TWM255217U - Gliding parachute for high-rise or low altitude emergency escape - Google Patents

Description

M255217

4. Description of creation (1) [Technical field to which the new type belongs], this creation is about a high-rise or low-altitude emergency escape glide landing △ * Especially the umbrella surface is composed of different types of airbags, which can provide people = People on the second floor or high place fled to the ground quickly in case of unexpected conditions; their lives are safe. % Pygmy 【Previous technology】 Where U building is attacked by terrorists, it is under attack

City: In the event of a blow or fire, it often causes a lot of casualties. J is low and red. The single layer of the parachute umbrella surface needs to be under high pressure to unfold the umbrella surface. Ξ = ί Building cannot open the umbrella quickly. It is actually designed for parachute evacuation: if the horsehouse is attacked by a terror cloth or fire occurs, its application is too magical in other working surfaces, it is better to use a parachute as an escape tool, and a large parachute with a large parachute must be large Only when the space is lowered can a foot student use 'Γ resistance as the extension of a parachute, so it is not suitable for high-rise escape. The collapsing of the umbrella surface is also very complicated, which can be done by non-professional skydivers. [New content] The main purpose of this creation

Yes, provide a high-rise or low-altitude emergency escape slide

M255217 4. Creation instructions (2) The patent application of the parachute is mainly for the umbrella surface is made of multi-layer pressure-resistant flexible materials or molded or assembled, and the inner or outer layer of the umbrella surface can be made into airbags with different functions according to their application requirements. , And can withstand the tension of air pressure, you can use inflatable equipment (for example, gas cylinders or components of the South Pressure) 5 to achieve the purpose of inflatable parachute and gliding landing. The main technology of this creation is the cooperation design of the umbrella surface and the umbrella rope. The umbrella surface design is composed of a main airbag, a load-bearing airbag, a left-wing airbag, a right-wing airbag, and a flap airbag, and is tied to the umbrella rope. Form a paraglider suitable for high-rise or low-level emergency escape, and wing-end airbags are designed on both sides of the umbrella surface to adjust the direction when the gliding landing airflow is unstable. The product of this creation is made of plastic materials and can be mass-produced. And price rationalization. The secondary purpose of this creation is to provide a parachute that can be quickly and safely escaped to the ground or used in other places in the event of an emergency. In order to make the reviewers better understand the structure, features and functions of this creation, the drawings and figures are explained below. [Embodiment] This creation is a high-rise or low-altitude emergency escape glide parachute, which is mainly designed on the umbrella surface of high-rise or low-altitude emergency escape glide parachute Γ, including: main airbag 1, a , 1π, left wing end gas

M255217 IV. Creation instructions (3) Airbag 2, b, Right airbag 2 ', e, Flap airbag 3, c, ln, Load-bearing airbag 4, d, Tether holes 5, 5', and Umbrella rope 61, 62, 63, 64, 65. The structure of the umbrella face A, A 'can be divided into: (1). The main airbag 1 above the umbrella face A; is rectangular horizontal; as shown in Figures 3-1 and 3-Γ, 4-1 and 4-Γ There is an adjustment direction umbrella rope 61, which is fastened through the tether hole 5. The left side of the umbrella face A is provided with a left wing airbag 2, b; it is rectangular and upright; as shown in Figures 3-2 and 3-2 ', 4-2, and 4-2', and there is an adjustment direction umbrella rope 6 3, and passed through the tether hole 5 as a fastening; the right side of the umbrella face A is provided with a right wing end airbag 2 ', e; It has a rectangular upright shape: as shown in Figures 3-2 and 3-2 ', and has an umbrella rope 63 for adjusting the direction, and passes through the tether hole 5 for securing; there is a flap airbag 3 below the umbrella face A, c ; The system is rectangular and transverse; as shown in Figures 3-1 and 3-1 ', 4-1 and 4-Γ, and there is an adjustment direction umbrella rope 64, passing through the rope hole 5 as a fastening; umbrella face A A number of load-bearing airbags 4 are installed in the center between the main airbag 1, left-wing airbag 2, right-wing airbag 2 ', and flap airbag 3; they are rectangular and upright; as shown in Figures 3-2 and 3-2', As shown in 4-2 and 4-2 ′, umbrella-bearing ropes 6 5 are attached to both sides of the load-bearing airbag 4 The tether through hole 5 and a fastener of FIGS. 1 - 1 and 1-2 shown in FIG. (2). The main airbag a above the umbrella surface A '; it is arranged on the umbrella surface A' in the shape of a rectangular partition. A left wing end airbag b is installed on the left side of the umbrella surface A '; it is rectangular and upright. A right wing-end airbag e is installed on the right side of the umbrella face A '; it is rectangular and upright. A load-bearing airbag d is installed between the main airbag a, the left-wing airbag b, the right-wing airbag e, and the flap airbag c of the umbrella surface A '; it is rectangular and upright. The flap airbag c below the umbrella surface A 'is installed on the umbrella surface A' in a rectangular partition shape as shown in Figs. 2-1, 2-2, and 2-3.

M255217 Fourth, creation description (4) Also, please refer to FIG. 6, the left wing airbags 2, b installed on the two sides of the umbrella surface A, A 'can be subjected to air pressure to generate a surface elevation angle a, and the right wing The end airbag 2 ', e can be lifted by the air pressure to generate a tilt angle a', and a hook E is installed above the umbrella surface A, A '; used for escape or gliding exercises in high-rise buildings, it can be used as a pre-fixation. The rope comes to tie with the umbrella surface A, A ', to avoid the wind, to land fixedly to avoid obstacles on the ground, such as electric wires, to form a high-rise or low-altitude emergency escape gliding parachute Γ. Please also refer to FIG. 5-1 and FIG. 5-2, wherein a hook E is installed above the umbrella surface A, A '. This creation is a high-rise or low-altitude emergency escape glide parachute, which has the following characteristics: the airbag design structure has multiple functions to withstand changes in air pressure, and has the function of rapid inflation, and is suitable for high-rise or low-altitude escape use. This creation is a high-rise or low-altitude emergency escape paraglider, which has met the patent requirements, and is now applying in accordance with the law.

M255217 Schematic description of the diagram Figure 1 -1 is the top view of the umbrella structure of this creation Figure 1-2 is the side sectional view of the umbrella structure of this creation Figure 2-1 is the other umbrella structure of this creation View Figure 2-2 is the front sectional view of the umbrella structure of Figure 2-1 for this creation Figure 2-3 is the sectional view of the umbrella structure of Figure 2-3 for the side of this creation Figure 3- 1 Top view of a single airbag of airbag or flap airbag. Figure 3-1 'Sectional view of a single airbag of the main airbag or flap airbag of the original umbrella structure. Figure 3-2 Left airbag or right wing airbag of the original umbrella structure. Top view of a single airbag or load-bearing airbag. Figure 3-2 'is a cross-sectional view of the left-wing airbag or right-wing airbag or load-bearing airbag single airbag of this umbrella structure. Figure 4-1 is the main airbag or Of flap airbag

M255217 A simple illustration of a single airbag for assembly. Top view Figure 4-Γ is a drawing of this creation. 3-Γ Side sectional view of a single airbag for the assembly of a main or flap airbag. Figure 4-2 is a drawing of 3-2 Top view of single airbag for assembling left-wing airbag or right-wing airbag or load-bearing airbag

Figure 4-2 'is the side view of a single airbag used for the assembly of left-wing airbags or right-wing airbags or load-bearing airbags. Figure 5-1 is a side sectional view of the umbrella surface of this creation. Figure 5-2 Parachute side cross-section view of the parachute for the creation of this figure. Figure 6 Parachute cross-section view of the parachute for the creation of the parachute.

Drawing number Γ High-rise or low-level emergency escape glide parachute 1, a, Γ main airbag 2, b left-wing end airbag 2 ’, e right-wing end airbag

Page 10 M255217 Simple illustration 3, c Flaps airbag 4, d Load-bearing airbag 5, 5, Tether hole 6 1,6 2,6 3,6 4,6 5 Umbrella rope A. A 'Umbrella surface 3, , 3, Lifting angle E

Claims (1)

M255217 5. Scope of patent application 1. High-rise or low-altitude emergency escape gliding parachute. The inner or outer layer of the parachute is combined with a certain number of different types of airbag structures, including the main airbag, left-wing airbag, and right-wing airbag. Airbags, flap airbags, and load-bearing airbags. When the umbrella-face umbrella rope nets the airbag, its load-bearing umbrella rope is appropriately short, making it more suitable for high-rise or low-altitude escape use, and can immediately support the umbrella surface and make People parachuting is safe and practical. 2. The parachute according to item 1 of the scope of the patent application, wherein the main airbag is installed in the shape of a rectangle horizontally above the umbrella surface or in a rectangular shape and is installed on the umbrella surface, which is used to open the umbrella surface. 3. The parachute described in item 1 of the scope of patent application, wherein the load-bearing airbag is installed in the center of the umbrella surface in a rectangular upright shape, and is used for carrying weight. 4 · The parachute according to item 1 of the scope of the patent application, wherein the left-wing airbag and the right-wing airbag are installed on both sides of the umbrella in a rectangular upright shape, and are used to adjust the direction when the gliding flight air flow is unstable. 5. The parachute according to item 1 of the scope of patent application, wherein the flap airbag is arranged below the umbrella surface in a rectangular horizontal or rectangular partition, and is used for lifting and adjusting directions. 6 · The parachute according to item 1 of the scope of patent application, wherein Page 12 M255217 5. Scope of patent application Setting a hexagram hook for escape or gliding practice in high-rise buildings can be used as a pre-fixed rope to tie the umbrella surface. II ·! Page 13