• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    Article portage (1) comprising: - a frame (2) comprising two straps (21, 22) and at least one connecting element (23) connecting transversely straps at the back, a pocket (3) for securing with the frame, characterized in that each strap comprises, at the level of a shoulder: - a first support panel (215), intended to cover part of the trapezius and large pectoral muscles corresponding to the shoulder concerned, - a second panel retaining member (216) for covering the head of the humerus of the concerned shoulder, the second holding panel transversely extending the first support panel in a direction away from the other shoulder strap, the second holding panel being made of a more extensible material than the material of the first support panel in at least one direction (X and / or Z).
    公开号:FR3037483A1
    申请号:FR1501262
    申请日:2015-06-17
    公开日:2016-12-23
    发明作者:Serge Chapuis
    申请人:Salomon SAS；
    IPC主号:
    专利说明:

    [0001] The present invention relates to an article for carrying a load or a container for a sporting practice, in particular in the mountains. Such a portaging article may be a backpack or a harness on which attach one or more pockets. The article portage is intended in particular for sportsmen, such as hikers, runners, skiers, cyclists, mountaineers or fans of orientation races or climbing. Typically, a backpack has a main pocket for receiving a load. This pocket is held by two carrying straps fixed on a dorsal portion of the pocket. There are many backpack constructions. Generally, the straps have a uniform structure at the shoulder, at least in the transverse direction. Each strap comes to rest on the shoulder, between the base of the neck and the end of the shoulder, above the acromion. At the interface with the shoulder, the shoulder strap may comprise a comfort foam and / or an adhesion coating extending over the width of the contact zone. The shoulder straps can be directly connected to a back pocket. Alternatively, the shoulder straps can be connected together in the dorsal portion to form a frame on which just connect a pocket. EP-A-2 384 663 discloses a bolero-type backpack. Each strap is connected to a back panel so as to form, respectively with the back panel, a loop composed of several panels of fabric. The same non-stretch fabric panel covers each shoulder. At their lower junction with the back panel, the straps comprise an elastic portion to adjust the length of the straps relative to the morphology of the user. These items allow a good vertical portage but are not well wedged laterally at the shoulders. This relative slip on the shoulders is even more marked that the user moves quickly, for example, when running. Moreover, this type of construction, does not allow a good postural support when the bust of the user tilts forwards or backwards, or laterally. The morphological adaptation is not optimum which degrades the comfort due to these relative movements between the straps and the body. The object of the invention is to provide an improved carrier article. One goal is to improve the wearing comfort. Another purpose is to limit the relative movement between the port article and the user. Another goal is to improve the postural maintenance of the user.
    [0002] Another goal is to reinforce the proprioception of the user. The invention proposes an article comprising a frame comprising two straps and at least one connecting element connecting transversely the straps at the level of the back, and a pocket intended to be secured to the frame.
    [0003] The wearing article is characterized in that each strap comprises, at the level of a shoulder, a first support panel, intended to cover part of the trapezius and pectoralis major muscles corresponding to the shoulder concerned, and a second holding panel, intended to cover the head of the humerus of the concerned shoulder, the second 5 holding panel extending the first support panel in a direction away from the other strap, the second holding panel being constituted a material being more extensible than the material of the first support panel in at least one direction. This construction substantially improves the carrying of the load contained in the pocket. The frame is well positioned on the body and is pressed against the bust. In addition, by extending the area of coverage at the shoulders, this increases the carrying area. A better distribution of the forces exerted resulting from the load is then obtained. Thanks to the properties of the material in the appropriate areas, the frame provides postural support to the user. This chassis also provides better proprioception that allows the user to maintain optimum posture.
    [0004] According to advantageous but non-obligatory aspects of the invention, such a carrying article may incorporate one or more of the following features, taken in any technically permissible combination: the second holding panel comprises an anterior portion covering at least the lateral edge of the pectoralis major muscle corresponding to the shoulder concerned and a posterior portion covering at least a dorsal portion of the deltoid muscle, the second retaining panel comprises a lateral portion covering at least a portion of the deltoid muscle located at the top of the arm corresponding to the concerned, the material constituting the second holding panel is more extensible in a direction included in a plane parallel to the sagittal plane than in a transverse direction, each strap forms a closed loop, composed only of panels, the loop creating an opening for the passage of an arm, the second panel of maintaining extends, in the back, at least up to the level of the shoulder blades, a third adjustment panel extends the second holding panel, in the back, to a lower edge of the loop, the third panel Since the fit is made of a material that is more extensible than the material of the first support panel in at least one direction, the second support panel extends forward to the chest level and the pocket is assembled. removably to the frame, a wall of the pocket is formed by a portion of the frame.
    [0005] Other features and advantages of the invention will be better understood from the following description, with reference to the accompanying drawings illustrating, according to non-limiting embodiments, how the invention can be realized, and wherein: Figure 1 is a front 3/4 view of a user carrying a backpack according to the invention; Figure 2 is a front view of the worn backpack of Figure 1; Figure 3 is a side view of the worn backpack of Figure 1; FIG. 4 is an exploded rear view of the backpack of FIG. 1. FIGS. 1 to 4 illustrate a carrying article, in this case a backpack 1, for example for the practice of hiking or other mountain sports.
    [0006] 10 In the following, the concepts of "up", "down", "upper", "lower", "left", "right", "horizontal", "vertical", "forward", "rear", "prior" "," Posterior "are defined from the point of a user who stands on a horizontal floor and who carries the backpack 1 on his back. We denote X, a "vertical" geometric axis parallel to the Earth's gravity field. In the reference position, the backpack 1 extends along the X axis.
    [0007] Y is a horizontal geometric axis, perpendicular to the X axis, extending from left to right. The Y axis defines a "lateral" or "transverse" direction. The Z axis completes the other two X and Y axes and defines a horizontal "forward / backward" direction. The backpack 1 comprises a storage pocket 3 fixed on a carrying device, called chassis 2 in the following description. The storage pocket 3 is centered along the X axis in a neutral configuration and defines a closed interior volume for receiving a load, for example foodstuffs, a water container, sports equipment and / or or clothes. The storage bag comprises a back wall 34 intended to interface with the frame 2.
    [0008] The frame 2 comprises two straps 21 and 22 located on either side of the X axis. Each strap 21, 22 comprises a front portion 211, 221 configured to cover the front of a shoulder and a side of the shoulder. User chest 10. Each shoulder strap 21, 22 also includes a rear portion 212, 222 configured to extend laterally behind one of the shoulders of the user 10, along the back. The straps 21 and 22 are connected transversely to each other by a connecting element 23, at the level of the back. Thus, the rear portions 212, 222 of the shoulder straps and the connecting member 23 form a back portion 24 of the frame 2. This back portion is configured to match the shape of the back of the user. The dorsal portion 24 of the frame is distinct from the dorsal wall 34 of the pocket. In the example shown in the figures, each front portion 211, 221 is connected to the corresponding rear portion 212, 222 so as to form a ring configured for the passage of an arm of the user. This ring is closed permanently and not adjustable. Alternatively, the rings are open, the straps 21 and 22 being equipped with closure means such as straps, rings, hooks and / or loops, 3037483 4 to adjust the length of the straps 21 and 22 for s' adapting to the morphology of the user 10. We will now detail the construction of a left shoulder 21 being understood that the second right shoulder strap 22 is constructed in the same way, symmetrically with respect to a sagittal plane. In this example, the left shoulder 21 is composed of several flexible panels. A first support panel 215 serves to support the load. It allows to distribute the effort of portage for a better comfort. This support panel 215 substantially forms a strip connecting the lower edge 2111 of the front portion 211 of the shoulder strap to the lower edge 2121 of the rear portion 212 of the shoulder strap, passing around the shoulder. The support panel composes a portion of the front portion 211 and a portion of the rear portion 212. At the shoulder, the support panel covers the clavicle and a portion of the trapezius muscle. At this point, the support panel extends transversely from the base of the neck to the acromion. To support the load, the support panel is made of a flexible material that is not very extensible. Preferably, this material is permeable to air to facilitate heat exchange (aeration) and evaporation. For example, the support panel may be made of polyester (PE) or polyamide (PA) yarn. It can advantageously form a mesh to improve ventilation. To further improve this ventilation, the structure of the knit can be in "3D", that is to say with a thickness of some 20 millimeters. These knits are categorized as "spacer", often referred to as "3D mesh". It is characterized by a density of the order of 200 to 400 g / m2. The support panel can be constructed of a single material, thus forming a continuous panel. Alternatively, it can be an assembly of different parts, of the same material or different material. In this case, the pieces are secured together, for example, by stitching, to facilitate assembly to obtain the desired cut. A second holding panel 216 serves as a postural support and is the subject of the invention. This holding panel 216 is located at the shoulder and extends transversely the first support panel in a Y direction away from the other strap. In this example, the support panel extends, on the front portion 211 of the ramp, to the chest level and, on the rear portion 212 of the ramp, at least to the level of the shoulder blades. Transversally, the retaining panel covers, in its anterior portion 2161, at least the lateral edge of the corresponding pectoralis major muscle and, in its posterior portion 2162, a dorsal portion of the deltoid muscle. Furthermore, the retaining panel comprises a lateral portion 2163 covering at least a portion of the deltoid muscle located at the top of the arm corresponding to the concerned shoulder. This lateral portion 2163 covers the acromion and the head of the humerus and, more generally, the upper articulation of the arm. At the shoulder, the width L216 (in the transverse direction) of the holding panel 216 is greater than half the width L215 of the support panel 215. This allows a good stall as explained now. For example, the width L216 of the holding panel is greater than five centimeters which allows a better distribution of the exerted force. The purpose of the holding panel 216 is to ensure a good postural support of the user. It also allows a good veneer of the backpack against the body while allowing freedom of movement. For this, the holding panel must be made of a flexible but extensible material. The material must be elastic, with some "nervousness". In this example, the fabric constituting the holding panel is essentially elastic / extensible in at least one direction X and / or Z corresponding to the plating force, that is to say, substantially in a plane parallel to the sagittal plane. . The choice of the fabric must be a compromise between the comfort and the effectiveness of the maintenance. The elasticity of the fabric must be relatively large in order to exert sufficient plating force while allowing the deformation of the panel. If the fabric has an elastic modulus that is too weak, the shoulder strap will be looser and will not be well pressed against the body. There will be a risk of sloshing the bag. Conversely, if the fabric is too rigid, that is to say, little expandable, the portage will be uncomfortable and it will be difficult to deform the panel to match the morphology of the shoulder. If the elastic modulus of the fabric is too high, it may also not be very comfortable to wear. The intended elasticity results in a good elastic return of the fabric when it is stretched.
    [0009] This "nervousness" generates the desired plating effort. To obtain this property of elasticity, the most appropriate means lies in the composition of the material constituting the fabric. The use of elastane, for example, brings elasticity to the fabric. By mixing it with another specific compound, it is possible to obtain a suitable fabric as required: elasticity, flexibility, comfort to the touch, etc. The elasticity of the fabric can also be improved as a function of the preparation of the fibers constituting the fabric or the making of the fabric (weaving, knitting ...). In this example, the second holding panel is thus more extensible in a direction X and / or Z included in a plane parallel to the sagittal plane than in a transverse direction Y. Alternatively, the material may have isotropic characteristics and have extensibility. similar in all directions. In all cases, the material constituting the second holding panel is more extensible than the material of the first support panel, in at least one direction. A panel is extensible when it can be stretched, stretched, extended. What characterizes it is its ability to deform and therefore its elongation under a given traction effort.
    [0010] Thus, within the meaning of the invention, a panel is all the more extensible as its deformation is important when it exerts a determined tensile force. Conversely, a material is not extensible if it can not deform by more than 15%. Therefore, it is important to characterize the tensile stress required to obtain a given deformation. This effort is decisive for qualifying a panel because it conditions the pressure restored by the panel when it is deformed. For a garment, the deformation of the textile surrounding a limb results in a force restituted on the body because of this characteristic of the panel. For example, if to obtain a deformation of 15%, it is necessary a weak tensile force, then the part of the body covered by the panel will be little compressed. Conversely, if the tensile force to obtain this deformation is higher, then the part of the body covered will be more stressed. In this case, the restoring force to return to a stable equilibrium position is greater, which brings "nervousness" to the textile. To express this property, one can characterize these efforts for specific deformations for example, 15%, 25% or 50%.
    [0011] For example, good results are obtained with a material requiring a tensile force of between 3 and 10 N to obtain an elongation of 25% in at least one direction of extension. In our embodiment, the extension direction corresponds to the X and / or Z axes. A panel is resilient when it can resume its original shape and volume after it has been deformed. It is no longer elastic when, after having constrained it, it remains slightly deformed. What characterizes it is the maximum tensile force, or elastic limit Re, for which there is no permanent deformation (or plastic), the sample returns to its original form as soon as tensile force. These properties of elasticity and extensibility are complementary. These two characteristics are decisive for obtaining a good behavior of the garment. The panel must therefore be extensible to allow deformation sufficient to adapt to the morphology of the wearer but under a tensile force sufficient to ensure adequate tension. The tension allows a good maintenance of the garment on the body. It is this tension that will press the garment against the body and bring comfort of carriage and proprioception.
    [0012] The panel will also have to be elastic for a good hold of the garment, namely that it does not deform after use. The cut remains substantially stable. To obtain the desired elasticity and / or extensibility of the panel, several means are possible. One way is to change the structure of the panel, for example, by weaving or specific knitting. A second means is to modify the composition of the panel, for example, by using materials having different elastic and / or stretch properties (different weaving / knitting yarns). Another way is to add a particular coating modifying these characteristics, for example, the addition of a printed or glued layer. It may also be the addition of a layer locally in an area, this layer may, for example, form a pocket. Thus, the superposition of 35 layers of the panel can allow the modification of the elasticity and extensibility properties of the panel. Other means can be envisaged to adjust the elasticity and / or the extensibility of a panel, such as, for example, thermoforming or the use of a 3D multilayer textile ...
    [0013] 3037483 7 This extensibility or "nervousness" of the holding panel is at the origin of a better postural guidance of the user. Indeed, when the backpack is worn and the user tilts forwards or backwards, the holding panel will be constrained which generates a return force on the body to bring it back to a postural position 5 of balance. When tilting backwards, the anterior part 2161 will act. During a tilting before, it is the posterior part 2162 that will act. Similarly, when the user leans laterally, the holding panel will be constrained and then cause a return force on the body to bring it back to a postural position of balance. In the case of a swing to the right, for example, a movement corresponding substantially to a rotation of the bust about a Z axis centered on the sternum, the anterior portions 2161 and posterior 2162 of the shoulder support panel left will stretch and act on the body in reaction. These recall efforts provide assistance for the user to quickly resume a stable equilibrium position. This assistance enables him to reduce his efforts and his energy expenditure to find a natural position of comfort. In addition, this tension felt by the body improves the proprioception of the user during these tilting movements. He can quickly correct his posture to limit his energy losses. In order for the support panel to correctly plate the backpack on the body of the user, by adapting to its morphology, it is advantageous for the support panel 20 to bear on rigid parts of the body and not on the tissues. soft body. With such anchoring, the support panel can stretch better and therefore exert a more effective recall effort. At the anterior portion 2161, the retaining panel advantageously descends to the level of the chest where a lateral attachment point can be made on the ends of the anterior jogged muscles connected to the ribs. At the posterior portion 2162, the holding panel advantageously descends at least to the level of the shoulder blades to catch on the scapular spine, for example. In order for the support panel to be as close as possible to the morphology of the shoulder, the support panel is advantageously assembled to the frame slightly tightening on the shoulder, that is to say, when the user is wearing the frame, the shoulder distorts the panel 30 of maintenance. Furthermore, according to one embodiment, the holding panel comprises a lateral portion 2163 covering the shoulder joint. This side part allows a good lateral wedging of the backpack. For example, the transverse displacement of the backpack to the right is blocked by the support of this side portion of the holding panel against the top of the left arm. On the other hand, this lateral part also makes it possible to protect the rotator cuff from the shoulder. Indeed, the holding panel will limit the extreme movements of the arm likely to damage the tendons of the shoulder. This lateral part also provides assistance to bring the arm back to a postural balance position. Finally, the lateral part also improves the proprioception of the user.
    [0014] Alternatively, another panel is superimposed on the holding panel. This other panel covers part of the holding panel except for an upper part. This other panel is sewn around the entire periphery with the retaining panel except for its upper edge on which an elastic band is reported. This construction makes it possible to create an additional storage pocket at this level. At the level of the support panel, it is possible to consider the addition of a comfort element like foam or "pad" or the addition of a spacer or "spacer" to improve the ventilation when adding a covering layer the chassis at the shoulder. A third adjustment panel 217 transversely extends the first support panel, in the rear portion 212 of the ramp, in a direction Y away from the other ramp. This adjustment panel is connected, in its upper part, to the second holding panel 216 and forms, in its lower part, a portion of the lower edge 2121 of the rear portion 212 of the ramp. In other words, the adjustment panel is the extension of the retaining panel in the rear portion 212 of the ramp.
    [0015] A fourth connector panel 218 terminates the loop formed by the strap connecting the third adjustment panel 217 to the first support panel 215. This connector panel is intended to be located at the flanks, under the armpits. This is particularly the reason why the panel must be flexible and airy. This fitting panel facilitates aeration of this area. It is, moreover, little extensible. For example, it may be a single net composed of polyamide or polyester yarns. In this example, the upper edge of this fourth connector panel is positioned at about ten centimeters, between ten and fifteen centimeters, below the armpits. This allows, on the one hand, good ventilation of the underarm thermogenic zone and on the other hand, to further facilitate the user's freedom of movement. This reduces the thickness of the articles of clothing in a contact / friction zone with the inner part of the arm. Finally, this makes it possible to locate a point of attachment of the front portion of the shoulder strap at a hard body point, for example, at the level of the anterior jaw muscles connected to the dimensions. In order for the shoulder strap to better adapt to the morphology of the body of the user, it must be able to adjust in the direction of the length of the loop, that is to say, according to a periphery of the arm . This adaptation is performed by the third adjustment panel 217. For this, this adjustment panel is composed of a material that is extensible in the direction of the length of the loop. In the illustrated configuration, the adjustment panel is therefore at least extensible in a transverse direction Y. The material used may be the same as that used for the second holding panel 216. However, if the material is anisotropic, orientation of the holding and adjustment panels will be different to meet the needs described previously. The holding panel must be extendable substantially in a longitudinal direction X and / or Z while the adjustment panel must be expandable substantially in a transverse direction Y.
    [0016] The connecting element 23 connecting the straps 21, 22 at the back can be fixed or removable. As illustrated, a panel or net can connect the rear portions 212 and 222 of the shoulder straps together permanently, that is to say without being removable. The frame 2 then forms a unitary piece composed of the straps and the connection element. In a variant, the connection element is removable, that is to say dismountable. It may be for example a lacing or an attached panel. The connection element can also be made by a row of transverse strips which makes it possible to locally hollow out the junction between the straps. The connecting element 23 is preferably not very extensible, at least in a transverse direction Y. It may be a simple net made of polyamide or polyester yarns having a density around 200 g / m 2. Thus, the frame 2 is then in the form of a vest or a sleeveless jacket. It is made of soft and light materials. In this example, the frame comprises an elastic band 26 bordering the frame and the two openings for the passage of the arms.
    [0017] Furthermore, the frame 2 is equipped with transverse approach means of the front portions 211 and 221 of the straps, for adjusting and maintaining the spacing of the straps 21 and 22. For example, the approximation means 25 comprise an elastic band 251 supporting two hooks 252 spaced apart by an adjustable spacing. Each hook is adapted to cooperate respectively with a left passer 253, formed on the front portion 211 left shoulder, and a right passer 254, formed on the front portion 221 of the right shoulder strap. Thus, by changing the spacing between the hooks 252 on the elastic band 251, adjusts the relative spacing between the front portions 211 and 221 of the shoulder straps. This makes it possible to adapt the tightening of the backpack 1 to the corpulence of the user 10. In addition, each front portion 211 and 221 of the shoulder straps is equipped with a vertical row of loops 25, 25, 254. These rows make it possible to adjust the height of the link 25 between the straps. The user 10 can choose which loops 253 and 254 he attaches the hooks 252, so as to adapt the tightening of the backpack 1 to its corpulence. The user can also use only right or left loops 253 in which case the elastic band passes through a left 253 or straight 254, as shown in FIGS. 1 and 2.
    [0018] These means of bringing together contribute to improving the wearing comfort of the backpack. They also allow a good veneer of the straps against the body and in particular improve the action of the support panel. In the example shown, the storage bag 3 is connected to the frame 2. The back wall 34 of the pocket is opposite the dorsal portion 24 of the frame. The pocket can be connected to the frame removably or in a fixed manner. Alternatively, the pocket is directly built on the chassis. In this case, the back wall 34 of the pocket corresponds to a portion of the dorsal portion 24 of the frame.
    [0019] According to another embodiment, the frame 2 is designed to support front pockets, able to be fixed on the front portions 211 and 212 of the shoulder straps. In this configuration, there is not necessarily a back pocket. Alternatively, the shoulder straps can be constructed differently. For example, they may comprise a holding panel and a support panel provided with a strap at each of its ends. The two straps are able to cooperate with each other via a connection means so as to form, with the support panel, a loop for the passage of an arm. Other constructions can be envisaged. For example, the shoulder strap may be formed by an upper band attached to the upper portion of the back wall of the pocket and a lower strap may be attached to the lower portion of the back wall of the pocket. The upper band comprises the holding panel, the support panel and is extended by a strap intended to cooperate with the lower strap by appropriate adjustment means. Alternatively, the support panel also includes an area that is expandable at least at the shoulder to further enhance morphological adaptation and proprioception. The extensibility of the material in this area may have an orientation similar to that of the material in the holding zone. However, in this case, the second holding panel is made of a material at least twice as extensible as the material of this extensible area of the first support panel in at least one direction, here along the X axis and / or or Z. The invention is not limited to these embodiments. In the context of the invention, the different variants can be combined together, at least partially. The invention also extends to all the embodiments covered by the appended claims.
    [0020] REFERENCES 1- Bearing article 2- Chassis 21- Left shoulder 5 211- Front portion 2111- Bottom edge 212- Rear portion 2112- Bottom edge 215- First support panel 10 L215- Width 216- Second retaining panel 2161- Anterior 2162- Lateral 2163- Lateral 15 L216- Width 217- Third Adjustment Panel 218- Fourth Connection Panel 22- Straight Strut 221- Front Section 222- Rear Section 23- Connection Element 24- Back 25 - Means of approach 251- Elastic band 25 252- Hooks 251- Left lug 251- Right lug 26- Elastic band 3- Storage pocket 30 34- Back wall 10- User
    权利要求:
    Claims (10)
    [0001]
    CLAIMS1- Carrying article (1) comprising: - a frame (2) comprising two straps (21, 22) and at least one connecting element (23) transversely connecting the shoulder straps at the back, - a pocket (3) for to be secured to the frame, characterized in that each strap comprises, at a shoulder: - a first support panel (215) for covering a portion of the trapezius and large pectoral muscles corresponding to the shoulder concerned, - a second holding panel (216) for covering the head of the humerus of the concerned shoulder, the second holding panel transversely extending the first support panel in a direction away from the other strap, the second panel holding member being made of a more extensible material than the material of the first support panel in at least one direction (X and / or Z).
    [0002]
    2- article portage (1) according to claim 1, characterized in that the second holding panel comprises an anterior portion (2161) covering at least the lateral edge of the pectoralis major muscle corresponding to the shoulder concerned and a posterior portion ( 2162) covering at least a dorsal portion of the deltoid muscle.
    [0003]
    3- article portage (1) according to one of the preceding claims, characterized in that the second holding panel comprises a side portion (2163) covering at least a portion of the deltoid muscle located at the top of the arm corresponding to the shoulder concerned.
    [0004]
    4- article portage (1) according to one of the preceding claims, characterized in that the material constituting the second holding panel is more extensible in a direction (X and / or Z) included in a plane parallel to the sagittal plane that in a transverse direction (Y).
    [0005]
    5- article portage (1) according to one of the preceding claims, characterized in that each strap forms a closed loop, composed only of panels, the loop creating an opening for the passage of an arm.
    [0006]
    6- article portage (1) according to the preceding claim, characterized in that the second holding panel extends in the back at least to the level of the shoulder blades.
    [0007]
    7- porting article (1) according to the preceding claim, characterized in that a third adjustment panel (217) extends the second holding panel, in the back, to a lower edge (2121) of the loop the third adjustment panel being made of a more extensible material than the material of the first support panel in at least one direction. 3037483 13
    [0008]
    8- carrying article (1) according to one of the preceding claims, characterized in that the second holding panel extends forward to the chest level.
    [0009]
    9- carrying article (1) according to one of the preceding claims, characterized in that the pocket is removably assembled to the frame. 5
    [0010]
    10- porting article (1) according to one of claims 1 to 8, characterized in that a wall of the pocket is formed by a portion of the frame.
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    同族专利:
    公开号 | 公开日
    EP3106061A1|2016-12-21|
    FR3037483B1|2017-06-23|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US20130296756A1|2012-05-01|2013-11-07|Victoria Troncoso|Posture retaining back brace, backpack structural support or body garment|
    US20150108189A1|2013-10-18|2015-04-23|Stephen M. Plante|Load bearing positioning system and method|
    FR2946237B1|2009-06-05|2012-02-03|Salomon Sas|BACKPACK SUCH AS A HYDRATION BACKPACK|FR3072865B1|2017-10-26|2021-06-18|Salomon Sas|CHEST STRAP|
    FR3079398B1|2018-04-03|2021-07-30|Serge Vigny|BOLERO-TYPE BACKPACK|
    CN109064581A|2018-08-04|2018-12-21|北京乐恩嘉业体育发展有限公司|A kind of directed movement of view-based access control model identification is anti-with running system|
    USD940962S1|2019-05-30|2022-01-11|Camelbak Products, Llc|Backpack|
    法律状态:
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    2016-12-23| PLSC| Search report ready|Effective date: 20161223 |
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    优先权:
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    FR1501262A|FR3037483B1|2015-06-17|2015-06-17|PORTAGE ARTICLE|FR1501262A| FR3037483B1|2015-06-17|2015-06-17|PORTAGE ARTICLE|
    EP16001232.4A| EP3106061A1|2015-06-17|2016-06-01|Carrying item|
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