JPH0739615A - Connecting structure between ski gloves and grip - Google Patents

Abstract

PURPOSE: To enable a good ski operation by providing a grip connecting means with a lock means which releasably engages a glove connecting means with the grip connecting means and which can be operated selectively between a position where the glove connecting means can be released from the grip connecting means and a position where it cannot. CONSTITUTION: A skier arranges a groove 23, a clip 22, and a lock bar 36 in a line using a buckle 40 fastened near the crossing point of V between the thumb and the index finger, and causes a downward pressure for snapping the lock bar into place to work on the inside of a turning groove 26. The relative positions of the lock bar 36 and the clip 22 are such that the skier connects a grip 12 to a glove 10 at a natural grip position without searching the grip 12 or raising the grip 12 to an appropriate position for an appropriate grip. The upper end 16 of the grip 12 is held on the surface of the V between the thumb and the index finger, and the side face 20 of the grip 2 is held immediately near the palm near the V so that the skier can restore and hold the grip 12.

Description

Detailed Description of the Invention

[0001]

FIELD OF THE INVENTION The present invention relates to a coupling mechanism for providing a releasable connection between a ski glove and a grip of a ski.

[0002]

BACKGROUND OF THE INVENTION Devices for providing an auxiliary connection between the skier's hand or gloves and the grip of a ski pole when the skier releases the grip are well known. Their purpose is usually to prevent inadvertent loss of ski poles while skiing or toppling, and an affordable way for skiers to barely keep their poles in touch while refitting equipment. Was to perform that task by hand while otherwise unable to supply or otherwise maintain the grip of the ski pole. They also helped to provide some control over the skier's stock while skiing.

One of the oldest and most common ways to provide such a connection is to tie a loop strap to the grip of the ski pole and wrap it around the skier's wrist and hand. Another known device is a saber-type grip for eliminating the need for thongs.

Yet another approach has been to provide a connecting connection between the ski glove and the ski glove that remains sticking to the glove immediately when the grip of the ski moves away from the skier.

One such method is shown in Kassal, et al., US Pat. No. 4,653,121, in which a short straight strap is extended rearward from the top of the ski pole to form a hook and loop. Hang a pair of bands on the top or back of the glove by connecting. The disadvantage of this device is that the power on the stock tends to break the connection between the grip and the glove.

Lewis US Pat. No. 3,232,632 discloses a ski glove having a strap attached to the wrist portion of the ski glove and extended up to near the tip of the thumb. The strap has a lace hole formed at the end that snaps into an anchor pin attached to the top of the stock to provide a glove-stock connection. This clasp and the location of the anchor pin near the tips of the thumb and forefinger allow for quick release using the tip of the finger.

US Pat. No. 3,170,7 by Marchand
No. 03 and 3,218,089 disclose a clasping connector formed in the web between the thumb and forefinger for attachment to an anchor component mounted on the upper end of the stock.

[0008] For example, when riding a lift, a second clasp type close to the first clasp type coupling to allow the connection of the two stock webs to the straps. A coupler is formed.

Marchand also discloses an alternating arrangement formed on a tether connected to the wrist of the glove and extended up to near the tip of the thumb, similar to the method of the Lewis patent mentioned above. .

[0010] I maintain the stock in a proper, comfortable grip position, with the grip in contact with the gloves and hands when the grip is separated from the skier while skiing, and especially during ski competitions. Felt very desirable. This eliminates the time-consuming search and repositioning of the grip once it has been released.

I also felt that it was desirable, on the contrary, to provide a connection between the glove and the grip of the stock which was reinforced by power on the stock in response to the glove.

Furthermore, in many specialized ski schools, the well-known "stockwork" professor replaces the "pole touch" by turning the stock outward rather than pressing it strongly into the snow at the beginning of the turn. Has been. There is a preferred swing angle or swivel surface in response to the skier's hand, where V is approximately bisected at a swivel point substantially midway between V and the thumb. It is therefore important to ensure the first swiveling action while maintaining the glove-stock connection.

In the glove / grip connection method, it is also important to first transfer the forces encountered during sliding to the glove / palm and the base of the thumb. This makes movement easier, boosts and reduces wear on the glove skin.

The above objectives are equally advantageous in cross-country skiing, where this typical push-off system stocks the pushing force on the straps that release the stock and connect the skier's wrist to the stock. Means to apply to.

The prior art glove / grip connection method described above is incapable of performing the method I found desirable. For example, they lack the strength to withstand considerable shock on the stock in response to gloves.
When the grip is released from the skier, the grip is placed or held at a grip position that corresponds to the glove, and the elasticity and the connection with the upper end of the grip allow the grip to be easily gripped again when the grip is released. There is no prior art that can fall well. Also, there is no prior art that recognizes the preferred swing angle of V for the thumb and forefinger and the need for a turning point, and any prior art responds to gloves when the skier loosens the "pole touch" grip. Allows non-directional swinging from side to side, which is relatively difficult for the stock and grip.

The present invention has been made in view of the above points, and an object thereof is to provide a connecting structure for a ski glove and a grip which enables a good ski operation.

[0017]

The present invention provides, in a simple and economical manner, the advantages described above (resisting upper power to hold the grip in the proper grip position and to provide a suitable pivotal connection). It provides a reachable glove / grip connection system. This is usually accomplished by providing a coupling mechanism at the side or grip surface of the stock and at the point of V between the thumb and forefinger of the glove. This connection mechanism
Allows the grip to pivot while at the same time being held in the proper gripping position.

In one embodiment, a clip is formed on the side of the grip of the stock to receive a locking rod mounted between the thumb and forefinger of the glove. The relative positions of the grip and the clip on the glove and the lock bar are
When the grip is released, hold the grip as close to the glove as possible near the V point between the thumb and forefinger. The clip is pivotally connected to the locking rod so that it can be swiveled or swung freely while the stock is still held in the proper grip to accommodate the glove.

In yet another aspect, the clip is essentially U-shaped with an upward opening groove into which the locking rod is inserted into the lower mating snap. The lock bar is inserted into the lower mating snap. The lock bar is rounded to allow the clip to pivot about it. The locking rod itself is connected to the glove in the immediate vicinity of the V of the thumb and forefinger and extends partially across them. The groove of the U-shaped clip lies transverse to the axis of the stock so that the stock pivots about the lock bar in a plane essentially bisecting the V of the thumb and forefinger. The lock bar is securely fastened to the glove to ensure the preferred swing angle. In a preferred embodiment of the invention, the locking rod itself is part of a rigid wire loop or buckle connected to the glove with one or more straps looped through the loop for secure retention on the glove.

The unlocked locking rod of the buckle extends partially between the thumb and forefinger for engagement with a clip on the grip of the stock. The lock bar is rounded to allow the clip and stock to pivot relative to each other to provide a more reliable release force to release the lock bar from the clip at a given glove position in response to the grip. It can be further rounded. The straps transmit the forces encountered during skiing to the wrist, palm and groin areas.

According to another embodiment, the buckle is a double loop or a three-wire buckle having two connecting rods hooked by two leather straps that are pulled in the opposite directions of the glove. The rod itself connects freely with the clip.

The leather strap for attaching the lock bar to the glove is integrally formed with the glove, or can be purchased as appropriate for use in ordinary gloves. Leather straps and lock bars can be adjustable or fixed in relation to gloves.

Competitive or competitive modifications of the coupling mechanism include coupling structures that are automatically combined (as opposed to releasable mating snaps) to form a fragile connection between the stock and gloves. Include. Once connected, the user can release the glove from the grip by deliberately releasing this connecting mechanism. In one embodiment, the C-clip is axially slidable in and out of a fixed position on the grip of the stock that is secured by a vertical bayonet-shaped pin element.

In a further variation of the coupling mechanism for competition, the thumb-operated slide mechanism on top of the grip is
Moveable between the unlocked position where the glove's side lock bar is interlocked to release it from the normal removable mating snap clip described above, and the thumb slide's locked position to close the clip opening At the same time
This clip is fixed to the grip of the stock.
In the locked position, the armpit linkage cannot be casually released from the stock armpit linkage.

It is preferable that the thumb-operated slide be moved obliquely to the locked position and the unlocked position by a spring or its elasticity as much as possible, and assisted by a detent mechanism that cooperates with the structure for holding the slide in the grip. Since the fixed slide moves from the stock armpit connection structure almost at right angles to the release direction of the glove armchair connection mechanism, the glove armpit armchair connection structure is stocked when the thumb slide is in the locked position. The release force that helps release the structure actually acts in the same direction as the spring force that helps hold the slide in one or the other of the locked and unlocked positions in cooperation with the detent mechanism, so that the thumb slide is actually Reinforce the lock position of.

[0026]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The drawings show one embodiment of the present invention.
This will be described below.

Referring to FIG. 1, the glove of the present invention /
A ski glove 10 and a stock grip 12 are shown embodying one variation of the grip connection system. grip
12 has an upper end 16, a proximal end 18, and a continuous lateral gripping surface 20 fitted with an essentially U-shaped clip 22. Clip 22
Is the side of the grip that normally matches the location of the V-grip between the skier's hand and the thumb and forefinger of the glove.
It is mounted on the back of 20. Clip 22 is grip 12
Is integrally molded to the grip 12 either automatically or in some other suitable way to provide a cooperating connection between the clip 22 and the grip 12.

By the "V" of the skier's hand and the thumb and forefinger of the glove, I point the intersection of the thumb and forefinger or the point V to or near the intersection shown in the drawing.

In the illustrated embodiment, the clip is molded from Zytel®, a nylon polymer that is strong and durable. It will be appreciated by those skilled in the art that other materials such as polymers or metals can be used. The clip 22 is typically an upward opening groove defined by a chamfered surface (tapered surface) 24.
23 is formed in a U-shape that opens in a lateral swirling groove 26 of a cylindrical shape. A narrow keyway or slot 25 extends from the underside of the swivel groove 26 to enhance the resilience of U. The swivel groove 26 lies with respect to the axis of the shaft 14 of the stock.

On the glove 10, the palm of the glove and the thumb as shown in the figure are almost touched (extending over both sides).
At the end, a strap holding sleeve 28 is sewn on. A palm strap 32 and a thumb strap 34 are slidably inserted into the holding sleeve 28 so as to be attached. The straps 32 and 34 have been threaded through the wire loops or buckles 40 and are sewn on but otherwise attached to the buckle in response to each other's straps and buckle connecting rod 38 gloves. It is firmly held in position and tension to transfer the applied force to the palm / wrist of the glove and the base of the thumb.

As shown in the drawings, the straps 32,34 have buckles 40 fastened at or near the apex of the V of the thumb and forefinger of the glove. In particular, the straps 32 and 34 branch around the connecting rod 38. In this manner, the buckle 40 is essentially held in place near the apex of V between the thumb and forefinger by pulling the strap in two directions. While not entirely bendable for gloves, the buckle 40 is held firmly enough to clearly ensure the preferred swing angle described below.

As will be apparent to those skilled in the art, the straps 32,34 may be made of other materials, but preferably are made of heavy nylon straps. The width of the strap at the buckle is preferably approximately equal to the length of the connecting rod 38 in order to prevent the buckle from slipping laterally in response to the strap. In the embodiment shown, the strap is secured to the glove by sewing (Fig. 3) while the strap is adjusted to shorten or lengthen it as desired. A mechanism is provided to adjust the tension and position of the buckle 40.

The buckle 40 is gloved with straps 32,34 such that the lock bar 36 extends in part between the thumb and forefinger of the glove, essentially the plane of V defined between them. Be locked in.

Referring to FIGS. 5 and 6, an alternate embodiment of the structure of the glove thongs and lock bars is shown. The double loop or three bar buckle 42 comprises two connecting bars 44 and 46 and a locking bar 48. A buckle 42, similar to the buckle 40 of FIGS. 1-4, may be made of one solid wire, ie approximately 0.090 inch in diameter, although other materials and specifications may be used, as will be apparent to those skilled in the art. Preferably made of brass. The buckle 42 does not necessarily have to be soldered or welded around the corners 45 and 47, but it is formed by bending one wire as far as possible into the rough triangular shape shown in the figure.

The strapping device for fastening the buckle 42 to the glove 10 is slightly different than that shown in the embodiment of FIGS. Referring to FIG. 6, the first strap 50 is a connecting rod.
It is passed around 44 and extends beyond the V intersection between the thumb and forefinger to the back of the glove where this strap is fastened (not visible). The second strap 52 has one end extending through the sleeve 54 at the base of the thumb and the other end extending through the sleeve 56 to the palm, and both ends of the strap 52 are adjustably fastened to the other strap or glove. It is wound around the connecting rod 46 in a state of being matched on the back side of the. The force exerted on the strap 52 on the connecting rod 46 is substantially opposite to the force exerted by the strap 50 connected to the connecting rod 44. These opposite pulling forces help secure the buckle 42 at a location near the V intersection between the thumb and forefinger on the glove. The lock bar 48 is thus placed between the thumb and index finger substantially in the V plane in a fairly rigid manner sufficient to define the preferred swing angle.

Leather strap 50 is a buckle 42 that simply corresponds to a glove
Is fixed in length to determine the position of the bottom of the hem, or is adjustable to give the user more flexibility in adjusting the position of the buckle 42 on the glove. However, it will be appreciated that the preferred position is as close to the V intersection as possible, so that the pivot point of the stock grip is substantially the V intersection.

Like the buckle 40, the lock bar 48 of the buckle 42 can be outside the range of the circle for the purpose of providing a release force to the constant rotational position of the hand grip of the stock.

Referring to FIGS. 7-9, there is shown a competitive or competitive variation of the invention of the connection structure, in which a fragile connection is formed between the grip and the glove. The generally C-shaped clip 60, as described above in the embodiment of FIGS. 1-6, is provided with a laterally open groove 62 to allow the locking rods 36, 48 to essentially snap into place. .
Clip 60 grips 12 for mating sliding friction
Is sized to be commensurate with the passageway 66 in the side surface 20, and at least a portion of the surface is integrally molded into a rectangular extension bar 64 extending therethrough. The clip 60 is slidable between the open release position shown in FIG. 7 and the closed lock position shown in FIG. As you can see from the drawing, the locking rods 36 and 42 that engage with the groove 62 are
When the 0 is in the adjacent closed lock position of the grip 12, it is not easily pulled out due to the engagement with the clip 60. The clip 60 must first be pulled out of engagement with the grip 12 before the lock bars 36, 48 are released.

The sliding fit between the extension bar 64 of the grip 12 and the passage 66 is rather strong and requires considerable effort as the clip 60 attempts to move between the closed and open positions. Needed. This friction force is
Clips 60 and grips 12 are provided to effectively lock the ski in the closed position for competition, while being sufficient for most skiing conditions to provide a fixed connection between 36,48 and clip 60. It is more desirable to have a stronger connection between and. For this purpose, the keyway 68 is located at the top of the grip 12.
The extension bar 64 is molded so that it is aligned with a longitudinal groove 70 extending downwardly from 16 to the passage 66 in the closed locked position of the clip 60. A bayonet-shaped pin element 72 with a position knob 74 formed on the upper end is then inserted into the groove 70 to engage the circular portion 69 of the keyway 68. The lock pin element 72 has a lower rectangular cross-sectional area 73,
The narrower area of the cross-sectional area is balanced with the slot 67 of the keyway 68. When the pin element 72 and the key groove 68 are engaged with each other, the knob 74 should be rotated by 90 ° in order to arrange the rectangular cross section 73 of the pin in the groove hole 67 of the key groove 68 alternately and in a straight line and in an irregular manner. You can When the rectangular cross section 73 of the pin element 72 and the keyway slot 67 are aligned, the clip 60 is equal in length to the slot 67 to allow removal of the locking rods 36,48 from the clip 60. Can be pulled outward from the grip 12 to a distance. pin
To remove 72 from keyway 68, first grip pin 72 12
The engagement between the pin 72 and the keyway 68 prevents the clip 60 from completely disengaging from the grip unless it is pulled outwards.

The fit between the pins 72 and the flutes 70 is also preferably a tight-fitting sliding friction to prevent inadvertent removal of the pins 72.

The grip 12 and knob (knob) 74 have a rectangular cross section 73 of the pin 72 aligned or non-aligned with the slot 67 inside the grip to allow partial retraction of the clip 60. Supplemental reference symbols are provided to indicate to the user if they are lined up.

In the illustrated embodiment, the clip 60, extension bar 64, and pin element 72 are made of aluminum but will be known to those skilled in the art as other materials, such as other metals or Zytel®. Any polymer may be used.

The clip 60, in the illustrated embodiment,
Although shown as axially slidable in and out of engagement with the grip 12, it is understood that other arrangements for placing the grip 60 in the closed lock position are possible. right. Further, the clip 60 may be provided with a cylindrical extension rod so that the clip 60 can be rotated in and out of engagement with the grip so as to be movable.

The embodiment shown in FIGS. 10-12 is also a competition or competition modification of the coupling mechanism to ensure that the locking rod is not inadvertently or accidentally pulled out of engagement with the clip. It is specially prepared to do so.
In the embodiment of FIGS. 10-12, clip 80, thumb slide
82, a screw bolt 84, and a leaf spring 86 are included.

The clip 80 is a body or rod portion 80a which is received by friction in the groove 12a of the grip 12 opened at the rear surface of the grip provided on the grip 12, and the method described in the above embodiment. And includes a clip portion 80b that defines a generally U-shaped upwardly opening groove 80c made to snap the locking rod 36 in.

The slide 82 is mounted in an upwardly opening groove or slot 12b provided in the upper end 16 of the grip for mutual movement between the locked and unlocked positions. The groove 12b extends from the front to the back of the grip and is slightly wider than the width of the slide 82 to allow the slide 82 to move back and forth within the groove. The rear end of this slide 82 includes a locking tab portion 82a made to move into a locking relationship with respect to the locking rod 36 located in the grip, covering the opening of the clip, Prevents inadvertent dissociation from the clip. When the slide 82 retracts in response to the clip, the lock bar is exposed and retracts from the clip with a proper relative twisting action of the lock bar and the clip. The slide 82 is further provided with a groove 82b which is extended and opened upward, and a groove 8
Located within 2b and includes an elongated slot 82c extending between the bottom of slot 82b and the bottom of the slide. The slot 82b has a diameter slightly larger than the diameter of the head 84a of the screw bolt 84, and the slot 82c has a width slightly larger than the diameter of the shaft 84b of the screw bolt 84.

The screw bolt 84 connects the head 84a to the slot 82b.
The shaft 84b through the slot 82c and the inside diameter of the grip 12
Through the hole 80d of the clip body 80a, it is arranged to extend downward through the hole 80d of the clip body 80a to the through end 84c of the lower part in the hole 12d of the grip core member. The hole 12 has a lower end in a central inner diameter 12e extending downwardly through the core member and a lower end of the core member which slidably and telescopically receives an upper end 88a of a shaft 88 of the stock. There is.

The nut element 90 is firmly arranged in the hole 12d and meshes so as to be able to pass through the lower end 84c of the screw bolt 84. The nut element 90 is shown in FIG.
In detail, a head 90a, an annular portion 90b having teeth (eyes) 90e inclined in one direction, an annular portion 90d having teeth (eyes) inclined in the opposite direction, and a mouth portion 90f are shown. Inclusive. The nut element 90 is, for example, "Dodge Insert"
Heli in Danbury, Connecticut under the design of
-Coil Co. May be composed of elements available from The nut elements 90 are arranged in the holes 12d in an inverted arrangement with respect to the arrangement illustrated in FIG.

The leaf spring 86 is located in the groove 12b below the slide 82 and is provided with a central hole 86a for passing the shank 84b of the screw bolt 84. The leaf spring 86 is
It acts to constantly and upwardly advance the slide into engagement with the lower surface 84d of the head 84a of the screw bolt. This slide moves back and forth between the locked and unlocked positions in response to the clip, so the screw head
84a has a pair of first detents 82d and a pair of second detents 82e to define the returned locked and unlocked positions of the slide. A pair of detents 82d and a pair of 82
e is defined as a cutout along the opposite side of slot 82c in the annular shoulder surface between slots 82b and 82c. The leaf spring 86 is
The head of the screw bolt is firmly positioned on each pair of detents in either the locked or unlocked position of the slide to allow the slide to move downward as it moves between the detent positions. It acts to ensure that the screw head dents downwards.

This slide shows the unlocked position in FIG. 10, the locked position in FIG. 12, and the intermediate position in FIG. The slide 82 has serrations or ridges 82f on the top surface of the slide to facilitate a firm grip of the slide with the thumb of the user, thereby facilitating movement of the slide between the locked and unlocked positions.
Is provided. The slide 82 is further provided with a protrusion 82g at the base of the slide closest to the front end of the slide to guide the front end of the slide for sliding movement within the groove 12b.

Referring to the embodiment of FIGS. 1-6, with the buckle 40 or 42 securely fastened at a location near the intersection of V between the thumb and forefinger, the skier simply slides into the groove 23.
And the clip 22 aligns the locking rods 36 or 48 in a row and exerts a lower pressure to snap the locking rods into the lateral swivel groove 26 best shown in FIGS. As can be seen in the drawing, the relative position of the lock bar and the clip 22 is such that the skier finds the grip 12 in a natural gripping position on the glove 10 without looking for the grip 12 or pulling the grip 12 into the proper position. Connect to. This is best shown in FIGS. 2 and 4, where the grip 12
The upper end 16 of the grip 12 is held substantially at or slightly above the surface of the V between the thumb and forefinger, while the side surface 20 of the grip 12 is
Is held in the immediate vicinity of the palm of the hand near V to allow the skier to recursively grip grip 12. This is especially important in competitions when the timing is critical.

Referring to FIG. 3, the pivoting action between the lock bar and the clip 22 causes the skier to pivot the stock outward for pole touch while holding the tip of the grip 12 in response to the hand. to enable. Upon completion of the pole touch, the grip will swing back to its natural grip position, eliminating the possibility that the relaxation of the skier's grip grip required for the turn shown in Figures 2 and 4 will result in the loss of grip. The relative tight position of the buckle and the lock rod, which correspond to the glove connected to the pivot around the clip around the hard lock rod, is the V between the thumb and forefinger.
Align the preferred swing angle to the plane that essentially bisects. This ensures a natural, practical and precise swing or turn that requires very little effort on the skier's body part.

In order to disengage the grip 12 from the glove 10, the skier must either pull upwards or twists on the glove to pull the locking bar out of the clip 22 or simply apply a downward pulling force to the stock. There must be. This serves as a safe feature for the skier to hook onto the object while still in motion, for example while riding on a lift or rolling. This also prevents twisting damage to the hand and wrist by uncoupling the glove from the grip by rotating the grip in a plane that is vertical to the skier's arm / wrist / hand axis.

Since the release direction of the stock is below the skier's hand, the additional power exerted on the stock while skiing helps to reinforce the connection between the clip 22 and the lock bars 36,48.

In the embodiment of FIGS. 7-9, the skier inserts the locking rods 36, 48 into the groove 62 of the clip 60 and slides the clip into the closed locking position adjacent to the grip 12 and the pin element. Rotate 72 approximately 90 ° relative to the irregular rectangular cross section 73 and slot 67 of keyway 68. The stock and gloves are then secured together and the force in any direction does not untie the two until the skier wants to release it.

In the embodiment of FIGS. 10-13, the skier inserts the lock bar into the groove of the clip with the slide in the unlocked position and then the lock tab 82a of the slide.
Slide the slide back to the locked position to prevent inadvertent disengagement of the lock bar 36 from the clip. Since the slide moves approximately 90 ° with respect to the disengagement direction of the glove armpit joint structure from the stock armpit joint structure,
The force that helps to separate the glove armchair connection when the thumb slide is in the locked position is the spring force that, in cooperation with the detent mechanism, holds the slide in one or the other of the locked and unlocked positions. As such a releasing force acts in the same direction, it actually reinforces the fixed position of the thumb slide.

It is understood that the embodiments described above are only preferred embodiments and are not intended to limit many forms and modifications of the coupling mechanism of the present invention to be within the scope of the appended claims. It

For example, the position of the connecting structure (holding sleeve / leather / lock bar / buckle) of the glove is 10
It is within the scope of the present invention to provide a connecting structure for the portion of the glove for use with an ordinary glove, even though it is illustrated as being integrally built into the glove.

The preferred shape of the glove interlocking structure is one or more adjustable straps that provide non-adjustable, albeit providing adjustable positions for the buckle of the lock bar in response to the hand. You can also For example, the buckle on the lock bar may simply be sewn or it may be built directly into the glove without the need for strap placement and adjustment.

Even though the described embodiment discloses a glove-mounted lock bar and a clip mounted on the grip of the stock, the structure does release and pivots between the grip and glove described above. Motion and swing motions can be provided.

[0061]

As described above, the present invention provides a structure for connecting a ski glove and a grip which enables a good ski operation because it is constructed as described above.

[Brief description of drawings]

FIG. 1 is a perspective view of the ski glove according to the present invention when the connection structure between the grip and the grip is released when the glove is separated from the grip of the stock.

FIG. 2 is a perspective view in the case where the connection structure acts on the same.

FIG. 3 is a perspective view when a stock is swung forward.

FIG. 4 is a perspective view showing a natural grip position.

FIG. 5 is a perspective view showing an alternate mode of the buckle of the lock rod of the present invention.

FIG. 6 is a perspective view of a buckle of the lock bar of FIG. 5 mounted on the connection structure of the present invention.

FIG. 7 is a perspective view of a competitive aspect of the invention in an open release position.

8 is an exploded perspective view of the stock side connecting structure of FIG. 7. FIG.

9 is a perspective view of the invention of FIG. 7 in a closed and locked position.

FIG. 10 is a perspective view of the next competitive aspect of the invention.

11 is a plan view of the embodiment of FIG.

12 is a sectional view of the indicator line 12-12 of FIG.

13 is a detailed explanatory view of a nut element used in the embodiment of FIG.

[Explanation of symbols]

 10 Gloves 12 Grip 14 Shaft 16 Upper end 18 Base end 20 Gripping surface 22 Clip 23 Opening groove 24 Chamfered surface 25 Groove hole 26 Turning groove 28 Holding sleeve 32 Leather strap 34 Leather strap 36 Lock rod 38 Connecting rod 40 Buckle 42 Buckle 44 Connecting Rod 46 Connecting Rod 45 Bending Corner 46 Bending Corner 48 Locking Rod 50 Strap 42 Leather Strap 54 Sleeve 56 Sleeve 60 Clip 62 Groove 64 Extension Rod 66 Passage 67 Groove Hole 68 Key Groove 69 Circular Section 70 Vertical Groove 72 Pin Element 73 Rectangular Cross-sectional area 74 Position knob 80 Clip 82 Slide 84 Screw bolt 86 Leaf spring 88 Axis 90 Nut element

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Frank E. Vogel, Walnut 136, Rochester, 48307, Michigan, United States, Department 1

Claims (6)

[Claims] 1. A ski glove and a stock grip having a grip having a top surface, a bottom surface and a side surface, and a first connecting means attached to the grip of the stock.
An improved ski glove and grip connecting structure comprising second connecting means provided on a ski glove for releasable mating connection with the first means, the second connecting means of the glove being the first of the grips. The first connecting means is provided with a locking means that is releasably meshed with the connecting means and is selectively operable between a second position where the second connecting means of the glove can be released and a second position where the second connecting means of the glove cannot be released from the connecting means of the grip. The structure that connects the ski gloves and the grip. 2. The structure for connecting a ski glove and a grip according to claim 1, wherein the first connecting means is provided with a clip means opened to receive the second connecting means, and the locking means is in the second position. The mechanism for connecting a ski glove and a grip, characterized in that the opening of the clip means is substantially closed when it is in. 3. The structure for connecting a ski glove and a grip according to claim 2, wherein the opening means of the clip means is directed upward, and the opening means of the grip means is selectively covered with the locking means on the plane of the upper surface of the stock. The structure that connects the ski glove and the grip is characterized in that it is slidable in the axial direction. 4. The structure for connecting a ski glove and a grip according to claim 1, wherein the second connecting means is releasable in the first direction from the first connecting means, and the locking means for the grip of the stock is first and second. A connecting structure between a ski glove and a grip, which is capable of being selectively moved between two positions in a second direction which is not parallel to the first direction. 5. The structure for connecting a ski glove and a grip according to claim 4, wherein the second direction is substantially perpendicular to the first direction. 6. The structure for connecting a ski glove and a grip according to claim 5, wherein the locking means is obliquely advanced to the first and second positions by the biasing means which essentially acts in the first direction. The structure that connects the characteristic ski gloves and grips.