4 to 16 show seven further designs according to the invention, some of them structurally and partly schematically, which are explained in detail below. .

The Pig mentioned at the beginning. 1 and 2 are first ^{explained as follows, s} ac: The holder f / 1 has the shape of a. Loop '". [ ;! From a ^: wire rope. The" wire rope ·' is so stiff, .. that the. '·.''. Loop essentially has the shape and direction * as-this from Pig. 1 can be seen. If one now climbs on with the ski boot 2 in the direction of the arrow 24 ίϋ the ski binding,., The upper part of the loop / 1 passes over the bolt 18

Arrow.es 25 pressed upwards. The pivot point of the latch on. ■ a fork 17 is marked 27.-bezeich.net; At the bottom the holder 1 is arranged in the movable part 22 of a rear tensioner known per se. The main body of this rear tensioner is named with 3. The toe cheeks bear 'the reference symbol 10';'' * '.. ¹ Vl,

If you now climb in the direction of arrow 24 with the. '·;'."·" ::. Ski boot between the binding parts 3 and 10> so press'''; 22. 'Holds' the heel. As a result / " ^f , 'this, downward movement of the. Shoe. 2. opens; the. Holder 1 the ^: .?' Bolt 18, which, while overcoming the opposing force of the ^: _;;: ■■■■; Peder 25 rotates around the pivot point 27 in a counterclockwise direction. ·.; / '. The upper part. Of the loop-shaped .- . ^ ^r . Halters -1 over the bolt 18, who then · again in, the position \ · .: position after Pig .. 1 .retrückti It is so ' ^: the Harter t over the V

.Fork 17 and'over the. Ankle strap "■ 2Ö;% - 'i ¥: ^

.u. ·:,: ■ .- · '' ■■ -. ■ ·: '■. - '■■; ■ - ■. ■ "■' ■ '

connected to the shoe 2. Said ankle strap is attached to the shoe by means of the tightener 23. The result is '.' now a safety release in the event of overload, so .. · '■ ^h v,'. .Hands the ski 12 on the ... fork 17 (lanyard effect) "» ; '- j:''- ^: ];' l _: '- ^r ' A _:

■ .- "If you want to get off without overloading, it is sufficient / ^; e.g., to pivot the locking bar 18 with the ski pole in the direction of the arrow 26 so that the holder 1 can then come free.",. ·. Fig. ·. 2 illustrates the position of all these parts after entering the vehicle, i.e. in the normal driving position. ■.!; ■ '>';.; .v ⁱ V ^: -h .''- '■' · .

According to ^ Fig. 3 the ^ ski boot is again designated with 2.. ·; In contrast to the embodiment described above, /: In the construction according to FIG. .,. 'device on the front binding post ^; '.1O' (toe cheeks) tensed _; : ^ ' ^r arranges. The loop T lies, in the state of use, within - ^: f of the fork 17 and is secured by the fixed bolt 18 ge.- ".:. <&". In the event of a fall, after the - 'J';, shoe 2 is released from the ski 12, the ski hangs over the ^; Parts ■ 1v. 17 and 10 am. · Γ Shoe 2. If you want to loosen this / connection arbitrarily (without a fall), you just have to, for example, use the ski pole in: ''. '';'. Direction of arrow 26 the part ,. 117. ; '. counter-clockwise.

for the holder AS ^. ^ i: - ^{;. ^:} * ;: ■]?;: f <W ^ ->■:.; - ■■ ·:

• '^:; ·. . According to this instructive embodiment,. '"■ - ■■"' with regard to 'the subject matter' of the invention, the following- ■■ "- ■" -. ' explains the safety gear systems; ^ _; ^! -: - _r: ^ _'y': ■■ · / / · ^'· /.

. 1a) Systems that work by means of a kara "biner-like Pang- ■ ·,: hook or safety device - in the way,: ■; that the engaging of the flexible or loose SKI-SHOE ----- ' - '^ binding only through a. puss movement ». The loosening -.-._,'! schi-eht". ■ -...- · "'■' ■■ '' ,;,. '_ ^: - '-'. · - "" v '"' V: - .. '; : ..- ^v ..- ': · .'- ■ - ■,; ^; . '.

1b), 'by means of a device' on the catch hook (lock),

which enables opening by stick pressure (but in an emergency

■ '■' ry ';. . 2a) The loose connecting element'zwisohen'Ski and Schuh, ■ ·:.; '.'; . , consists of a U-loop of semi-rigid shape-retaining ^,,::; ;. · 'Material (versa nach'Dehnbeanspruchung in the basic form.' ■ ·· ^supply;:. · Back) so that the threading of the ·. Loop in the hook

without any particular difficulty by means of a foot movement. · - '·' ■■ ';; ■ ·. '·! - "■": can follow. . ", ',. ' ■ - '.' ■■. ' .: Ν ^ VV- ^: ' · '<: *" ■ -.- ■

; ■■ '■ - ■ -. ■■. ^; . 2b) 'The loose connecting element consists of a strand'. ■, ·. made of semi-rigid material and one. Device that this ■. '_; . "; enables to return to the starting; Y / position by itself after stress - to" engage in the catch hook. " by means of a simple movement of the foot.

; .-.; · ,. Yes) If necessary, the safety gear is activated by means of ■■ ", ■ ·: · a belt loop strapped around the ankle of" des'Träger ".

■, »■ · ■ i ■■■ ■ - - · ■» ^ - ·. . ·

This can be done when putting on the shoe * - · :. -. " :" \ '.

3b) If necessary, the safety gear is fixed to the shoe using 'sliding eyelets; in ankle' ^:

height. or by means of screws or / bolts. in the back of the shoe heel. "Or on the. Side. '. \"■■' ■ "■" - "; ■: ■■■" ■ · ■ - '.. · ■

, 4) The safety device according to Art 2a is buckled on the shoe, ■ is not a hindrance when walking, "because the U-Schlirige is movable and can be brought into a position that it does not protrude significantly. - ../'^/., ..V.: '■■; -: · ^: ',.

. : 5a) The safety gear in its fixations on the belt · or / on / Sohuh has a certain ■ displacement resistance; this is achieved through slits in the leather of the ankle loop (threading), · _;; · '· _-:;:: ·; ^"V-1 V'''-''-'' y '' VT, V .-"^·;..

■: 5b) through sliding eyelets with a 'slide-inhibiting insert.' . '

'6) In certain cases it will be beneficial to' let the catching device return to a desired position 'v,:.;.' .. '' ^: by means of an additional thread line. This. Spring can be inserted between Gleitvore. ·; I ^v direction, and 'cable end nipple (compression spring, "i; ^l ·..' ·

A) The 'catch hook is' on the ski in some way ·;.; assembled; the triggering takes place separately. '; -:;:; ,, '.'

B) The catch hook is mounted on a "binding part"; the drawing takes place, "separately.

C) The catch hook is located on a BLn

ι: ■ -

»"; Assembly part installed so that the release takes place at the same time as the opening of the 'binding'. '"■ ■ '■■ ·'.: ^; W '' ■ ■■ .//·■ ■ ..; · ... '

D) The catch hook is on the ski 'in the way behind the;

Binding mounted that means of drawing. a. · combination . . ■■ "/, -, '■' ■■ ·. of the binding and catch hook lever can. ·; ■

. '^; ■: · ';. E) The catch hook is combined with a binding part, '. ■■ ·' ■ ' .,:' ■ that a wanted. Getting in and out of the binding also. ■ / χ / causes getting in and out of the safety gear. .

'..-' F) The catch hook is on ^ the. U-loop. '■'. ■ ', "■;. ■ * - G) The catch hook is on the connecting line. ■ _Ί H) The catch hook is on the shoe or on the heel of the shoe.

'■■?' ■ ''"· · Mounting systems . _T ■ ·.

I) The connection between boot and ski is made in such a way that. himself ... "..._ ... the fixation behind the ,. Shoe or on the outside of the './:.;/■.,-:/::/. ·. Shoe or shoe heel. (The previously mentioned ; ": · / ¥ '··" ■;: ■; _ .- / th details mainly refer to this' arrangement.') ■ "- · '/ II) The connection between boot and ski / takes place in such a way that the

■ ·. ■ ^: / '■ - Fixation takes place in front of the toe of the shoe. In this arrangement ', - ^.::.;,' -. "F \ / v has the -Fixmontage on · Schuh'.erfolgen This can be by means of two. ';;/' ^{■■■■:,} r \ ^r - ^] [. / Sliding eyelets, .'which are fixed to the shoe sole * happen.

. ■ · ¹ V / ·; '.. ^·: ;; ■■: /.-: ■ As shown in Figure 4' recognize "let, ^ -" is a ski boot 2 'between ··' bond parts 3, 10 on a Ski ■ 1.2-held. At the rear '- //.-··

■, 'Z / ¹ binding part is the holder according to the invention, which consists of a ^ "

■■ '·' / '"■■■' - '■ ...'"^; - '/■■/.·/·/■--■· - ■ ..'-, ■ ·' ■ "■ ^: '■' .. ■■: ■ / i: 'v;./;' ^ ν "· /; ■ / ■ '; ■:, ■ / - ■■ - _; " _,- multiple times-

. 'Angled strip-shaped body 1 is composed, at 13 ^a:; : 'End hinged. Era other-end is the band-shaped body 1: ■ '■. provided with an opening, whereby / an eyelet '4 is formed,

which is encompassed by a carabiner-like lock 5 arranged on the shoe 2. / - · ν ...: .. '-y ^^' l il · ';. .. ¹ ■: ■ '_ · - ;;: / / ■ "..'. ^■:;; ■ '

: / Due to the band-shaped design, the body has 1. a '. ·

greater torsional stiffness than flexural strength and can:. ';'' - therefore twist only slightly in practice. When. Material .. "■" ■■. is for example plastic, Pederstahl. or the like / ■■>■;; used that essentially only. by: a stretching of the. '■■ -'r .-, ^ bends: elastic'-is. / BeZim ^ Sioh ^ rhe ^ sauslosen, for example - "., '■' ■ '■ - ■; in the event of a fall, the shoe comes out: the binding parts 3,, /". 10 are free and "is then still , always connected to the * ski 12 via the band-shaped body. Blows / can the band-shaped body

■ ./: stretch per 1, maximum so far 'that he. results in a straight band. ; · - ■ Advantageously, the possible stretching will be so dimensip-,.

■ * ■ kidney, that the shoe.in the event of a fall, can barely.be removed from * the binding. ":"'.._; manure is released. The ribbon-shaped body strives

^{1 to} return to its original angled position, as shown, ¹ ■; ': ■'', he will return the ski 12 ■ to the boot as far as possible when the pull is released. A whirling

'of the ski is impossible because the “ribbon-shaped body _; 1 almost /:'■■'..■: does not twist. Lets. '.. -. _'... '-' ■ / _: · /; ■■ -; / '; · /' ., ':'.,: '■' / - ': '^;

According to Pig. 5 is the approximately S-shaped, band-shaped

Body 1 ″ held in seinet'.Used position by a spring 9.

When stepping into the binding parts with the shoe, the eyelet 4: m}! OT2 <fflOTX ^^ the lock 5 and engages. · (, -.- ■ ' -. ■.

'-' ■ '■ ' In the construction according to Pig. 6 is "in the field of waste .. 1 angulation of the belt-shaped body a hydraulic or ','. '' Arranged pneumatic, a telescopic shock absorber, ^the":;. 'Disengagement of the Schuhs'aus the binding parts, the stretching of the' - · .band-shaped body 1 additionally dampens a little. '' · '"-''.'-' / '

'■■■' ^: 'Wach Fig. 7, the band-shaped body consists of two in ·. ··' · .. its guide 14 mutually displaceable parts 1, 1 ', which. are held in the basic position * When. ^: . ;. '.-. '.- ■. Safety triggers will be the two. Parts. · T, / I ¹ 'against the "- -' ■ '■, force of the spring 7 . , .- ■ '

\ '~':;V;'.In; Fig. 8 there are several recesses in the band-shaped body 1 through which a spring 8 winds, the striving of the band-shaped body, its curved or · • '■■' ■ - angled position / close; remain; ^; or. ^ to return under-- '■: V .;' supports. "'■"/:''.). - '-'- ■ -:' ■ '-, - .'^; . ^:: ·· ^w 'vt £' - '^: ·· -' ^ ■ '., - - ^: ". ^: ' ^: '■■ ^: ■' - ■■ -. '

■ '■ · ■■:' In the training according to FIGS. 9 to 12. '. one climbs with /, /., / the ski boot 2, as shown in FIG. 9, into the binding parts 3,. :,; ',' Den-be ascended state illustrated Figure 10. After _{"which: -:,} ,, ^-;:. -V Einsteigen'kann by pivoting." Band-shaped body 1 \ ", / ■, in the direction of. Arrow 15, the "eyelet arranged on the band-shaped body can be brought into engagement with the lock 5. Such a pivoting of the band-shaped body ^; For example, "1" can start with

,. With the help of the ski pole .11, »so that the "· - ■■ Sk: L £ aiirer nioht" has to stoop. For easier insertion of the loop

In'die "lock 5 funnel-shaped extensions 16 are provided there. . ■ - "■ The device is now ready for skiing, as shown in Fig. 11, ■ can be found. If the skier wants to release the bracket, see this. . '*

he can release the lock 5 by light pressure with the ski stick 11 (see Pig. Ί2) and..by swiveling back the -band-shaped- - ■ "the eyelet re-enters the axis," - so that · the ski boot is released by the - "- ;, ^: ." holder. ''. .

. .. When training after the Pig. 13-16 will be like Pig. 13,; reveals. again in the same way with the ski boot 2 in _; v · ;: the binding parts 3, / - '10 stepped in *, The position after the - .; "-boarding shows Pig. 14. By light pressure from above, b'ei- ■' .. for example with the ski pole 11 the funnel-shaped handle "16" arranged on the band-shaped body 1 '/ "·' will the eyelet -4 provided at the end of the" ■ ', band-shaped body 1 engage with the *'.;.'-'·· ■■ · Ν "" lock 5 brought. The device is then in the household "r · position selected from the / Pig, 15 is visible" · To solve the (- ^ν ·. ',, ¹ ■..'.. _'.:.:' Holder the lock is actuated again by the shoe, for example with the "YY ", ' ski pole' 11, whereby the eyelet of the band-shaped body 1 · ■ / /, '. is released and automatically slides out of the; lock.,

'ν ... "Of course,' the invention 'is based on the ones shown ; · ■ - '. Embodiments are not restricted. It's a series of; ' Construction options given within the frame '' of the invention. For example, the: eyelet "can go straight through

. t I ■ V .. ·

the band-shaped body or by a Heil arranged on the band-shaped body 'will. Nature- '.; ! lent it is also possible to 'connect' the band-shaped body to the boot and the lock and eyelet in connection with the ski,. '., ■ or to be provided with the ski binding .. Another construction,; v -. Which is within the scope of the invention, consists in that in • _:. · '.Fig *. .6 provides a helical spring in a simple manner instead of the 'shock absorber for damping ' provided there. , w ', ^;

. - '■ ^-:.: Finally / invention does not include only holder in the form'.

a band-shaped body. The cross-section of this body can be z. B. ■ tubular, round, star-shaped or otherwise appropriately designed

being. Whichever is always just, that this body ■ proportionate / ^~>"is moderate torsion, um-a" Nachwirbeln of the ski to verhin - "-" ■ '■ the... The flexural properties can be designed differently depending on the circumstances. This holder must be able to stand freely. "- ■« · so that one can get in and the holder opens up accordingly. •

• In the event of severe falls, the effects of the slingshot *. During execution. '■■■ - according to FIG. 5, instead of the spring' 9- ,: also a catch, 'clamping or a corresponding deformation is used, »" · '"■ · -

¹ p

ι fr '"t t

Claims (4)

P.A.5 & 6 629 * 9/22/6? ^ - Protection claims 1. Holder for ski bindings, especially safety bindings, after the boot has come off the ski hold this on the skier's boot or leg), characterized in that the holder is provided between the boot and the ski and cooperates with a lock. 2. Holder according to claim 1, characterized in that the lock is in the form of a carabiner-like Safety device is designed '. - 3 · Holder according to claims 1 and 2, characterized · that the holder is in the form of a loop is formed which consists of a relatively stiff material, for example a wire, rope. . 4. Holder according to claims 1 to 3 »thereby characterized in that the lock is provided on a crook strap arranged on the ski boot. 5 holder according to claims 1 to 4, characterized thereby -11- . 'shows that the noose in normal. G-erauchsstellung ■ (driving division) is extended beyond the articulation points, so that a corresponding path is available when it is released. . '. ■ "". · '■. * · V _; .'.-_ ;;. '. ·, /;' -. ■ -: '■■■'., : .- ^; ■ "·. '; ■ ■..; ·· '^ . '. '6. Holder according to claim 1, characterized in that .the holder is a preferably band-shaped body (1), which has a greater torsional stiffness than the ultimate strength ', •'. ' . - .: '· ■■ - ■ ". ·'''■" _· ί ^{ν ''} ν '.. ^■■;; 7' · ■ '' ■ '' / '■''''■'' ■ 'v7. Holder according to claim ".'6, characterized in that. The band-shaped body (1) in a manner known per se at '■'; ·., -. One end by means of eyelets (4), hooks o * · the like · »'And lock (5):".'. . Is arranged arbitrarily detachable. '/.·/ ^; > .: r [ ^: '. ^,. ::' ν.- · .:. · '- \ ._ .- 8. Holder according to claims 6 and '·!? ,, characterized in that the band-shaped body (1) one or more times, ·. Preferably curved or angled in an S-shape or the like. trained, formed and essentially only by one. Stretching the curvatures, bends and the like. Is elastic, with it. one end on the boot (.2) and the other end on a binding part (3) or on the ski '{ 12). * .. · "■" ■ is appended '; 9, holder according to claims' ^. To 8 / characterized in, that in the area of curvatures, bends-o .. the like. of the band-shaped body (1), hydraulic or pneumatic · "■■: ·; - .. / -scher telescopic shock absorber:,. '(. 6) is arranged (Fig. 6). ';·';; · 10.-holder according to claims 6 "and, 7, 'characterized in that the band-shaped body .'from' two ^: to each other in - ■ • ^:. '.;:; / · _ ■ Longitudinally displaceable against the force of a spring (7) '■ J :: - ^X: ^' .Teilen (1 .1. _"); consists; (Fig. ^; . ^: 7.). .. '■■. ^: V; '.- "^ - V-''-λ- ^: " ^: ' -: '"' . ^ ';; ^: ";v-; - '11. Holder according to claims" 6 to 8, thereby marked-; -_-;' ■ j.-. '■■ · ■■; shows that in the area of the curvatures »■ 'bends, o. like. '• ■ ^:. []. ■ '■ - . "■' ..: - of the. Band-shaped body ■ (i) one which is provided for when the" safety release "is released, the shock-absorbing spring; (8);" ¹ ' .... ■ '■ ■ 12. Holder according to claims, 6 and 11, characterized thereby ■ .- "■ '.' draws that the band-shaped body (1) in its ■ uses-. '. "■. ·" ■. ■. '..' position, preferably by a spring (9). is held, whereby ■ '■■. ■; when getting on with the shoe (2) 'into the binding parts (3> 10) .. the eyelet (4), hanging hook, etc. "" like. .in 'the -lock ·· (5) enters "..., - ·· 13. Holder according to claims 6 to 11," characterized. · ... ■ is characterized in that the band-shaped body (1) 'after getting on ■ ·. "■■,, 'With the shoe (2) in the binding parts (3> .10) by swiveling. · ../ ■ ken or by light. Pressure- for example · with. the ski pole ■ '*', _"-" ^v v. ■. '■ - (11) by means of eyelet (4),' hook p », the like '. · And lock, (5) a' - ■; v ' ^: '. is lockable. (Fig. '9 to'"1O) V -.::-. [^^ X- ^ MM ^^ 'V''·^'''l'-'jv' · - ^"! -