TWI391162B - Sucking disk set for glass wall climbing - Google Patents

Description

Glass climbing sucker

The invention relates to a glass climbing suction cup, in particular to a glass climbing suction cup which uses a climbing movement to achieve a close fitting, which has the advantages of similar rock climbing action and ergonomics.

For rock climbing enthusiasts, the natural rock field of outdoor nature is not easy to find, and the actual climbing also has terrain concerns. In the case of incorrect analysis and judgment, it is extremely dangerous.

Of course, many artificial rock climbing sites have been developed, and rock climbing enthusiasts have appropriate and safe grounds for rock climbing. Because the artificial rock climbing site is properly designed, the safety of users is relatively safe, but the setting of artificial rock fields is usually It requires a large space for activities, and the equipment costs are high. It is not easy for ordinary rock climbers to bear the burden independently.

Therefore, it is necessary to develop new products to solve the above shortcomings and problems.

The object of the present invention is to provide a glass climbing suction cup which has the advantages of similar rock climbing action and ergonomics, and is used to solve the shortcomings of the conventional technical field.

The technical means for solving the above problems is to provide a glass climbing suction cup, comprising: a pair of hand suction cup assemblies, each hand suction cup assembly having: a hand suction portion having a hand suction cup and a pair of first extensions And a pair of first suction cup pivoting portions, each of the first extending frames has a first extending frame pivoting portion; further, the hand suction cup is a soft material; a pair of hand auxiliary rods, each hand assisting The lever has a first pivoting portion and a second pivoting portion, the first pivoting portion pivotally connecting the first sucker pivoting portion; and a hand fitting; the hand fitting has a hand a sleeve portion, a pair of first sleeve pivot portions and a pair of second sleeve pivot portions, the hand sleeve portion being inserted into the user's hand, the first sleeve pivot portion The second armature pivoting portion is for pivoting the second extension pivoting portion, and the second sleeve pivoting portion is for pivoting the second pivoting portion; further, the hand wearing sleeve portion is further provided with a grip portion for The user's hand grip; a pair of foot suction cup assemblies, each of the foot suction cup assemblies having: a foot suction portion, the system a second suction cup, a pair of second extension frames and a pair of second suction cup pivoting portions, each of the second extension frames has a second extension frame pivoting portion; further, the foot suction cup is a soft material; a pair of the auxiliary members of the foot, each of the auxiliary members of the foot has a third pivoting portion and a fourth pivoting portion, the third pivoting portion pivotally connecting the second sucker pivoting portion; a foot fitting; the hand fitting has a leg wearing portion, a pair of third clamping pivot portions and a pair of fourth locking pivot portions, the leg wearing portion is for the The third pivoting portion is configured to pivotally connect the second extension pivoting portion, and the fourth pivoting pivoting portion is configured to pivotally connect the fourth pivoting portion A safety guard comprising a fixed end and a string element, one end of the string element being fixed to the fixed end, and one end of the extension being fixed to a user.

The above objects and advantages of the present invention will be readily understood from the following detailed description of the preferred embodiments illustrated herein.

The invention will be described in detail in the following examples in conjunction with the drawings:

Referring to the first and fifth figures, the present invention is a glass climbing suction cup comprising: a pair of hand suction cup assemblies 100, each hand suction cup assembly 100 having: a hand suction portion 10 having a hand a first suction cup 11 , a pair of first extension frames 12 and a pair of first suction cup pivoting portions 13 , each of the first extension frames 12 has a first extension frame pivoting portion 121; A soft material; a pair of hand-assisted rods 20, each of which has a first pivoting portion 21 and a second pivoting portion 22, the first pivoting portion 21 pivotally connecting the first sucker hub a connecting portion 13; and a hand fitting 30; the hand fitting 30 has a hand wearing portion 31, a pair of first locking pivot portions 32 and a pair of second locking pivot portions 33, The hand-held portion 31 is inserted into the hand 81 of the user 80, and the first pivoting portion 32 is used to pivotally connect the first extension pivot portion 121, and the second sleeve The pivoting portion 33 is configured to pivotally connect the second pivoting portion 22; further, the hand wearing portion 31 is further provided with a grip portion 311 for grasping the hand 81 of the user; and a pair of foot sucker assemblies 20 0, each of the foot suction cup assemblies 200 has a foot suction portion 50 having a foot suction cup 51, a pair of second extension frames 52, and a pair of second suction cup pivot portions 53, each second The extension frame 52 has a second extension frame pivoting portion 521; further, the foot suction cup 51 is a soft material; a pair of foot auxiliary lever members 60, each of the foot auxiliary lever members 60 has a third a pivoting portion 61 and a fourth pivoting portion 62, the third pivoting portion 61 is pivotally connected to the second sucker pivoting portion 53; and a footrest member 70; the hand fitting 70 has a leg portion 71, a pair of third pivoting portions 72, and a pair of fourth pivoting portions 73 for inserting the foot portion 82 of the user 80. The third pivotal pivoting portion 72 is configured to pivotally connect the second extending pivotal portion 521, and the fourth pivotal pivoting portion 73 is configured to pivotally connect the fourth pivoting portion 62; The device 300 includes a fixed end 301 and a string member 302. One end of the string member 302 is fixed to the fixed end 301, and one end of the extension is fixed to a user 80.

The hand sleeve 30 can be further provided with a fixing strap portion 34 for fixing the hand 81 of the user 80 (as shown in the second figure); the hand wearing sleeve portion 31 is a glove. The shape, and the leg wearing portion 71 is in the shape of a shoe.

In practical use, the present invention can climb on the general flat glass 40. As shown in the first figure, the fixed end 301 of the safety guard 300 is fixed at a position high in the plane glass 40, and the extended rope element The member 302 is fixed to the user 80. When the hand suction cup assembly 100 or the foot suction cup assembly 200 on the limbs is inadvertently released, the rope element 302 can be maintained at a specific position to avoid the user 80. Drop directly.

In more detail, the present invention utilizes the mechanism of the hand-held suction cup assembly 100 and the pair of the foot suction cup assembly 200 to pull the hand suction cup 11 and the foot suction cup 51 respectively, thereby being more closely adhered to the glass 40. on.

As shown in FIGS. 8A and 8B, when the hand fitting 30 is at a first position P1, the hand suction cup 11 is attached to the glass 40, and when the user 80 is in the hand When the grip portion 311 is pulled downward, the hand grip member 30 is moved from the first position P1 to a second position P2, and the hand auxiliary lever 20 is linked to pull the hand suction cup 11 to make the hand suction cup 11 The hand suction cup 11 can be more closely adhered to the glass 40.

As shown in the ninth and ninth diagrams, when the footrest 70 is in a third position P3, the foot cup 51 is attached to the glass 40, and when the foot of the user 80 is When the stepping force is applied to the lower portion, the footrest member 70 is moved from the third position to the fourth position P4, and the foot auxiliary lever 60 is pulled to pull the foot suction cup 51 to make the foot suction cup. 51 can be more closely adsorbed onto the glass 40.

As shown in FIG. C, when the foot suction cup assembly 200 is to be released for positional movement, the user 80 only needs to lift the foot portion 82 so that the foot fitting member 70 is the fourth portion. When the position P4 is raised to the fifth position P5, the foot auxiliary lever 60 is pushed to push the foot suction cup 51 to discharge the air in the foot suction cup 51, so that the foot suction cup assembly 200 can be detached from the The glass 40 is moved in position. Of course, the hand suction cup assembly 100 is the same principle in terms of loosening and suction.

It can be seen that the present invention generates a downward force by the natural movement and the climbing process of the human body when climbing, and pulls the hand suction cup 11 and the foot suction cup 51 to generate a predetermined deformation, so that the hand suction cup 11 The foot suction cup 51 can be more closely attached to the glass 40, and is ergonomic, and such a climbing method is similar to the action of rock climbing.

Of course, the present invention is mainly used for entertainment purposes, and the user can climb the glass 40 of the general home, and with the safety protection device 300, the rock climbing enthusiast can perform rock climbing-like movement at any time.

In summary, the advantages and effects of the present invention can be summarized as follows:

[1] Approximate rock climbing action. For rock climbers, natural rock fields are not easy to find and have safety concerns, while artificial rock fields not only require large space for activities, but also high equipment costs, which are not easily burdened by ordinary rock climbers; Climbing enthusiasts climb on the flat glass of a typical home or building to solve the problem of the site being difficult to find.

[2] Ergonomic. The invention generates a downward force by the natural movement and climbing process of the human body when climbing, and pulls the hand suction cup 11 and the foot suction cup 51 to generate a predetermined deformation, so that the hand suction cup 11 and the foot portion The suction cup 51 can be attached more closely to the glass 40, which is ergonomic.

The present invention has been described in detail with reference to the preferred embodiments of the present invention, without departing from the spirit and scope of the invention.

From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the foregoing objects, and the invention has been in accordance with the provisions of the patent law.

100. . . Hand suction cup assembly

200. . . Foot suction cup assembly

300. . . Safety guard

301. . . Fixed end

302. . . Rope component

10. . . Hand adsorption department

11. . . Hand suction cup

12. . . First extension

13. . . First suction cup pivot

121. . . First extension pivot

20. . . Hand assist

twenty one. . . First pivot

twenty two. . . Second pivot

30. . . Hand fittings

31. . . Hand wear

32. . . First set of pivot joints

33. . . Second set of pivot joints

34. . . Fixed strap

311. . . Grip

40. . . glass

50. . . Foot adsorption unit

51. . . Foot suction cup

52. . . Second extension

53. . . Second suction cup pivoting

521. . . Second extension frame pivoting

60. . . Foot auxiliary lever

61. . . Third pivot

62. . . Fourth pivot

70. . . Foot fitting

71. . . Foot wearing part

72. . . Third set of pivot joints

73. . . The fourth set of pivot joints

80. . . user

81. . . hand

82. . . Foot

P1. . . First position

P2. . . Second position

P3. . . Third position

P4. . . Fourth position

P5. . . Fifth position

The first figure is a schematic diagram of climbing using the glass climbing suction cup of the present invention.

The second figure is a schematic view of the hand suction cup assembly of the present invention.

The third figure is a side view of the hand suction cup assembly of the present invention.

The fourth figure is a schematic view of the foot suction cup assembly of the present invention.

Figure 5 is a side elevational view of the foot suction cup assembly of the present invention

Figure 6 is an exploded view of the hand suction cup assembly of the present invention

The seventh drawing is an exploded view of the foot suction cup assembly of the present invention.

Figure 8 is a schematic view of the action of the hand suction cup assembly of the present invention

Figure 8B is a schematic view of the action 2 of the hand suction cup assembly of the present invention.

Figure 9 is a schematic view of the action of the foot suction cup assembly of the present invention

Figure IX is a schematic view of the action 2 of the foot suction cup assembly of the present invention

Figure 9 is a schematic view of the action 3 of the foot suction cup assembly of the present invention.

100. . . Hand suction cup assembly

200. . . Foot suction cup assembly

300. . . Safety guard

301. . . Fixed end

302. . . Rope component

80. . . user

Claims (3)

A glass climbing suction cup comprising: a pair of hand suction cup assemblies, each hand suction cup assembly having: a hand suction portion having a hand suction cup, a pair of first extension frames and a pair of first suction cup pivot portions Each first extension frame has a first extension pivotal portion; further, the hand suction cup is a soft material; a pair of hand auxiliary levers each having a first pivoting portion and a first pivoting portion pivotally connecting the first suction cup pivoting portion; and a hand fitting; the hand fitting has a hand wearing sleeve portion and a pair of first sleeve portions a pivoting portion and a pair of second pivoting portions for inserting the hand of the user, the first pivoting pivoting portion for pivoting the first extending frame a pivoting portion, wherein the second pivoting pivoting portion is configured to pivotally connect the second pivoting portion; further, the hand wearing sleeve portion is further provided with a grip portion for grasping the hand of the user; For the foot suction cup assembly, each of the foot suction cup assemblies has a foot suction portion having a foot suction cup, a pair of second extension frames, and a a second suction cup pivoting portion, each of the second extension frames has a second extension frame pivoting portion; further, the foot suction cup is a soft material; a pair of foot auxiliary rod members, each of the foot auxiliary rods The device has a third pivoting portion and a fourth pivoting portion, the third pivoting portion is pivotally connected to the second suction cup pivoting portion; and a foot fitting; the hand fitting has a foot wearing sleeve portion, a pair of third sleeve pivoting portions and a pair of fourth sleeve pivoting portions, the leg wearing portion is for the user's foot portion to be nested, the third sleeve pivoting The connecting portion is for pivoting the second extending frame pivoting portion, and the fourth pivoting pivoting portion is for pivoting the fourth pivoting portion; a safety guard device comprising a fixed end and a rope An element, one end of the string element is fixed to the fixed end, and one end of the extension is fixed to a user. The glass climbing suction cup according to claim 1, wherein the hand wearing portion is in the shape of a glove, and the foot wearing portion is in the shape of a shoe. The glass climbing suction cup according to claim 1, wherein the hand fitting is further provided with a fixing strap for fixing the hand of the user.