TWM483094U - High altitude safe connection strap structure - Google Patents

Description

High-altitude safety connection belt structure

This creation is about a high-altitude safety connection belt, especially a high-altitude safety connection belt structure for protecting the safety of high-altitude workers and having elastic expansion and contraction.

According to the general high-altitude workers, in order to ensure the safety at high altitude, a fall-proof safety belt will be worn on the body. When the high-altitude workers accidentally fall down and fall down, the anti-falling safety belt can lift the high-altitude workers in time. Suspended in the air to wait for rescue, to prevent high-altitude workers from falling to the ground and causing casualties. The anti-falling safety belt comprises a safety connecting belt and a fastening component assembled on the safety connecting belt, the safety connecting belt usually has an elastic section, and when the high-altitude industrial personnel accidentally falls from a high altitude, the safety connecting belt is The high-altitude workers will be lifted, and the two ends of the safety connection belt will be impacted by the gravitational acceleration of the high-altitude industrial personnel, so that the safety connection belt is elasticized by the elastic section to buffer the impact of gravity acceleration from the aerial workers. The effect is to prevent the high-altitude workers from being injured by the impact of the gravitational acceleration in an instant.

At present, there are two main types of high-altitude safety connection belt structures, one of which is as shown in the first figure, comprising: an elastic section 10 and two extension sections 20 fixed at both ends of the elastic section 10, wherein the elastic section 10 comprises a hollow a strip body 101, and a plurality of elastic cords 102 piercing the hollow strip body 101, the elastic cord 102 having elastic elasticity, the hollow shape The two ends of the belt body 101 and the elastic rope 102 are fixed together with the two extensions 20, so that the two extensions 20 are connected to the two ends of the elastic section 10. In the normal state, the elastic section 10 is kept in a contracted state by the elastic cord 102, and is hollow. The belt body 101 is formed in a wave shape. The conventional high-altitude safety connecting belt structure has complicated processing procedure and high manufacturing cost, and the two ends of the elastic section 10 are connected by the sewing method to the two extension sections 20, which not only has the joint strength of the sewing method, but also the seam is broken. The strength of the strap body 101 and the extension section 20 itself is such that when the safety strap is stressed, there is a risk of breakage from the seam.

Another embodiment, as shown in the second figure, comprises: a connecting strip 30 and an elastic band 40, wherein the connecting strip 30 has a wave-like stretch section 301 in the middle, and the two ends of the wave-shaped stretch section 301 respectively An extension of the elastic band 40 is provided on the side edge of the wave-shaped stretch section 301 of the connecting belt 30, and is stretched in a point-like manner and the wave of the connecting belt 30. The segment 301 is fixedly coupled such that the wave-length stretched section 301 has stretch elasticity by the elastic band 40. The other conventional high-altitude safety connecting belt structure has poor appearance, complicated processing procedure, high manufacturing cost, and the elastic belt 40 is fixed and fixed in a point-like sewing manner with the wave-shaped stretched section 301 of the connecting belt 30, It also breaks the strength of the wave-like stretch section 301 of the strap 30 so that when the strap is stressed, there is a risk of breakage from the seam.

The present creator has the disadvantages of high-cost manufacturing and high-speed, and easy to securely connect the belt to break when subjected to force. This is the idea of creating and testing the sample, and more After the revision was improved, I created this creation.

This creation provides a high-altitude secure connection strip structure that includes: a secure connection The first fastening component and the second fastening component are respectively disposed on the safety connecting tape, and the safety connecting tape is integrally woven on both sides, and comprises an elastic stretching section and two elastic stretching sections Two extending sections of the end, the elastic stretching section has a first belt surface and a second belt surface stacked on the upper and lower sides, and a passage is formed between the first belt surface and the second belt surface, and the elastic connecting belt elastically extends When the segment is woven, a plurality of elastic ropes are arranged in the channel at the same time, and the plurality of elastic ropes are elastically stretched and elastic, and the plurality of elastic ropes are woven into the first belt surface and the second belt surface. When the elastic extension of the safety connection belt is woven, the first belt surface and the second belt surface are laterally woven together at every interval to form a joint portion, and the elastic extension portion of the safety joint belt is woven. The two ends are respectively woven to form a fixing portion for fixing the elastic rope. In the normal state, the elastic stretching portion is formed into a wave shape by the elastic rope maintaining the contracted state.

The main purpose of this creation is that the safety connecting belt is woven on both sides, and the plurality of elastic ropes are woven at the same time during knitting, the processing procedure is simple and fast, and the manufacturing cost is low.

The second purpose of this creation is that the safety connecting belt is woven on both sides, the woven elastic rope is woven and solid, the overall structure strength is good, and the safety of use is better.

[study]

10‧‧‧Flexible section

101‧‧‧ hollow belt

102‧‧‧elastic rope

20‧‧‧Extension

30‧‧‧Connecting belt

301‧‧‧Wave-shaped stretch section

302‧‧‧Extension

40‧‧‧elastic band

[this creation]

1‧‧‧Safety connection belt

11‧‧‧Elastic stretch section

111‧‧‧First belt

112‧‧‧Second belt

113‧‧‧ channel

114‧‧‧elastic rope

115‧‧‧Connecting Department

116‧‧‧Fixed Department

12‧‧‧Extension

13‧‧‧Extension

2‧‧‧First fastening piece

3‧‧‧Second fasteners

4‧‧‧buffer unit

A‧‧‧ convex

B‧‧‧ recess

C‧‧‧ convex

D‧‧‧ recess

The first figure is a partial cross-sectional view of the contracted state of the elastic section of the formula.

The second figure is a partial cross-sectional view of the contracted state of another conventional wave-shaped stretch section.

The third picture is a perspective view of the appearance of the creation.

The fourth figure is a schematic diagram of one side of the elastic stretch section of the present creation.

The fifth figure is a partial cross-sectional view of the contracted state of the elastic stretch section of the present invention.

The sixth figure is a schematic view of the other side of the elastic stretch section of the present invention.

The seventh figure is a cross-sectional view of the elastic stretch section combined with the fixed part.

The eighth figure is a schematic view of the present elastic rope passing between the first belt surface and the second belt surface.

The ninth figure is a schematic view of the elastic cord woven into the first belt surface.

The tenth figure is a schematic view of the elastic cord woven into the second belt surface.

The eleventh figure is a partial cross-sectional view of the stretched state of the elastic stretch section of the present invention.

Fig. 12 is a perspective view showing the appearance of another embodiment of the present creation.

Please refer to the fourth, fifth, sixth, seventh, eighth, ninth and tenth drawings. The present invention provides a high-altitude safety connection belt structure, comprising: a safety connection belt 1 and a group a first fastening component 2, a second fastening component 3 and a buffering unit 4, which are provided on the safety connecting belt 1, and the safety connecting tape 1 is integrally woven on both sides, and comprises an elastic stretching section 11 and is connected to The first extending member 2 and the second fastening member 3 are respectively fixedly coupled to one end of the two extending portions 12 and 13 away from each other, the buffer unit 4 is disposed on one of the extensions 13 and the elastic stretched section 11 is woven to have one of the upper and lower layers of the first belt surface 111 and a second belt surface 112, the first belt surface 111 and the second belt A longitudinal passage 113 extending along the longitudinal direction of the elastic stretching section is formed between the faces 112. When the elastic extension section 11 of the safety connecting belt 1 is woven, a plurality of elastic cords 114 are arranged in the longitudinal passage at the same time and spaced apart from each other. The plurality of elastic ropes 114 are elastically stretchable and elastically expandable and contractable along the length direction, and the plurality of elastic threads The rope 114 is interlaced and woven into the first belt surface 111 and connected to the second belt surface 112. When the elastic stretching portion 11 of the safety connecting belt 1 is woven, the first belt surface 111 and the second belt are disposed at every other interval. Belt 112 lateral weaving When the connecting portion 115 is formed together, and the elastic stretching portion 11 of the safety connecting belt 1 is woven, the two ends are respectively knitted to form a fixing portion 116 for fixing the elastic rope 114. In the normal state, the elastic stretching portion 11 is used. The elastic cord 114 is maintained in a contracted state to form a wave-like shape with a shortened length, such that the first belt surface 111 is meandered to form a staggered convex portion A and a concave portion B, and the second belt surface 112 is meandered to form a staggered convex portion C and a concave portion D, The convex portion A of the first belt surface 111 corresponds to the concave portion D of the second belt surface 112, and the concave portion B of the first belt surface 111 corresponds to the convex portion C of the second belt surface 112.

In use, the first fastening component 2 of the safety connecting belt 1 is hooked on a fixed object, and the second fastening component 3 is hooked and connected with the protective safety belt worn by the upper-air working person, and the high-altitude industrial personnel Inadvertently falling from high altitude, the safety connecting belt 1 can lift the high-altitude workers and be impacted by the gravitational acceleration of high-altitude industrial personnel at both ends of the safety connecting belt 1, as shown in Figure 11, by safety The elastic cord 114 connecting the elastic stretch section 11 of the belt is elastically stretched, and the first belt surface 111 and the second belt surface 111 of the elastic stretch section 11 are stretched and lengthened to achieve buffering from the aerial work. The effect of the impact of the gravitational acceleration of the personnel, to prevent the high-altitude workers from being injured by the impact of the gravitational acceleration in an instant.

Furthermore, as shown in the twelfth figure, the high-altitude safety connecting belt structure of the present invention, the safety connecting belt 1 can also have two elastic stretching sections 11 and two extending sections 12 connected to the two ends of the elastic stretching section 11. And the extensions 12 of the two elastic stretch sections 11 are respectively fixedly coupled to the first fastening component 2, and the extensions 13 of the other elastic stretching sections 11 are connected and fixed by the seam. And a second fastening component 3 is fixedly combined with the second fastening component 3, and the buffering unit 4 is disposed on the extended section 13 of the joint fastening, whereby the first buckle of the safety connection belt 1 can be used in use. The fitting 2 is hooked on the fixture for better safety of use and Convenience.

From the structure of the above specific embodiment, the following benefits can be obtained:

1. The high-altitude safety connecting belt structure of the present invention, the safety connecting belt is integrally woven by one-sided double-layer, and the plurality of elastic ropes 114 are woven at the same time in the elastic stretching section 11 during knitting, the processing procedure is simple and rapid, and the manufacturing cost is low. , in line with economic benefits.

2. The high-altitude safety connecting belt structure of the present invention, the safety connecting belt 1 is double-woven integrally, and the plurality of elastic ropes 114 woven by the elastic stretching section 11 are woven into the first belt surface 111 and the second. The belt 112 is connected, and the overall structure strength is good, and the use safety is better.

In summary, this creation has indeed reached a breakthrough structure, and has improved content of creation, while at the same time achieving industrial use and progress. When complying with the provisions of the Patent Law, it proposes a new type of patent application according to law. The census review committee granted legal patent rights and was praying.

1‧‧‧Safety connection belt

11‧‧‧Elastic stretch section

111‧‧‧First belt

112‧‧‧Second belt

12‧‧‧Extension

13‧‧‧Extension

2‧‧‧First fastening piece

3‧‧‧Second fasteners

4‧‧‧buffer unit

Claims (4)

The utility model relates to a high-altitude safety connecting belt structure, wherein the safety connecting belt is integrally woven on both sides, and comprises an elastic stretching section and two extending sections connected at two ends of the elastic stretching section, the elastic stretching section has an upper and lower cascading a first belt surface and a second belt surface, wherein a channel is formed between the first belt surface and the second belt surface, and the elastic extension portion of the safety connecting belt is woven into the channel at the same time a plurality of elastic ropes arranged side by side, the plurality of elastic ropes being elastically stretchable, and the plurality of elastic ropes are interwoven woven into the first belt surface and connected to the second belt surface, and when the elastic connecting portion of the safety connecting belt is woven, each The first belt surface and the second belt surface are laterally woven together at a distance to form a connecting portion, and when the elastic extending portion of the safety connecting belt is woven, the two ends are respectively woven to form a fixing portion for fixing the elastic rope. The elastic stretched section is formed into a wave shape by the elastic rope in a normal state. The high-altitude safety connecting strip structure according to the first aspect of the invention, wherein the two extending sections of the safety connecting strip respectively respectively fix a first fastening component and a second fastening component. The high-altitude safety connection belt structure according to claim 1, wherein a buffer unit is disposed on one of the extensions of the safety connection belt. The high-altitude safety connecting strip structure according to claim 1, wherein the elastic stretched section of the safety connecting strip is formed into a wave-shaped shape, and the first belt surface is meandered to form a staggered convex portion and a concave portion, and the second belt is The surface is bent to form a staggered convex portion and a concave portion, and the convex portion of the first belt surface corresponds to the concave portion of the second belt surface, and the concave portion of the first belt surface corresponds to the convex portion of the second belt surface.