• 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:
    Physical movement activity system of a person, comprising a number of obstacles and a safety device for breaking a fall of the moving person, the safety device comprising an air path, such as a cable or a rail, which is provided with a trolley movable along it, in particular the trolley that is freely movable along it, and a safety line which is connected at one end to the trolley and is provided with a coupling for coupling the person to the safety line at the other end, wherein the safety line forms part of a fall protection device with a a safety tram provided with a safety line on which the fall arrestor is connected to the trolley for movement therethrough along the airway, wherein, preferably, the drum of the fall arrestor is of the self-winding type, the obstacles at different heights and / or stand in a direction transverse to the airway nd apart from each other, preferably on both sides of the air path.
    公开号:NL2020521A
    申请号:NL2020521
    申请日:2018-03-02
    公开日:2018-04-13
    发明作者:Rudolf Swarte Ernst-Jan
    申请人:Newmart Europe B V；
    IPC主号:
    专利说明:

    BACKGROUND OF THE INVENTION
    The invention relates to a system of physical displacement activity of a person. In particular, the invention relates to such a system comprising at least one support part external to the moving person, in particular stationary or stationary support part and at least one contact part to be carried by the person. Such a system may, for example, comprise a climbing wall or a scrambling track or course, over which the person must make his way.
    Climbing walls are generally known. The climbing person tries to find his way up by using colored supports mounted on the climbing wall, on which the hand or foot can find grip. Scrambling tracks are usually less steep and can be slippery or have supports for the hands and feet. Climbing walls and scrapers can be part of an obstacle course, assault course or adventure track, which includes obstacles that the person must see. Such jobs come in many designs and present many challenges to users.
    SUMMARY OF THE INVENTION
    An object of the invention is to provide a system of the type mentioned in the preamble that can give the user a special experience.
    An object of the invention is to provide a system of the type mentioned in the preamble which can pose a special challenge for the user.
    An object of the invention is to provide a new system of physical displacement activity of a person, in particular a system of the type mentioned in the preamble.
    In one aspect, the invention provides a system for a person's physical displacement activity, including
    -at least one support part which is external to the person, in particular a fixed part and
    -at least one contact part to be carried by the moving person, the support part and the contact part respectively comprising at least one support surface and at least one contact surface, wherein the support surface and the contact surface form the respective components of a Velcro connection formed of hooks and loops, the hooks being hook stems and have hook openings, wherein the hook openings on the respective supporting surface or contact surface are located at least substantially all on the same side of the relevant hook stems, viewed in a first direction parallel to the relevant supporting surface or contact surface.
    Unlike conventional Velcro fasteners, the hooks that open to one side of the hook shank are not randomly oriented. The mutual grip between the hooks and the loops hereby has an effective, preferred direction, depending on whether the hooks are located on the contact surface or on the support surface in the first direction or in an opposite direction. In that direction, the holding force can be relatively great. The connection can easily be released in the opposite direction. As a result, the person in question can always obtain a certain support point and yet move easily again. The person can move over the at least one support surface in a special way, by releasing the connection between hooks and loops in one place and remotely realizing it in another place.
    In an embodiment in which the directional effect is promoted, the hooks on the respective supporting surface or contact surface are at least substantially aligned, viewed in the first direction.
    It is noted that Velcro connections with rectified or also uni-directional hooks are known per se, such as the Velcro® “Quiet Closure Hook and Loop”, the purpose of which is to limit the noise when loosening the Velcro connection in a garment closure. Reference can also be made to US 2010/0239805, in which the uni-directionality of the hooks promotes the cleaning of a closure in a wrapping for cotton bales.
    The one or more contact surfaces may be provided on one or more objects which can be held by hands and / or fingers or by feet, in particular provided with means for fixing those objects on hands or feet, in particular in the form of garments for hands or feet.
    The garment may be a hand garment, in particular a fingered or non-fingered glove. Bringing the hooks and loops into and out of engagement is facilitated if the contact patch is provided on the palm side of the glove and / or on the the palm side of the fingers, especially the distal phalanges. The glove can be provided with fingers or designed as a kind of cycling glove, without fingers.
    The garment can also be intended for the forearm, and is then preferably provided with the contact surface on the palm side of the forearm. This garment can form a whole with the hand garment.
    The garment may be a foot garment, the contact patch preferably being provided on the sole side, preferably under the forefoot, preferably under the ball and under the toes. This offers the person a special effect, because he can then find a certain point of support through sole contact and does not necessarily have to place a shoe on a projection such as a climbing grip.
    The contact patch may be formed on the sole of a shoe itself. Alternatively, the contact surface can be formed on a shoe cover or cap or plate, such as, for example, a shoe cover or cap or top plate which can be placed over the shoe tip. This cover or cap or plate will then be fastened sufficiently securely and reliably to the shoe with fasteners.
    Thus, for optimum effect for the user, a pair of gloves and a pair of shoes or overshoes may be provided, each having the aforementioned contact surfaces.
    If there is one supporting surface, it can have a relatively large surface, for instance an entire slope. It is also possible that there are several supporting surfaces, which are connected to each other, but for instance standing at a different angle of inclination or flat and curved (convex or concave) or spaced apart. For example, the user can jump from one support surface to the other support surface.
    At least one support part can be provided with several support surfaces, for instance in case the support part is a slope and support surfaces are provided at scattered locations. The support surfaces can be in
    X, Y, and / or Z directions are spaced apart. In a longer, more versatile system, a number of support parts provided with one or more support surfaces are present, which are spaced apart. For example, the user can jump from one support part to a support surface on a next support part. The supporting parts may be arranged one behind the other, in an X direction, next to each other, in a Y direction perpendicular to the X direction, or in a distance X or Y direction, or combinations thereof. For example, the sign of the Y direction can be positive one time and negative the next, and then positive again, et cetera, so that a kind of zigzag path can be realized. Many variations are possible, also in Z direction.
    The system according to the invention can be set up in a course in such an extensive manner that the user has a choice in the course to be followed and can, for example, walk or jump on one support part from one support surface to the other, and / or from one support part can jump to the other support part, in a two- or three-dimensional tour over the course.
    In a first further development, the contact surface forms the hook component of the Velcro connection and the support surface forms the loop component of the Velcro connection. The contact surface or the contact surfaces are body-bound, as stated on the person, and by the design of the hooks thereon, the person can have a large degree of freedom in the choice of the orientation of the connection with a support surface provided with the loops.
    In the case of a contact patch on a glove or the like, the first direction may be in the proximal direction, i.e. towards the elbow. This makes hanging and crawling easier.
    In the case of a contact patch on the sole of a shoe, the first direction may be front-back. This makes a walking movement easier.
    In a second, other development according to the invention, the support surface forms the hook component of the Velcro connection and the contact surface forms the loop component of the Velcro connection. In this case too, the contact surfaces may be provided on garments, on gloves and shoes, as discussed above, but then with the loops. The hook fields can now be fixed, stationary to the moving person. If the support surface is inclined in the first direction, the hook openings can be located on the higher side of the relevant hook stems.
    In this development, variation can be made in the grip direction, with at least two support surfaces differing with respect to the orientation of the hook openings of the hooks thereof.
    From a further aspect, the invention provides a glove which is provided on the palm side with a contact surface of the hook component of a Velcro connection formed from hooks and loops, wherein the hooks have hook stems and hook openings, wherein the hook openings on the contact surface are substantially all of the same side of the relevant hook stems, viewed in a first direction parallel to the relevant contact surface. The hooks on the respective contact face can be at least substantially aligned when viewed in the first direction, the first direction being in the proximal direction.
    From a further aspect, the invention provides a shoe which is provided on the sole side with a contact surface of the hook component of a Velcro connection formed of hooks and loops, wherein the hooks have hook stems and hook openings, the hook openings on the contact surface at least almost all of the same side of the relevant hook stems, viewed in a first direction parallel to the respective contact surface, wherein, preferably, the first direction is front-rear.
    In a further development, the loop openings of the loops on the respective contact surface or support surface are at least substantially aligned.
    From a further aspect, the invention provides a shoe cover or shoe cap which is provided on the sole side with a contact surface of the hook component of a Velcro connection formed of hooks and loops, wherein the hooks have hook stems and hook openings, wherein the hook openings on the contact surface are substantially all are located on the same side of the respective hook stalks, viewed in a first direction parallel to the respective contact surface, wherein, preferably, the first direction is front rear.
    A system as described above can be attractively expanded with an air track. Thus, the system may comprise a safety device for breaking the fall of the person, the safety device comprising an air track, such as a cable (zipline, zip line) or a rail, which extends over the at least one support part and is provided with a trolley movable therealong, in particular freely movable therealong, and a safety line which is connected at one end to the trolley for displacement therethrough along the air track and at the other end can be connected to the person. In the case of an air track in the form of a cable and the like, the air track may be more flexible than in the case of a rail.
    In one embodiment, the safety line is at least partly stretchable. For example, the lifeline can be a flexible line with, in series, a portion that is relatively non-stretchable and a portion that is elastically stretchable.
    In another embodiment, the safety device comprises a fall arrester with a safety drum fitted with a brake and the safety line folded over thereon, the safety line at one end being connected to the safety drum and at the other end comprising a coupling for coupling the person to the lifeline, where the fall arrester is connected to the trolley for movement along the air track. The lifeline can hardly be stretched, if at all.
    Systems such as obstacle courses with trolleys that can be moved along overhead rails or cables, from which a person is suspended, are known per se, see for instance EP 1.832.315. Here the vertical distance between the person and the rail is constant.
    Fall arresters can be used for maintenance work on tall installations, such as towers, and in the recreational atmosphere for climbing walls and jumping platforms. A housing in which the drum is received is then suspended from a fixed place. If the person connected to the safety line accidentally or intentionally falls, the safety line will unroll from the drum, but in a braked manner, so that the falling movement of the person concerned in speed and / or length remains within an acceptable size. An example of a fixed fall arrestor, (car) “belay”, for climbing walls or installations is the TruBlue® (US 2010/0308149), in particular the TrueBlue® type 2, or the Dynascape (US 2002/0179372).
    By suspending such a fall arrester from a person moving along with the person following the trolley, the person is enabled to move up and down and to the left and to the right, as well as to rotate, as the trolley progresses. Should the person, challenged by the special possibilities offered by the above-described system according to the invention, lose contact with contact surfaces and support surfaces that form a Velcro connection, then protection against falling is provided. This can be done both when missing an intended support surface and when the person loses his balance after realizing a Velcro connection. This can happen, for example, when that connection is made with a contact surface on a shoe and a rather far-lying inclined support surface. If there is another support part or support surface at a lower level than the missed support surface or the support surface that has had to be unloaded after loss of balance, this can be seized, after which the journey can be continued.
    If the drum of the fall arrestor is of the self-winding type known per se, when the tensile stress on the line decreases, the line can be automatically overtaken again over a length under the influence of a spring acting on the drum. When the person moves up, for example when scrambling or jumping with an upward component, the fall arrester will also be ready for fall arrest in that higher position of the person.
    The possibilities for setting up this system with air track, trolley and fall protection are endless. The air track can extend over several supporting parts, the air track can have corners and / or bends, comprise a horizontal path and / or comprise an ascending path. The air track may mainly comprise one or more descending sections. The end of the airway will in many cases be lower than the starting point. It is also possible for the air path to have a vertical (downward) trajectory. When viewed in a projection on a horizontal plane, the supporting surfaces and / or the supporting parts can be located on one and / or the other side of the air track, for instance at varying distances. It is also possible for a (single) support part to have a width such that it extends on either side of the air path, so that the support surfaces of that support part are located on either side of the air path.
    In a further aspect, the invention further provides a general application of an airway, trolley and fall arrest system, with a system of physical displacement activity of a person, comprising a safety device for breaking a fall of the moving person, the safety device air path (overhead), such as a cable or rail, comprising a trolley movable therealong, in particular freely movable trolley therealong, and a safety line connected at one end to the trolley and provided at the other of a coupling for coupling the person to the safety line, the safety line being part of a fall arrester with a braked safety drum on which the safety line is folded, the fall arrester being connected to the trolley for displacement along the air path. The person can then jump from one obstacle to another in a secure manner, whereby these obstacles can be spaced at different heights and / or in a direction transverse to the air track, in an embodiment also on both sides of the air track . The trolley has, as usual, against / along the cable, rail, etc., movable discs, wheels, rollers and the like, in particular free-running, for the rolling engagement of the rail, cable, etc. The airway will generally have an end point lower than the start point. The airway can be steadily sloping between the starting point and the end point, or can be provided with horizontal and / or short ascending intermediate sections.
    From a further aspect, the invention provides a building with a system according to the invention.
    From a further aspect, the invention provides an assembly of a first body and a second body which are detachably connectable by a Velcro connection, the first body having a first face with the hook component of the Velcro connection and the second body having a second face with the loop component of the hook-and-loop fastener, the hooks of the hook component having hook shafts and hook openings, the hook openings being at least substantially all on the same side of the respective hook shafts, viewed in a first direction parallel to the first plane, and with the loops of the loop component have loop openings that are substantially aligned in a second direction parallel to the second plane. The Velcro connection can then be realized quickly and reliably in a preferred direction. The same goes for unloading.
    In this case too, the hooks on the first face can be at least substantially aligned, viewed in the first direction
    The aspects and measures described in this description and claims of the application and / or the aspects and measures shown in the drawings of this application can, where possible, also be applied separately from one another. Those separate aspects and other aspects may be the subject of divisional patent applications directed thereto. This applies in particular to the measures and aspects that are described per se in the subclaims.
    BRIEF DESCRIPTION OF THE DRAWINGS
    The invention will be elucidated on the basis of a number of exemplary embodiments shown in the attached drawings. Shown in:
    Figure 1A shows an example of a system according to the invention, with a detail in Figure 1B;
    Figures 2A-C two sides of a glove for use in a system according to the invention and a detail thereof;
    Figures 3A-C two sides of a shoe for use in a system according to the invention and a detail thereof;
    Figure 4 shows a schematic representation of the engagement of the Velcro components of a system according to the invention;
    Figures 4A-D show some examples of supports for a system according to the invention and a detail of figure 4A or 4B;
    Figure 5 another example of a system according to the invention; and
    Figures 6A-C some examples of systems according to the invention, considered in projection on a horizontal plane.
    DETAILED DESCRIPTION OF THE DRAWINGS
    The first example of a system according to the invention is with
    I shown in Figure 1A. A number of obstacles 2 are arranged on a bottom 100, which can be indoor or outdoor, as a course, which obstacles each comprise supporting parts 3. The support parts 3 are provided with support surfaces 4, which are provided with the loop components of a Velcro connection. The supporting parts 3 can be inclined, vertical, horizontal, concave, convex, et cetera.
    A top track or air track 5, in this example formed by a rail 5, is shown schematically. It is shown that the rail 5 can have curved paths.
    A trolley 6 is freely movable in rail A in direction A (here mainly an X direction). The trolley 6, very schematically shown in figure 1B, has rollers 8 for driving over rails 5, and a frame 7 with plates hanging on either side of the rollers 8 (one is shown), to which a fall arrestor 10 is provided via a closure 9 hung up. The fall arrester 10 here is an auto belay of the brand TrueBlue®, in particular type 2, and comprises a drum on which a safety cord 11 is wound. The drum is provided with a brake such that the person P, who is fastened to the end of the cord 11 by means of, for example, a safety harness, can cause the cord to unwind in a braked manner under the influence of his weight. When person P moves back towards the drum, the person will pull the cord
    II overtaking again under the action of a spring in the fall arrester 10.
    The rail 5 and the obstacles 2 are placed relative to each other such that the person P has at least practically all supporting surfaces within contact area by celebrating the cable 11. The four length of the cable 11, which for safety reasons will be smaller than the vertical distance from drum 10 to bottom 100, plays a part in this. The rail 5 runs over the obstacles 2 at the top, wherein in projection on a horizontal plane one obstacle with supporting part is located on the left side of the projected rail and the other obstacle with supporting part on the right side thereof. An obstacle with support part can also be located directly under the rail.
    The person P wears a pair of gloves 12 and a pair of shoes 13, which form his contact parts and are provided with contact surfaces thereon, to be discussed with reference to Figures 2 and 3.
    Figures 2A-C show an example of a suitable glove 12, with the palm side in figure 2A and the back side in figure 2B. The glove 12 is provided on the palm side with contact surfaces 14, namely contact surfaces 14a on the fingers, contact surfaces 14b on the palm and contact surfaces 14c at the location of the forearm, near the wrist. The glove is attached to the affected person's hand using a custom Velcro fastener. It can be seen in the detail of Figure 2C that the contact surfaces 14 form the hook component of a Velcro connection. The hooks 16 are attached to strap material 15 and have a hook handle 16a and a hook opening 16b. The hook openings 16b are located on only one side, and each time the same side of the hook stems 16a, viewed in a first direction B. The hooks 16 can be aligned within a contact surface 14a, 14b, 14c. The first direction B is directed in the limb direction towards the trunk of the person P, i.e. in the proximal direction.
    Figures 3A-C show an example of a suitable shoe 13 with a sole 18. The shoe 13 can in itself be an ordinary shoe, but here it is supplemented with a cap 19 which is placed with a nose 20 over the shoe toe and is firmly attached to the shoe 13 by means of straps 22. The cap 19 includes a sole plate 21 covering the portion of the sole 18 at the location of the ball and the toes. The sole plate 21 forms a contact part with a contact surface 14d, which, see figure 3C, forms the hook component of a Velcro connection. Here too, the hooks are oriented such that the hook openings 16b are all on the same side of the hook stems 16a, viewed in first direction B, the hook openings preferably being aligned over the plane 14d. The direction B is from the front foot to the back. Alternatively, use can be made of a shoe in which the contact surface with hook component already forms an integrated part of the sole.
    Figures 4A and 4B show two obstacles 2, with support surfaces 4 formed by the loop component of a Velcro connection, matched to the hook component of the contact surfaces 14a-d. The loop component is shown in detail in Figure 4D, with base 30 and upstanding loops 31. In one embodiment, the upstanding loops with their loop openings are randomly oriented. In another embodiment, they are at least substantially rectified, in an embodiment with the openings oriented with a directional component parallel to the slope of the respective supporting surface. As can be seen in Figures 1A, 4A and 4B, the possibilities of positioning the supporting surfaces are great.
    During use of the system 1 by the person P, this person will start from the bottom 100, and for example run up against the concave support part 3. Here, first only the contact surfaces 14d of the shoes 13 come into contact with the support surfaces 4, always providing a good grip. is provided between the hooks 16 and the loops 31 (see also direction C1, figure 4), which grip can easily be released by moving the shoes in the ascending direction of the support part 3 (see also direction C2, figure 4). The displacement of the person P is thereby not undesirably delayed, while a considerable degree of security against back movement of the shoes is provided along the support surfaces.
    During the run-up against support part 3, the fall arrester 10 runs along the rails 5, the drum taking up the cord 11, so that it always remains sufficiently tight.
    When the person P comes closer to the top of the obstacle 2, he will obtain more grip with the gloves 12, which can form a Velcro connection with the contact surfaces 14a-c with the loops 31 on the supporting surfaces 4, in a similar manner to the shoe contact surfaces 14d. The person P can thus move, as it were, with hands and feet over the obstacle 2. Once he has reached the top, he can jump to the next obstacle or to the bottom 100, with the cord 11 being celebrated if necessary. Because of these possibilities of walking up / climbing and jumping, the person P undergoes a sensation of a kind of Spiderman. The fall arrester and the targeted Velcro connections ensure that the person P can safely walk through the course. The person P can scramble up, jump forward, jump right, jump left, and do a 3D track.
    In figure 4C an alternative is shown, in which the obstacle 2 is provided with support surfaces 14e and 14f with hook components, wherein the hook openings within support surface 14e are aligned in the first directions B1 and the hook openings in the support surfaces 14f are aligned in the first directions B2. The loop component will in this case be provided on the contact surfaces on the shoes and gloves of the person P.
    Figure 5 shows another example of a system 101 according to the invention. Several people P can be active at the same time in system 101. The system 101 includes a central body 102 on which a circumferential series of support members 103 are mounted, with different arrangements of support surfaces 104. At the top of the body 102 is a series of fixed and rigid radial brackets 140, each provided with a rail 105 along which in directions A, a trolley (not shown) is freely movable between stops. A fall arrester 110 is always attached to that trolley, for person P. When person P enters the supporting parts 103, the respective fall arrester 110 runs along the trolley 105 on the trolley.
    The support surfaces can be black. They can also be colored, brightly colored, for example in so-called neon colors. In combination with a UV-A light source (blacklight), a special color effect is then achievable.
    Figures 6A-C show some examples of arrangements of supporting parts 3 provided with supporting surfaces 4. The support surfaces 4 are only shown in figure 6A, it will be understood that they will also be present in figures 6B and 6C. The direction of inclination of the support parts 3 is indicated. In Fig. 6A, no airway is present, and the person can hop from one support part to the other support part, in any order. In figure 6B there is an air track 5, along which the person can move in direction A, with the aid of a trolley, with fall arrestor, as discussed above, as jumping from one support part to the other support part, left of the air track, right from the airway, under the airway. A similar arrangement is shown in Figure 6C, with a curvy trajectory of the airway 5. The support members can also extend to different heights, in Z direction, and start at different heights.
    The invention (and is by no means limited to the embodiments shown and described in the drawings and description. The above description is included to illustrate the operation of preferred embodiments of the invention, and not to limit the scope of the invention. The above explanation will be apparent to one skilled in the art of many variations which are within the spirit and scope of the present invention Variations are possible from the components shown in the drawings and described in the description They may be used separately in other embodiments of the invention. Invention (s) Parts of various examples given can be combined with each other.
    权利要求:
    Claims (30)
    [1]
    CONCLUSIONS
    A system of physical displacement activity of a person, comprising a number of obstacles and a safety device for breaking a fall of the moving person, the safety device comprising an air track, such as a cable or a rail, which is provided with a trolley movable along it , in particular freely movable trolley therealong, and a safety line which is connected at one end to the trolley and at the other end is provided with a coupling for coupling the person to the safety line, the safety line being part of a fall arrester with a braked safety drum on which the safety line has been folded, the fall arrester being connected to the trolley for displacement therethrough the air path, wherein, preferably, the drum of the fall arrester is of the self-winding type, the obstacles at different heights and / or in a direction transverse to the air path at a spaced apart, preferably on both sides of the air path.
    [2]
    System as claimed in claim 1, wherein the air path has corners and / or bends.
    [3]
    System as claimed in claim 1 or 2, wherein the air path comprises a horizontal path and / or a descending path.
    [4]
    System as claimed in any of the claims 1-3, wherein the air path comprises a short ascending intermediate or final path.
    [5]
    The system of any one of claims 1-4, wherein the airway has a start point and an end point, the end point being lower than the start point.
    [6]
    System as claimed in any of the claims 1-5, wherein the obstacles each comprise a stationary support part, the system comprising at least one contact part to be carried by the moving person, the support part and the contact part respectively comprising at least one support surface and at least one contact surface, the support surface and the contact surface forming the respective components of a Velcro connection formed of hooks and loops, the hooks having hook stems and hook openings, the hook openings on the respective support surface or contact surface being at least substantially all on the same side of the respective hook stems in a first direction parallel to the respective supporting surface or contact surface, wherein the air path extends over the at least one supporting part, wherein, preferably, the air path extends over several supporting parts.
    [7]
    System as claimed in claim 6, comprising a number of support surfaces.
    [8]
    System as claimed in claim 7, wherein the supporting surfaces connect to each other.
    [9]
    The system of claim 7, wherein the support surfaces are spaced apart.
    [10]
    System according to claim 8 or 9, wherein at least two support surfaces differ in spatial orientation.
    [11]
    System as claimed in any of the claims 7-10, wherein at least one support part is provided with several support surfaces.
    [12]
    A system according to any one of claims 6-11, wherein the spaced apart support members are located one behind the other, adjacent to one another or behind and adjacent.
    [13]
    System as claimed in any of the claims 6-12, wherein the air path extends over several supporting parts.
    [14]
    System according to any one of claims 6-13, wherein, viewed in a projection on a horizontal plane, the supporting surfaces and / or the supporting parts are located on one side and / or on the other side of the air path, for instance at varying distances.
    [15]
    System as claimed in any of the claims 6-14, wherein a support part has a width such that it extends on both sides of the air path, so that the support surfaces of said support part are situated on either side of the air path.
    [16]
    System as claimed in any of the claims 6-15, wherein the contact surface forms the hook component of the Velcro connection and the support surface forms the loop component of the Velcro connection
    [17]
    System as claimed in any of the claims 6-16, wherein the hooks on the respective supporting surface or contact surface are oriented at least substantially equal, viewed in the first direction.
    [18]
    System according to claim 17, wherein the loops on the respective contact surface or support surface are at least substantially aligned.
    [19]
    System according to claim 17 or 18, wherein the one or more contact surfaces are provided on objects which can be held by hands and / or fingers or by feet, in particular provided with means for fastening said objects on hands or feet, in particular in the form of one or more articles of clothing for hands or feet.
    [20]
    System according to claim 19, wherein the garment is a hand garment, in particular a finger or non-finger glove, the contact surface preferably being provided on the palm side of the glove and / or in the case of a glove with fingers, on the palm side of the fingers.
    [21]
    The system of claim 19, wherein the garment is a foot garment, wherein, preferably, the contact patch is provided on the sole side of the foot garment, preferably under the forefoot.
    [22]
    The system of claim 21, wherein the contact patch is formed on the sole of a shoe.
    [23]
    System according to claim 21, wherein the contact surface is formed on a cover, such as, for example, a shoe cover, cap or sole top plate for a shoe.
    [24]
    System as claimed in any of the claims 19-23, comprising for the person a pair of gloves and a pair of shoes, cap caps, sole pads or overshoes, each provided with said contact surfaces.
    [25]
    The system of claim 18 or any claim according to it, wherein the loops with the loop openings are oriented in a second direction, the support surface forming the loop component of the Velcro connection, the support surface being inclined in the second direction.
    [26]
    A system according to any one of claims 6-15, wherein the support surface forms the hook component of the Velcro connection and the contact surface forms the loop component of the Velcro connection.
    [27]
    A system according to claim 26, wherein the support surface is inclined in the first direction and the hook openings are located on the higher side of the relevant hook stems.
    [28]
    A system according to any one of claims 7-11, when dependent on claim 26, having at least two support surfaces which differ with respect to the orientation of the hook openings of the hooks thereof.
    [29]
    29. Building provided with a system according to any one of the preceding claims.
    [30]
    30. System provided with one or more of the characterizing measures described in the attached description and / or shown in the attached drawings.
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    同族专利:
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    US20210138288A1|2021-05-13|
    NL1042432A|2018-01-11|
    US10894177B2|2021-01-19|
    NL2020521B1|2019-03-27|
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    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    NL1041962|2016-06-30|
    NL1042271|2017-02-21|
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