JP2001161440A - High-performance knapsack - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an integrated knapsack device having an integrated water supply frame for storing liquid and providing the knapsack with a substantially rigid support body. SOLUTION: A harness allows a frame to be releasably fitted to the knapsack. A movable pouch which is connected to the knapsack and has an impact cord moves from a storage position to an access position. The slidable pouch slides between the storage position and the access position along a second belt. A weight support/air ventilation system shifts the weight of the knapsack and its contents to the waist and the hip of a user and also provides an air passage for the ventilation between the knapsack and the back of the user.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

FIELD OF THE INVENTION The present invention relates to an improved advanced backpack system, and more particularly to an integrated bag system that acts as a backpack frame, and a pod-based weight control / ventilation. Backpack with retractable pocket system for easy access and storage, and removable harness system for removably attaching the integrated bag frame and weight adjustment / ventilation system to the rucksack Sac device.

[0002]

BACKGROUND OF THE INVENTION With the increasing popularity of skis and snowboards, the equipment used has increased the need for increased quality and functionality to meet the strong demands and demands of both elite and fun outdoor fans. I have been. As skiers and snowboarders become more and more popular with off-road, off-road special skis and snowboards, they can be worn when skiing or snowboarding, as well as clothing, gloves, gorgs, sunglasses, food and water systems. An improved rucksack that can pack a (hydration system) is becoming more desirable. It is also desirable that some of the backpacks be easily accessible without removing the backpack from the shoulders and back of the wearer. Thus, there is also a need for pockets, compartments and water systems that can be accessed while worn on the wearer's back, preferably without disturbing the weight balance of the wearer's rucksack. For the rucksack to carry its weight and the weight of its contents most efficiently, it is preferred that the bulk of the weight be carried around the wearer's hips and waist, rather than on the shoulders. Furthermore, if the rucksack is on the wearer's back, the profile of the rucksack and the wearer is reduced, but the temperature of the wearer's back increases and sweats. In particular, when the wearer adapts the garment to typical weather, he has a backpack on his back, which results in a large accumulation of heat and undesirable sweat. Furthermore, in many cases where a significantly lighter rucksack is desired, only a small number of items are required, and no frame or water system is required. For example, if a skier or snowboarder slides in extreme positions and desires to minimize the weight of the rucksack, it may be desirable to remove the frame and water system to minimize the weight and bulk of the device. Furthermore, it is important to be able to conveniently place these articles in a rucksack.

[0003]

Accordingly, an integrated water supply system that acts as a frame for the rucksack, and the rucksack and its contents such that the weight of the rucksack is carried on the user's hips and hips rather than on the shoulders. A pod-based weight that adjusts the weight of the object and provides air clearance between the rucksack and the back of the user to provide more stable control of the temperature in a uniform manner unaffected by the rucksack The carrying system and one or more shrinks that can be easily accessed when the rucksack is on the back of the user and then returned to the storage position without compromising the rucksack attachment or rucksack weight distribution Free pockets or compartments and rucksack with water supply frame and weight distribution / venting system Attach the integrated water supply frame and weight distribution / venting system to the rucksack so that it can be used or can be worn without the water supply frame and weight distribution / venting system at the user's request. There is a need for an improved rucksack that includes various configurations that can enhance the overall utilization of the rucksack with a releasable harness.

Accordingly, it is an object of the present invention to provide an improved integrated rucksack device.

Another object of the present invention is to provide an integrated water supply frame releasably attached to a backpack facing a wearer's back, and a wearer extending outward from a lower portion of a back surface of the backpack. Weight balance system with a pod that shifts the weight of the rucksack on the hip or waist of the wearer, and is movable between a storage position and an accessible position without removing the rucksack from the wearer's back. An improved integrated rucksack device comprising a retractable compartment movably coupled to a rucksack.

Yet another object of the present invention is to provide a water supply system integrated into the hollow frame of the rucksack, and to allow a user to obtain a beverage from the water supply system when the rucksack is on the back of the wearer. To provide an improved integrated rucksack device.

It is a further object of the present invention that the two compartments are in a storage position that does not normally impede the range of movement of the user and selectively move to locations that are accessible independently or together. Movable into the rucksack so that it can be secured in a position that allows easy access to the compartment and the articles contained in the compartment when the rucksack is on the user's back An object of the present invention is to provide an improved integrated rucksack which is freely coupled.

It is yet another object of the present invention to be able to move along a predetermined path to an accessible position while being biased to remain in a storage position, and to be used alone or in an accessible position. SUMMARY OF THE INVENTION It is an object of the present invention to provide an improved integrated rucksack including a movable compartment that can be fixed in place.

It is yet another object of the present invention to provide an integrated pod system having a pod that separates the lower portion of the rucksack from the wearer's back and is located on the wearer's back near the waist or hip. A strap extending around the wearer's torso proximate to the waist to shift the balance of weight to the wearer's body primarily in the hip and waist regions, rather than in the shoulders and upper back. To provide an integrated rucksack device.

It is a further object of the present invention that an integrated water supply frame is attached to the exterior or interior of the rucksack and intersects the weight distribution system to separate the rucksack from the user's back. Accordingly, it is an object of the present invention to provide an improved integrated rucksack device capable of improving the air flow and heat exchange of the rucksack.

It is a further object of the present invention to provide an improved water supply frame member having an integrated handle portion on top to act as a rucksack handle when the rucksack is not on the wearer's back. To provide an integrated rucksack device.

It is yet another object of the present invention to provide one or more compartments at the bottom of the rucksack that move from a recessed position providing an integrated profile to a slidable position proximate the wearer's front. It is to provide an improved integrated rucksack which is integrated into one.

Still other objects and advantages of the invention will in part be obvious and will in part be apparent from the specification.

[0014]

SUMMARY OF THE INVENTION The present invention relates to an integrated rucksack device including a rucksack having an interior compartment and an outer surface, the outer surface facing a user's back in an operating position. 1 surface.
A strap mechanism is attached to the rucksack to support the rucksack on the user's shoulder. An integrated water supply frame member stores the liquid and provides substantially rigid support for the first surface of the rucksack. A harness is coupled to the rucksack proximate to or at the first surface of the rucksack, attaching the integral water supply frame member to the first surface of the rucksack. . The water supply system
It is coupled to the integral water supply frame member to allow a user to withdraw liquid stored in the integral water supply frame member. The integrated watering frame member is also adapted to be positioned between the first surface of the rucksack and the back of the user when the rucksack is supported on the user's shoulder by the strapping mechanism. This provides an integrated rucksack device having a frame provided by an integrated water supply system.

[0015] The present invention also relates to an integrated rucksack device comprising a rucksack including an outer surface having at least a first surface facing a user's back in an operating position, and an interior compartment. A strap mechanism attached to the rucksack supports the rucksack on the user's shoulder or close to the user's back. A weight distribution system is mounted on or proximate to the first surface of the backpack near the user's waist or hip and contacts the back of the user and is included in the backpack and the backpack. Most of the weight of the article is distributed and shifted via the weight distribution system from the shoulder region to the hip and waist regions.

The present invention further relates to an integrated rucksack device comprising a rucksack including an outer surface having at least a first surface facing a user's back in an operating position, and an interior compartment. A strap mechanism is attached to the rucksack and supports the rucksack on the user's shoulder. A retractable compartment is movably coupled to the rucksack and has a first storage position and a second accessible position. A biasing mechanism couples the compartment to the rucksack and the compartment moves the rucksack to a position accessible from the storage position without removing the rucksack from the user's back, and further to the original storage position. It is arranged so that it can move.

The present invention also relates to an integrated rucksack device having a rucksack including an interior compartment and an outer surface having at least a first surface facing the user's back in an operating position. A strap mechanism is attached to the rucksack to support the rucksack on the user's shoulder and to hold the first surface of the rucksack face-to-face on the user's back. The integrated water supply frame member stores the liquid and the first of the rucksack.
To provide substantially rigid support for the surface. A weight distribution system is coupled to the integral water supply frame member to adjust most of the weight of the rucksack from the wearer's shoulders to hips or hips. A harness mechanism is coupled to the backpack adjacent to or at the first surface of the rucksack, releasing the integrated water supply frame member and weight distribution system to the first surface of the rucksack. Attach freely. The rucksack can be worn with an integral water supply frame member attached by a harness mechanism, or by removing the integral water supply frame member to reduce the weight and bulk of the rucksack.

Accordingly, the present invention comprises the features of the structure, combination of elements and arrangement of members exemplified in the following description, and the scope of the present invention is defined by the appended claims.

[0019]

BRIEF DESCRIPTION OF THE DRAWINGS The invention will be described in detail hereinafter with reference to the accompanying drawings.

Referring to FIGS. 1-7, a high performance rucksack device constructed in accordance with a preferred embodiment of the present invention is indicated generally by the reference numeral 100.
The high-performance rucksack device 100 includes a rucksack 101 having shoulder straps 271 and 272 as shown in FIGS. Rucksack 101
Has a series of pockets 104, 105 in a conventional manner. The layout of the pocket can be changed depending on the use of the rucksack device 100. Generally, the rucksack device has a main inner cavity 107 and a series of smaller pockets or compartments 104, 105 at the back and sides of the rucksack 101.
In addition, a special compartment such as a web pocket for holding a bottle or the like outside the rucksack 101, or a mounting device such as a compartment with a zipper for storing a key ring or valuables inside the rucksack 101. Can be. These components of the rucksack are conventional. Further, the rucksack 101 according to the present invention has the pad member 102 on the surface of the rucksack that faces the back of the wearer when used. This face of the rucksack, which is oriented towards the wearer's back, is referred to in applications as the first face of the rucksack or the back face of the rucksack.

The rucksack device of the present invention is constructed in accordance with the present invention in addition to the rucksack 101,
And an integrated water supply frame, generally indicated at 150, removed from the rucksack 101. Integrated water supply frame (intgerated hydrat
The ing frame 150 is in the form of a substantially oval ring, as clearly shown in FIG. Integrated water supply frame 1
Reference numeral 50 is attached to the rucksack 101, and forms a rigid frame outside the rucksack 101. The pad 102 of the rucksack 101 is mounted inside the ring of the frame 150 to facilitate positioning of the frame and to provide a substantially smooth surface to the wearer's back.

In a preferred embodiment, the integrated water supply frame 150 is a hollow member as shown in FIG. FIG. 3 shows a cross section of the frame 150. Preferably, the frame 150 is filled with a liquid, typically water, with a straw 161 through which the liquid can enter the water supply frame 150 via the cap member 160 desired in the interior cavity 149 of the integrated water supply frame 150. The user can drink by sucking. Straw 16
At one end, a bit valve is commonly used. The user can suck the liquid from the reservoir 149 through the straw 161. Numerous bit valves are available on the market.
These bit valves have an opening and a straw 16
It is configured so that the user can put it in his mouth and squeeze or chew so that a free passage to the reservoir 1 and the reservoir 149 is formed. Any of the currently available bit valves and others can be used with the device of the present invention. The bit valve prevents the liquid from accidentally leaking or leaking when the user does not drink water or other liquid. The cap 160 is removable and liquid can be poured through this opening. However, in a preferred embodiment, there may be a larger opening 147 with a cap 148 at the bottom of the frame 150, preferably in the area 158 of the frame 150. Also in this case, as shown in FIG.
In addition to the zeroed liquid, ice cubes or other cold or hot packs are large enough to be introduced into the chamber 149. In a presently preferred embodiment of the present invention, the integral frame member is blow molded to provide a thin, rigid material having a majority of the volume of the frame defining the chamber 149 therein. Formed from rigid plastic. Various suitable plastics can be used. This material must be suitable for contact with human consumption liquids as approved by the Food and Drug Administration and other Federal or State regulatory agencies. In a preferred embodiment,
The frame 150 is formed from a flexible resin such as polyurethane. Further, a heat insulating layer can be disposed inside or outside the frame 150. A soft sponge-like insulation material is particularly suitable for being provided externally, as it cushions the frame 150 against the wearer's back. The frame 150 is configured to be arranged inside the rucksack 101. In this case, the frame needs to be smaller and is preferably placed in a special pouch or section or held in place using a strap. Or, the size and shape are the rucksack 1
01 can be set so that it can be slip-fitted to a desired position.

The shape of the frame 150 is such that harness straps 201, 202, 203, 204 and 205 for holding the integrated water supply frame 150 on the rucksack 101.
To provide a small area that is suitable for reception. Thus, the reduced circumferential regions 153, 154, 155 and 156 spaced apart from the periphery of the integrated water supply frame 150 and the reduced circumferential portions 15 in the handle region 157.
9 are defined. In addition to the reduced circumferential area, the side 1
51 and 152, a face portion 158, and a handle portion 157 having a handle opening 159 are provided.
The weight distribution / venting system 180 is integrated with the integrated water supply frame 150.
Is attached to the lower part 158. The weight distribution / venting system is
In the presently preferred embodiment, it is rigidly attached to portion 158 of integrated water supply frame 150. The pad 181 has a contact surface 183.
In a preferred embodiment, a rucksack 100
Is a rubber or other padding portion that is positioned against the back of the wearer when worn on the shoulder of the user. The weight carrying / venting element 180 has a dual effect of shifting the gravity of the rucksack 100 and its contents to the hip or waist region of the wearer by the shoulder straps 271,272.

The contact surface 183 of the pad 181 is located above the buttocks of the wearer at the center of the back, and
The lumbar harness assembly, including 31, 232 and straps 233, 234, is generally held in place. The straps 233 and 234 are combined by a clasp 235 that is closed near the front of the wearer's torso. Normally,
The pads 231 and 232 of the hip are arranged on the hip of the wearer. Pad 181, pad 23
1, 232 and the contacts of straps 233, 234, the rucksack is fixedly supported around the user's waist, and the weight of the rucksack device 100 and the contents is much more efficient and better than the shoulder. It is supported by the waist of the wearer in a balanced arrangement.

Pads 231, 232, strap 23
Strap assembly 2 including 3, 234 and clasp 235
30 is an integral strap 2 extending around the pad 181
37 attaches to the pad 181. In one preferred embodiment, the waist assembly 230 is removably attached to the rucksack 101.

As clearly shown in FIG. 4, the weight shifting / venting system 180 includes a back and a backpack assembly 1 for the wearer.
00, an air space indicated by reference numeral 270 is formed. The air space 270 circulates air to prevent heat from accumulating and prevent the user from excessive sweating. Thus, rucksack assembly 100
Only contacts the body of the wearer with the straps 271, 272, the top of the rucksack 101 and the pad 181.

In the presently preferred embodiment of the present invention, the weight adjustment / venting system 180 is fixedly attached to the integrated water supply frame and the harness strap 20
By releasing 1-205, it is removed together with the integrated frame 150 as described above. However,
In another preferred embodiment of the present invention, the weight transfer / venting system 180 is a backpack such that the integrated water supply frame 150 contacts the back of the wearer with the pad 102 (as clearly shown in FIG. 2). It can be removed separately from the sack assembly 100.

Alternatively, the weight transfer / venting system 180 may extend outwardly and have two pods supported on the wearer's back.
d) can be configured. The pod can include a spring material that provides some shock absorbing properties. Pod is frame 150 or rucksack 1
01 or attached using a hook / pad connector, or a weight transfer /
It can be detachably attached using an elastic web brassier extending around the ventilation system 180.

In addition to the conventional pockets and compartments provided in the rucksack, especially in the case of skiing or snowboarding, the rucksack remains accessible in place on the wearer's shoulder and allows access to small items. It may be desirable. According to a preferred embodiment of the present invention, the rucksack assembly 100 has two types of pockets or compartments 240 and 280, which provide normal storage without hindering user movement. From the position, it moves to a second position that can be accessed by a user still holding the rucksack in place. FIG. 4 shows the compartments or pouches 240 and 280 in the storage position, and FIG. 5 shows the pouches in the access position. Arrows A and B in the figure indicate the movable compartment 240
, And 280.

As clearly shown in FIGS. 4 and 5, pouch 2
Reference numeral 80 is disposed above the rucksack 101, and is attached to the rucksack 201 via two conventionally manufactured bungee-type telescopic shock cords 281 and 282. The impact cord is preferably relatively long and attaches to the rucksack near the bottom of the rucksack. This is such a length that, with such a configuration, the required distance can be easily extended and extended through the user's shoulder as shown in FIG. In FIG. 5, the pouch 280 is opened, held in place, and then closed, in FIG.
The storage position is returned to the user's back.

This pouch 280 is a candy bar,
It can be used for nutrition bars, sunglasses, lip balms, money, portable music devices and accessories such as headphones or tan lotions. Thus,
When resting on the roadside or sitting on a ski lift, a user whose rucksack is still in place can easily access various belongings. FIG. 5 shows both straps 281 and 282 on one side of the user's head, but pulling the pouch 280 places the bungee straps 281 and 282 on both sides of the wearer's head. be able to. Similarly, and most conveniently for the user, the pouch 280 can be pulled with both hands on both sides of the head.

In effect, the movable pouch 280 provides an excellent means of accessing items when the rucksack 101 is on the wearer's back. Compartment 28
0 is shown to have a moderate size,
The relative size of the compartments 280 can be adjusted to be larger or smaller depending on the design requirements associated with the intended article to be stored in the compartment. Of course, in a conventional manner, the compartment 280
Can be opened using a zipper or other closure mechanism in accordance with conventional techniques. Further, the compartment 280
A smaller compartment may be included in the overall structure to hold different articles.

Generally, bungee cords 281 and 282
Are arranged to extend through the opening 283 of the compartment 280. You can use both of the two codes,
Alternatively, a single bungee cord 281 can be used, in which case both free ends are attached to the rucksack 101, but the bungee cord 281 is connected to the compartment 280 through one opening 283. It enters and forms a loop and then exits compartment 280 through another opening before being connected to rucksack 101. In a preferred embodiment, the two free ends of a single bungee cord 281 are provided on the rucksack 101 such that the lateral stability of the compartment 280 is better in the storage position above the rucksack 101. Connected to different sides.
The compartment 280 can also be arranged to be located at another location of the rucksack 101. For example, in another preferred embodiment, compartment 280 is at the top of the rucksack, but the height component of the rucksack is unaffected and the relative backpack from the outside of the wearer's back is not affected. It can be provided to be located on a surface opposite to the surface located on the wearer's back, so that only the depth is affected. Similarly, the compartments 280 may be located on one or both sides of the rucksack 101 if access to different articles is desired that is preferably isolated in different compartments.

In particular, a high-performance rucksack 101 is
For special applications such as mountain climbing, rock climbing or polar exploration, the rucksack may require a number of movable compartments that can be accessed while on the wearer's back. There are many. In these cases, the wearer can easily and separately access the various components, devices, clothing and other materials utilizing hand movements that are restricted under extreme conditions. As such, it may be necessary to utilize a large number of movable compartments. In such extreme conditions, instead of the bungee cord 281, a seal is provided so that cold or other conditions do not affect flexibility or integrity.
Other more suitable elastic materials can be used.

In addition to compartment 280, which is held in place relative to the surface of rucksack 101, another type of movable compartment or pouch 240 constructed in accordance with a preferred embodiment of the present invention is shown. ing. FIG.
Referring to 4, 5, 6 and 7, one or two movable compartments 240 are shown. Compartment 240
Is configured to take two positions. A first storage position located substantially above the hip pads 231 and 232, and an accessible position at the front of the user's torso as shown in FIGS. In many cases, if the user actively engages in sports activities such as skiing, snowboarding or mountain climbing, the movement and flexibility of the user is maximized, and the flexibility and movement are not obstructed or possible. It is important to keep as little as possible. Accordingly, the movable pocket 240 is biased to a storage position that is out of the normal range of user movement. However, if the user desires to access these movable compartments or pouches 240, the compartments should be in an accessible location, preferably at the front of the torso. For example, when a skier returns to the ski lodge and needs access to money and keys, the compartment should be at the front. When a skier goes outside to ski,
The pouch 240 should return to the storage position.

In a currently preferred embodiment,
The movable pouch 240 is linked to and connected to straps 233, 234 used to attach the hip pad and rucksack 101 to the wearer's torso. Actually, hip pads 231, 232, straps 233, 234
In addition to the waist belt used for the support including the closure mechanism 235, a second belt attached to the inner belts 231 and 232, the weight transfer portion 180, or the rucksack 101 is arranged. The pouch 240 has a channel 243 formed by straps sewn or secured along the edge to the rear surface of the pouch 240, as clearly shown in FIG. With such a configuration, in a preferred embodiment, it is formed from a thin nylon strap having a width of about 0.5 inches to 1.5 inches and having a free end attached to a clasp 235 with the strap. Along the belt 241 to be moved. Thereby, the guide belt 241 can be fixed to a predetermined position around the wearer's torso, generally around the wearer's waist and hips.
Alternatively, the belt 241 can be a thread-shaped belt. The pouch 240 can slide along the strap 241 from a position toward the side or back of the wearer's waist to a position along the strap 241 proximate the front of the wearer's waist. In addition, bungee code 246
Is the strap 241 attached to the connector 248
From the vicinity of the rear of the strap 242 via a series of guide loops 247 on the rear surface of the substantially U-shaped pouch 240. The other free end of the bungee cord 246 is also attached to a connector 248 toward the back of the strap or outer belt 241, biasing the pouch 240 toward a position closer to the back of the wearer's waist. It has become so.

In a currently preferred embodiment,
Two pouches 240 are located, one on each side of the wearer's body. In this case, each pouch 240
Is a loop strap 2 holding a closure mechanism 245 associated with a corresponding closure 245 of the other pouch.
44. Thus, as shown in FIG. 6, the user can couple the pouches 240 together at the front such that the pouches 240 remain in an accessible position.

[0038] Thus, if the user needs to access the items in the pouch or desires to place items in the pouch 240, the pouch 240 can be held in a position in front of the user. Again, in this case,
The pouch 240 can vary in size and shape, and each pouch can have one or more compartments or special features or closure features within the pouch according to conventional pouch and compartment technology. Can be.

If the user does not need to place the pouch 240 in the front anymore, the closure mechanism 245 can be released, and the biasing force of the bungee cord 246 removes the pouch from the waist of the wearer. Can be easily moved rearward along the strap 241 to a storage position closer to the rear or sides. In another preferred embodiment, the biasing mechanism is not utilized and the user manually moves the pouch 240 to the storage position. Indeed, the pouch 240 can be secured in the storage position by straps and closure mechanisms similar to those used to secure the front. Other closure devices can be used to hold the pouch 240 in a storage position and an accessible position. Multiple pouches 240 can be placed on strap 241 if desired.

Referring now to FIG. 8, a fanny pack structure according to a preferred embodiment of the present invention is described.
construction) is indicated generally by the reference numeral 300.
The butt pack 300 is similar to the pouch structure of FIGS.
It is arranged using a double strap structure. However, in this case, only the hip pack is placed and there is no separate rucksack. In the present embodiment, the inner belt 320 fixedly holds the hip pack structure around the waist of the user. Second outer strap 301
Are attached to a closure 302 that acts to tie the support belt 320. The pouch 340 has a bungee cord 341 and a main belt and a guide loop 342 attached to the connector 343. In this case, the pouch 340 can move around the outer strap 301 in either direction. Connector 344 is
It is configured and arranged to operate with the connector 345 attached to the strap in proximity to the couple 302 to hold the pouch toward the front of the user's waist.
Either snap closure 345 can be used, depending on whether the user uses the left or right hand to pull pouch 340 forward.

As the popularity of skiing, snowboarding and mountain climbing increases and more equipment and clothing alternatives become available, a greater number of stakeholders will find equipment, clothing, food, fluids, money, tanning. They find the need to carry lotions, lip balms, sunglasses and various other items. Rucksack is a coat,
Suitable for carrying large or bulky items such as sweaters, shoes, portable music devices and gaming devices. Rucksacks are traditionally used, such as shoulder straps, waist straps, and even stabilizing straps worn through the front of the wearer's torso, connecting the shoulder straps together so that the rucksack does not move laterally. It is generally not desirable to remove the rucksack to gain access to small items, as the other straps being used are carefully adjusted to the wearer's body. Thus, the movable pouch is free to move with respect to the pouch 280 and slidably moves with respect to the pouch 240, allowing easy and convenient access to the items contained in the pouch and returning to the storage position. This prevents the pouch from interfering with sporting activities.

Next, referring to FIGS. 9 and 10,
An integrated rucksack assembly is indicated generally by the reference numeral 400. The rucksack device 400 has a rucksack portion 401 including a shoulder strap (not shown) and a main compartment having a desired zipper and other conventional closures, as in the embodiment described above. The rucksack assembly 400 is also a rucksack part 4
01 have two lower compartments 402 and 403 at the bottom. These compartments have a dual strap arrangement 404 similar to that in the embodiment of FIGS. 1-7 and 8.
It is connected to the. Further, as clearly shown in FIG.
Two hooks or mat pads 406 and 407 are associated with the rear pads (not shown) of compartments 402 and 403 so that when compartments 402 and 403 are not needed, these compartments are not needed. A rucksack 400 below compartment 401 so that the compartment is securely held in place at the bottom of compartment 401 as shown in FIG.
Is placed on the rear surface of the lower end of the. However, by pulling on either compartment 402 or 403, the compartment can slide along a strap that is not used to attach the strap around the wearer's waist. This compartment can be held in place at the front by attaching it to the other compartment as described above with respect to the embodiment of FIGS. 1-7 together with the connector. Further, by biasing the compartments 402 and 403 backwards using a series of elastic shock cords, the compartments can be returned to their original position without having to push backwards. In general, the compartment walls can be relatively rigid so that when the compartments 402 and 403 are in the position shown in FIG. 10, the compartments retain their shape and provide a satisfactory finishing configuration. Preferably, compartments are formed so that they can be made. In addition to the configuration shown in FIGS. 9 and 10, the movable compartment can be made smaller,
In configurations where one or more compartments are integrally attached to the rest of the rucksack, a non-moving portion can be provided.

One of the necessities of the most debilitating outdoor activities is fluid replenishment. If skiers, snowboarders or climbers do not actively provide water for long periods of time, they are extremely anxious. Carrying a container of fluid is often inconvenient and
The container has a sharp edge or a hard surface, which can be dangerous to the user when transported, which is dangerous. The integrated water supply frame system of the present invention can provide a number of advantages in these respects. The water supply frame provides a rigid frame to the rucksack and can effectively use the internal volume of the frame as a reservoir for water and other liquids. As described above, since one structure that can be selectively removed from the rucksack exhibits a dual use as a frame and a water reservoir, it is possible to provide a rucksack device with great value and usefulness. . This is further amplified when the weight adjustment / venting pod is incorporated into the bottom of the integrated water supply frame. The weight adjustment pod can shift most of the weight of the rucksack device to the hip and waist regions and provide a ventilation path between the wearer's back and most of the rucksack to avoid overheating. On the other hand, simply for simple trips or when the number of items that the user needs to carry is limited, an integrated water supply frame and weight transfer / venting system will provide the rest of the rucksack. And the rucksack can be used in a conventional manner without affecting utility.

Although the integrated water supply frame is shown as an outer frame, it is possible to form an inner frame. When a frame is used internally, various methods can be used. Appropriate receiving pockets may be formed and configured to hold the frame in place using a series of straps, or the internal frame may be configured to slide into a preferred location within the pack. . However, the presently preferred embodiment of the present invention provides an integrated frame as an external frame that allows easy access to the water supply system and can use the integrated water supply frame as a support for the weight shift / vent system. It has a water supply frame.

Conventionally, a pouch structure supported by a hip pack and other waist has been provided, but from a storage position that does not hinder the movement of the user and an accessible position where the contents of the pouch can be manipulated. Sliding pouches utilizing secondary straps or belts configured to be movable can provide significant advantages. A further advantage is obtained if a biasing means is provided for moving the pouch pack to the storage position when the pouch pack is not held in an accessible position. By using a closure mechanism to hold the pouch in a desired position, reliability can be increased.

By providing access to a movable pouch coupled to the rucksack via one or more elastic cords or other members, it is possible to selectively access articles that need to be placed on the rucksack. In addition to providing easy access, the rucksack itself can be taken out to access the articles before accessing these articles. This movable pouch device
The pouch can be substantially returned to the storage position with substantially no manipulation required.

It is apparent from the above description that the above objects of the present invention can be effectively achieved. Also, since changes can be made to the above configuration without departing from the spirit and scope of the present invention, all of the above descriptions are merely examples,
It should not be taken in any limiting sense.

The claims are intended to cover all features of the invention and all items of the scope of the invention which may be omitted as a matter of language.

[0049]

As described above, according to the present invention, an improved high-performance rucksack is provided. This high-performance rucksack device includes an integrated water supply frame member and a weight shift / vent system, which can be selectively removed from the rucksack as needed. In addition, two different types of movable pouch devices are provided, which allow for free access to the articles and allow the articles in the pouch to be stored from a storage location that does not interfere with the user's activities. Can be moved to an access position where it can be easily accessed. Furthermore, the pouch device can be easily returned to the storage position manually or by using a biasing mechanism.

Further, an improved waist or chest base removable pouch device is provided. This pouch device utilizes a double belt system. One belt holds straps and pouches in place around the user's waist, chest, arms or legs, and the other belt moves from the storage position to the access position and vice versa. Used to slide pouches.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an integrated water supply frame and back support pod constructed in accordance with a preferred embodiment of the present invention.

FIG. 2 is a perspective view showing an integrated rucksack device configured according to a preferred embodiment of the present invention.

FIG. 3 is a cross-sectional view of the integrated water supply frame member of FIG. 1 taken along line 3-3.

FIG. 4 is a perspective view showing an integrated rucksack according to the present invention on a user's body.

FIG. 5 is a perspective view similar to the perspective view of FIG. 4, showing the pouch being moved from the storage position of FIG. 4 to an accessible position.

FIG. 6 is a perspective view of the integrated rucksack device of FIGS. 4 and 5 as viewed from the front of the user.

FIG. 7 is a perspective view showing the waist strap and luggage pouch of the rucksack device of FIGS. 4-6, constructed in accordance with a preferred embodiment of the present invention.

FIG. 8 is a perspective view showing a buttocks pack configured according to a preferred embodiment of the present invention.

FIG. 9 is a perspective view showing an integrated rucksack device according to another preferred embodiment of the present invention in which two movable pouches are incorporated in the bottom of the rucksack.

FIG. 10 is a perspective view showing the integrated rucksack device of FIG. 9 with the movable pouch extended.

[Explanation of symbols]

 REFERENCE SIGNS LIST 100 rucksack device 101 rucksack 102 pad member 104 pocket 105 pocket 107 cavity 147 opening 148 cap 149 hollow chamber 150 integrated water supply frame 151 side portion 152 side portion 157 handle portion 158 Frame region, face portion 159 handle opening 160 cap member 161 Straw 180 Weight distribution / venting system 181 Pad member 183 Contact surface 184 Projecting arm 201 Harness strap 202 Harness strap 203 Harness strap 204 Harness strap 205 Harness strap 230 Strap assembly 231 Hip pad 232 Hip pad 233 Strap 234 Strap 235 Clasp 240 Compartment room 241 Belt 242 Strap 243 Chi Channel 244 Loop strap 245 Closure mechanism 246 Bungy cord 247 Guide loop 248 Connector 270 Rucksack assembly 271 Shoulder strap 272 Shoulder strap 280 Compartment room 281 Impact cord 282 Impact cord 283 Opening 300 Butt pack structure 301 Outer strap 302 Closure 320 Inner belt 340 pouch 341 bungee cord 342 guide loop 343 connector 344 connector 345 connector 400 integrated rucksack assembly 401 rucksack part 402 compartment 403 compartment 404 double strap structure 406 mat pad 407 mat pad

 ────────────────────────────────────────────────── ─── Continued on the front page (31) Priority claim number 60/161042 (32) Priority date October 25, 1999 (Oct. 25, 1999) (33) Priority claim country United States (US) (31) Priority claim number 09/626705 (32) Priority date July 27, 2000 (July 27, 2000) (33) Priority claiming country United States (US) (71) Applicant 500477838 67 Allen Martin Drive, Essex Junction, Vermont, US 05451 (72) Inventor Gadd Shannan H3 Three Wy, One Piy Wan, Quebec, Westmont, Auckland Avenue, Canada 49 (72) Inventor Oli Van Roost Canada Countries, H.4.A., One X.T.U, Quebec, Mont Ole, Sherbrooke Double Number 2 5781 (72) Inventor Francois Duvall, Canada, Six Six, Three E Three, Quebec, Telebon, St. Marie 256 (72) Inventor Ivan・ Browsshu Canada, H.1X, T.M.3, Quebec, Montreal, Bourbon Nile 4457

Claims (34)

[Claims] 1. A rucksack having an inner compartment and an outer surface including at least a first surface facing a user's back in an operating position, and attached to the rucksack to support the rucksack on a user's shoulder. Integrated water supply frame means for storing liquid and providing a substantially rigid support to the first surface of the rucksack; and providing the integrated water supply frame means to the first surface of the rucksack. A harness means attached to or attached to the rucksack proximate to or attached to the first surface of the rucksack so that a user can withdraw liquid stored in the integrated water supply frame means; And a water supply system coupled to the integrated water supply frame means. Integrated rucksack adapted to be disposed between the first surface of the rucksack and the back of the user when supported by the backpack, and having a frame provided by an integrated water supply system apparatus. 2. The integrated rucksack device according to claim 1, wherein the integrated water supply frame means is formed as a hollow member, and the liquid is stored in a hollow portion of the integrated water supply frame means. 3. The integrated water supply frame of claim 1, wherein the integral water supply frame is formed as a rigid hollow member having an access opening forming a reservoir for the water supply system and coupling the water supply system to the reservoir. Integrated rucksack device. 4. The unitary body of claim 3, wherein the rigid hollow member provides a rucksack stability frame and is shaped to be ergonomically adapted to the shape of the user's back. Rucksack device. 5. The integrated rucksack device according to claim 1, wherein the integrated water supply frame means has a handle portion for gripping and carrying the rucksack. 6. The integrated rucksack device according to claim 1, wherein the integrated water supply frame means is formed as a hollow thin member made of rigid but flexible plastic. 7. The rucksack includes a padding system which engages the integral water supply frame means when the integral water supply frame is attached to the first surface to provide an ergonomically shaped surface. The integrated rucksack device according to claim 1, wherein the integrated rucksack device is provided on the first surface. 8. The integrated rucksack device according to claim 1, wherein the harness means releasably attaches the integrated water supply frame means to the rucksack. 9. The apparatus further comprises weight adjustment means coupled to or adjacent to the first surface of the rucksack so as to separate the first surface of the rucksack from the back of the user. The integrated rucksack device according to claim 1, characterized in that: 10. The unit according to claim 9, wherein the weight adjusting means is a pod having a back contact surface adjusted to abut on the user's back in proximity to the user's hip or waist. Rucksack device. 11. The integrated rucksack device according to claim 10, wherein the back contact surface of the pod is formed of a flexible material. 12. A compartment that is coupled to a rucksack having a first storage position and a second accessible location, the compartment further comprising a retractable compartment, and the compartment is connected to the rucksack. A biasing means for coupling and allowing movement of the compartment relative to the rucksack to move the compartment from the storage position to an accessible position and back to the storage position. Integrated rucksack device. 13. A rucksack having an inner compartment and an outer surface including at least a first surface facing a user's back in an operating position, and attached to the rucksack to support the rucksack on a user's shoulder. Strap means disposed proximate to the user's back; and a second portion of the rucksack for shifting weight to the user's hips and lower back and separating a portion of the first surface of the rucksack from the user's back. A pod system attached to or proximate to the first surface and near the waist and hips of the user, and a backpack for mounting the rucksack around the torso of the user An integrated rucksack device comprising: a harness means coupled to the sack; and having a weight shift / venting system. 14. A rucksack having an interior compartment and an outer surface including at least a first surface facing a user's back in an operating position, and attached to the rucksack to support the rucksack on a user's shoulder. First strap means mounted on the backpack so as to support the backpack around the user's torso; and first strap means mounted on the backpack to support the backpack around the user's torso; A third strap means attached to the backpack or the second strap means for surrounding; and coupled to the third strap means for movement along the third strap means between a storage position and an access position. Movable pouch means, and a movable pouch that slides from the storage position to the access position without removing the rucksack from the shoulder of the user. Integrated backpack system according to claim and. 15. A rucksack having an interior compartment and an outer surface including at least a first surface facing a user's back in an operating position, and attached to the rucksack to support the rucksack on a user's shoulder. Strap means disposed near the user's back, a pouch containing the article, and a rucksack and pouch so that the pouch can be moved from the first storage position to the second access position. An integrated rucksack device comprising: a coupled pouch connecting means. 16. The pouch connection means has at least one impact cord connected to a rucksack proximate a first end of the impact cord and proximate the other end of the impact cord. 16. The elastic shock cord of claim 15, wherein the elastic shock cord has sufficient elasticity to extend from a rest position corresponding to the storage position to a large length position where the pouch can move to the access position. An integrated rucksack device as described. 17. A rucksack having an interior compartment and an outer surface including at least a first surface facing a user's back in an operating position, and attached to the rucksack to support the rucksack on a user's shoulder. Integrated water supply frame means for storing liquid and providing a substantially rigid support to the first surface of the rucksack; integrated water supply frame means on the first surface of the rucksack. Harness means coupled to or at the first side of the rucksack for releasable attachment, the integrated water supply frame means comprising a means for the rucksack to be connected to the rucksack by the strap means. A first surface of the rucksack and a back of the user when supported on the shoulder of the user; Integrated backpack system, characterized in that it comprises a removable frame formed by the frame system. 18. A rucksack having an inner compartment and an outer surface, the outer surface having a depth of the rucksack between at least a first surface facing the user's back in the operating position and the first surface. A second surface disposed opposite the first surface so as to define the first surface, and a cavity is formed by the second surface at a position where the depth of the rucksack is reduced; Strap means attached to the rucksack to support the sacks on the shoulders of the user and positioned proximate to the back of the user; a pouch for containing the article; and a first storage location within the cavity for the pouch. An integrated rucksack device, characterized in that it comprises a rucksack and a pouch coupling means coupled to the pouch so as to be able to move from the first to the second access position. 19. The integrated rucksack device according to claim 18, wherein the cavity is formed at the bottom of the rucksack, and the pouch is formed to be mounted in the cavity. 20. The integrated rucksack device according to claim 19, wherein the cavity is substantially rectangular and the pouch is substantially rectangular. 21. The integrated rucksack device according to claim 20, wherein two pouches are mounted in the cavity. 22. The integrated rucksack device according to claim 21, wherein the two pouches are independently movable to an access point proximate the front of the user. 23. The backpack of claim 18, wherein the cavity is formed in the bottom of the rucksack so that the cavity is mounted below the main compartment of the rucksack when the pouch is in the mounting position. Integrated rucksack device. 24. The pouch connection means according to claim 18, wherein the pouch coupling means comprises a strap mounted around the torso of the user, the pouch being moved along the strap from the mounting position to the access position. Integrated rucksack device. 25. The integral pouch of claim 24, wherein the pouch coupling means includes biasing means coupled to the backpack and the pouch to return the pouch from the access position to the mounting position in the cavity. Rucksack device. 26. The integrated rucksack device according to claim 25, wherein the urging means is formed of a telescopic cord. 27. The integrated rucksack device according to claim 25, wherein the biasing means is formed of a retractable cord system. 28. The integrated rucksack device according to claim 18, wherein the pouch connecting means includes a pouch strap disposed around a user's torso. 29. The integrated rucksack device according to claim 28, wherein the pouch connecting means includes a support strap disposed around the torso of the user and to which the pouch strap is attached. 30. A rucksack having an inner compartment and an outer surface including at least a first surface facing a user's back in an operating position, and attached to the rucksack to support the rucksack on a user's shoulder. First strap means arranged near the back of the user and a second strap attached to the backpack to surround the torso of the user.
And a movable pouch means coupled to the second strap means for movement along the second strap means between a storage position and an access position, wherein the rucksack is disengaged from the user's shoulder. Integrated rucksack device characterized by having a movable pouch that slides from a storage position to an access position. 31. The integrated rucksack device according to claim 30, further comprising biasing means for moving the movable pouch means from the access position to the storage position. 32. The integrated rucksack device according to claim 31, wherein the biasing means includes a rucksack and a retractable member attached to the movable pouch means. 33. The integrated rucksack device according to claim 31, wherein the urging means has a rucksack and a telescopic member attached to the movable pouch means. 34. An integrated rucksack device according to claim 30, wherein the movable pouch means comprises two pouches, each pouch moving from its mounting position to its access position.