CN219044905U

CN219044905U - Anti-rupture geotechnical pipe bag

Info

Publication number: CN219044905U
Application number: CN202223486757.5U
Authority: CN
Inventors: 芮璟; 徐基晟; 杨一鹏
Original assignee: Jiangsu Changbian Jicheng Technology Co ltd
Current assignee: Jiangsu Changbian Jicheng Technology Co ltd
Priority date: 2022-12-26
Filing date: 2022-12-26
Publication date: 2023-05-19
Anticipated expiration: 2032-12-26

Abstract

The utility model relates to a geotechnical pipe bag field, especially relate to a geotechnical pipe bag resistant to rupture, it includes the bag body, the bag body is made by a slice of whole cloth both sides link to each other, whole cloth is formed by connecting by multi-disc weaving cloth, bag body length direction's both ends all are equipped with the head, be equipped with the filling mouth that supplies mud to get into on the top surface of the bag body, the concatenation department of two adjacent weaving cloth, the junction of whole cloth both sides, head department all are provided with six way even sutures of synchronous sewing; the end enclosure is formed by folding and then folding woven cloth, and eight layers of woven cloth are arranged at the end enclosure; the sealing head is provided with sizing material, and the sizing material is immersed into the woven cloth. The application has the effect of reducing the possibility of cracking of the geotechnical pipe bags.

Description

Anti-rupture geotechnical pipe bag

Technical Field

The application relates to the field of geotechnical pipe bags, in particular to a rupture-resistant geotechnical pipe bag.

Background

The geotechnical pipe bag is a pipe bag type containing body with a filtering structure, which is woven by high-toughness polypropylene yarns. The geotechnical pipe bag is mainly used for dehydration and solidification treatment, and the geotechnical pipe bag dehydration and solidification method is to fill mud into the geotechnical pipe bag through tools such as dredgers in the environment-friendly dredging process, and the two power factors of a filtering structure of the geotechnical pipe bag and liquid pressure in the bag body are utilized to enable water to seep out of the bag body, and the mud is remained in the bag body, so that the effect of reducing the volume of the mud is achieved.

The geotextile tube bag comprises a bag body, wherein the bag body is formed by connecting two sides of a piece of integral cloth, the integral cloth is formed by splicing a plurality of pieces of woven cloth, and the spliced parts of two adjacent pieces of woven cloth are sewn by two stitches; the end of the bag body is provided with a sealing head, the top surface of the bag body is provided with a filling opening for mud to enter, and mud can be filled into the bag body after the pipeline for conveying mud of the dredger is aligned with the filling opening. When mud is filled into the geotechnical pipe bag, the geotechnical pipe bag is easy to deform, and the spliced part of woven cloth and the sealing head of the bag body are easy to be extruded and cracked.

Disclosure of Invention

To reduce the likelihood of a geotube bag breaking, the present application provides a fracture resistant geotube bag.

The application provides an anti geotechnique's pipe bag that breaks adopts following technical scheme:

the utility model provides an anti geotechnical pipe bag that breaks, includes the bag body, the bag body is connected by a slice whole cloth both sides and is made, whole cloth is connected by the multi-disc cloth and forms, bag body length direction's both ends all are equipped with the head, be equipped with the filling mouth that supplies mud to get into on the top surface of the bag body, adjacent two weave the concatenation department of cloth the junction of whole cloth both sides the head department all is provided with six even sutures of synchronous sewing.

Through adopting above-mentioned technical scheme, when splice two adjacent woven fabrics, when connecting the both sides of whole cloth, traditional suture is twice suture, if only make twice suture, intensity is too low, in order to improve intensity, tradition by staff twice is made many times, if twice is made many times, can have the problem of suture displacement, lead to the uneven possibility of suture department atress, six suture of once only synchronous sewing of this application through supporting machine has reduced the uneven possibility of suture, the distance of two adjacent sutures is the same, make the suture even, the intensity of the junction and head department of woven fabric splice, whole cloth both sides has been improved, thereby the possibility of bag body rupture has been reduced.

Optionally, the end enclosure is formed by folding woven cloth after folding, and eight layers of woven cloth are arranged at the end enclosure.

Through adopting above-mentioned technical scheme, turn over one section to self earlier with whole cloth length direction's both ends and make for the weaving cloth of head department becomes two-layerly, then when whole cloth width direction both sides concatenation, makes the weaving cloth of head department become four-layerly, turns into eight-layerly after inwards folding with four-layerly weaving cloth again, finally makes up six even stitches, has improved the intensity of head department greatly, has reduced the head department and has received the extrusion and rupture possibility, has further reduced the bag body possibility of breaking.

Optionally, a sizing material is arranged at the seal head, and the sizing material is immersed in the woven cloth.

By adopting the technical scheme, the sealing head is immersed in the sizing material, so that eight layers of woven cloth at the sealing head are tightly connected, the structural strength of the sealing head is improved, and the possibility of cracking caused by extrusion at the sealing head is further reduced.

Optionally, the filling mouth department is provided with the cuff, it has the connection turn-ups to fill the filling mouth towards the inside book of bag body, the week lateral wall of cuff bottom is connected with the connection turn-ups.

By adopting the technical scheme, the cuffs are sleeved on the pipeline of the dredger for conveying mud, and a guiding effect is provided for mud entering the bag body.

Optionally, two fixing ropes are arranged on the peripheral side wall of the cuff, and the lengths of the two fixing ropes are greater than the circumference of half of the cuff.

Through adopting above-mentioned technical scheme, after the cuff cover is located dredger and is used for carrying the pipeline of mud on, with fixed rope reverse around locating on the cuff to tie a knot two fixed ropes, make cuff and the pipeline zonulae occludens of carrying mud, improved the stability when carrying mud, the cuff is difficult for rocking, is difficult for breaking away from with the pipeline of carrying mud.

Optionally, pull rings are arranged on two sides of the width direction of the bag body and four corners of the bag body.

Through adopting above-mentioned technical scheme, the setting of pull ring is convenient for the staff of being convenient for remove the bag body to the assigned position.

Optionally, two ends of the pull ring at two sides of the width direction of the bag body are clamped between two adjacent woven fabrics, and the splicing parts of every two adjacent woven fabrics correspond to two pull rings.

Through adopting above-mentioned technical scheme, the both ends clamp of the pull ring of bag body width direction both sides has been saved the pull ring and has been needed the subsequent process of making up between two adjacent woven fabrics, and the both ends clamp of pull ring is located between two adjacent woven fabrics that wait to splice, when the concatenation woven fabrics, with the pull ring make up in the junction of two woven fabrics for the pull ring is directly made up on the bag body, has saved the process, has still improved the pull ring and has connected the intensity on the bag body.

Optionally, the both sides of bag body width direction are equipped with the subassembly of accomodating that is used for accomodating the pull ring, accomodate the subassembly and include to accomodate the cloth and accomodate the button, accomodate the both ends of cloth and connect on the bag body, the pull ring is kept away from self and bag body junction's one end is equipped with the accommodation seam that supplies to accomodate the button and wear out, the pull ring passes the back through accomodating button and bag body kink from accomodating the space between cloth and the bag body, the pull ring is fit with the bag body.

Through adopting above-mentioned technical scheme, pass the pull ring and accomodate the space between cloth and the bag body after, will accomodate the button and pass and hold the seam for pull ring and bag body surface laminating have not only strengthened bag body width direction both sides partial thickness by the pull ring, have reduced the possibility that bag body width direction both sides partial position broke, have still improved the roughness of bag body, have reduced the pull ring and have been pulled by the foreign matter carelessly and have involved the possibility to the bag body, have further reduced the possibility that the bag body broke.

Optionally, two storage ropes are arranged on one surface, far away from the cuffs, of the bag body, and the storage ropes are located at one end of the length direction of the bag body.

Through adopting above-mentioned technical scheme, when the bag body did not get into the use yet, with the bag body rolling, from keeping away from the one end of accomodating the rope and rolling up to accomodating rope department, then will accomodate the rope and reverse around locating on the bag body that the rolling is good and tie a knot, realized the accomodating of the bag body, reduced the placing space that the bag body taken up when not using.

Optionally, the one side that keeps away from the cuff on the bag body is equipped with the tag bag, the tag bag is close to and accomodates the rope setting, the sack department of tag bag is provided with the zip fastener.

By adopting the technical scheme, after the specification information of the bag body is written on paper and placed in the label bag, workers can conveniently and directly acquire the specification information of the bag body, and a proper geotechnical pipe bag is selected; the zipper facilitates sealing the label bag, reducing the likelihood of label loss or contamination within the label bag.

In summary, the present application includes at least one of the following beneficial technical effects:

1. according to the method, the possibility of uneven stitching is reduced by synchronously stitching six stitches at one time through a matched machine, the distances between two adjacent stitches are the same, so that the stitches are uniform, the possibility of uniform stress at the stitches is improved, the strength of the spliced part of the woven cloth, the connecting parts at two sides of the whole cloth and the sealing head is improved, and the possibility of cracking of the bag body is reduced;

2. the two ends of the whole cloth in the length direction are folded for one section and sewn to change the woven cloth at the end socket into two layers, then the woven cloth at the end socket is changed into four layers when the two sides of the whole cloth in the width direction are spliced, the four layers of woven cloth are folded inwards to be changed into eight layers, and finally six uniform stitches are sewn, so that the strength of the end socket is greatly improved, the possibility of breakage of the end socket caused by extrusion is reduced, and the possibility of breakage of a bag body is further reduced;

3. the two ends of the pull ring at the two sides of the width direction of the bag body are clamped between the two adjacent woven fabrics, the procedure that the pull ring needs to be sewn later is omitted, the two ends of the pull ring are clamped between the two adjacent woven fabrics to be spliced, when the woven fabrics are spliced, the pull ring is sewn at the joint of the two woven fabrics, the pull ring is directly sewn on the bag body, the procedure is saved, and the strength of the pull ring connected on the bag body is also improved.

Drawings

FIG. 1 is a schematic view of the top surface of a rupture-resistant geotube bag according to an embodiment of the present application.

Fig. 2 is a schematic structural view for showing the bottom surface of the bag body in the embodiment of the present application.

Fig. 3 is a schematic cross-sectional view for showing eight layers of woven cloth at the end socket in the embodiment of the present application.

Fig. 4 is a schematic cross-sectional view of a connecting flange for showing the inside of a bag body at a filling port in an embodiment of the present application.

Reference numerals illustrate: 1. a bag body; 2. weaving cloth; 3. a seal head; 4. a filling port; 41. connecting and flanging; 5. a suture; 6. a cuff; 61. a fixing rope; 7. a pull ring; 8. a receiving assembly; 81. receiving cloth strips; 82. accommodating buttons; 83. reinforcing cloth; 9. a storage rope; 91. a label bag; 911. and (5) a zipper.

Detailed Description

The present application is described in further detail below in conjunction with figures 1-4.

The embodiment of the application discloses a rupture-resistant geotechnical pipe bag. Referring to fig. 1 and 2, the anti-rupture geotechnical pipe bag comprises a bag body 1, wherein the bag body 1 is formed by connecting joints at two sides of a piece of integral cloth, the integral cloth is formed by mutually connecting and sewing a plurality of pieces of woven cloth 2 along the length direction of the integral cloth, sealing heads 3 are arranged at two ends of the length direction of the bag body 1, a filling port 4 for mud to enter is arranged on the top surface of the bag body 1, and six uniform stitching lines 5 which are synchronously sewn are arranged at the joint of two adjacent pieces of woven cloth 2, at the joint of two sides of the integral cloth and at the sealing heads 3.

When splicing two adjacent woven fabrics 2, when connecting the both sides of whole cloth, traditional suture 5 is twice suture 5, intensity is too low if only make twice suture 5, in order to improve intensity, traditional by staff twice make many times, if twice make many times, the problem that suture 5 displacement can exist, lead to suture 5 inhomogeneous, can produce the possibility of suture 5 department atress uneven, this application has once only made six suture 5 in step through supporting machine and has reduced the possibility of suture 5 inhomogeneous, the distance of two adjacent sutures 5 is the same, make suture 5 even, the possibility that suture 5 department atress is even has been improved, woven fabric 2 splice, the junction of whole cloth both sides and the intensity of head 3 department have been improved, thereby the possibility that bag body 1 breaks has been reduced.

Referring to fig. 1, 2 and 3, the end enclosure 3 is formed by folding and then folding the woven cloth 2, and eight layers of woven cloth 2 are arranged at the end enclosure 3. The sealing head 3 is provided with sizing material, and the sizing material is immersed in the woven cloth 2. The two ends of the whole cloth in the length direction are turned over to the whole cloth and sewn to enable the woven cloth 2 at the end socket 3 to be changed into two layers, then the woven cloth 2 at the end socket 3 is changed into four layers when the two sides of the whole cloth in the width direction are spliced, the four layers of woven cloth 2 are folded inwards and then changed into eight layers, finally six uniform stitches 5 are sewn, the end socket 3 is immersed in sizing materials for gum dipping treatment, the eight layers of woven cloth 2 at the end socket 3 are tightly connected, the structural strength at the end socket 3 is improved, the possibility that the end socket 3 is extruded to break is further reduced, and the possibility that the bag body 1 breaks is further reduced. In this embodiment, the sizing material is epoxy resin.

Referring to fig. 1 and 4, a cuff 6 is arranged at the filling port 4, a connecting flange is folded towards the inside of the bag body 1 at the filling port 4, the peripheral side wall at the bottom end of the cuff 6 is fixedly connected with the connecting flange by sewing, the cuff 6 is sleeved on a pipeline for conveying mud of the dredger, a guiding effect is provided for mud entering the bag body 1, and the mud is convenient to directly enter the inside of the bag body 1. The circumference wall of the cuff 6 is provided with two fixing ropes 61, the length of each fixing rope 61 is larger than the circumference of one half of the cuff 6, when the cuff 6 is sleeved on a pipeline of the dredger for conveying mud, the fixing ropes 61 are reversely wound on the cuff 6, and the two fixing ropes 61 are knotted, so that the cuff 6 is tightly connected with the pipeline for conveying mud, the stability of the pipeline for conveying mud is improved, the cuff 6 is not easy to shake, and the pipeline for conveying mud is not easy to separate from the pipeline for conveying mud. After filling, the fixing rope 61 can be fastened to tightly seal the cuffs 6, so that the mud filled in the bag body 1 is not easy to flow out of the bag body 1.

Referring to fig. 1 and 2, tabs 7 are provided at both sides of the width direction of the pouch 1 and at four corners of the pouch 1, so that the pouch 1 can be moved to a designated position. The two ends of the pull ring 7 on two sides of the width direction of the bag body 1 are clamped between the two adjacent pieces of woven cloth 2, the process that the pull ring 7 needs subsequent sewing is omitted, the two ends of the pull ring 7 are clamped between the two adjacent pieces of woven cloth 2 to be spliced, when the woven cloth 2 is spliced, the pull ring 7 is sewn in the two adjacent pieces of woven cloth 2, the pull ring 7 is directly sewn on the bag body 1, the process is saved, and the strength of the pull ring 7 connected to the bag body 1 is also improved. The splice of every two adjacent woven fabrics 2 corresponds to two pull rings 7, namely, each side of the width direction of the splice of every two adjacent woven fabrics 2 corresponds to one pull ring 7, so that the stress uniformity of the bag body 1 is improved when the bag body 1 is moved.

Referring to fig. 1 and 2, two sides of the width direction of the bag body 1 are provided with storage components 8 for storing the pull ring 7, each storage component 8 comprises a storage cloth strip 81 and storage buttons 82, two ends of each storage cloth strip 81 are fixedly sewn on the bag body 1, each storage button 82 is connected onto the bag body 1 through a reinforcing cloth 83, and one surface, far away from each storage button 82, of each reinforcing cloth 83 is fixedly adhered onto the bag body 1 through a sizing material. The storage button 82 is sewn on the reinforcement cloth 83, the reinforcement cloth 83 is fixedly connected to the bag body 1, the periphery of the reinforcement cloth 83 is sewn with the bag body 1, the strength of the storage button 82 connected to the bag body 1 is improved, the bag body 1 is not easy to be pulled to be damaged when the storage button 82 is stressed, one end, far away from the connection position of the storage button 82, of the pull ring 7 is provided with a containing seam for the storage button 82 to penetrate out, and the pull ring 7 passes through the space between the storage cloth 81 and the bag body 1 and then is twisted with the bag body 1 through the storage button 82, so that the pull ring 7 is attached to the bag body 1.

After passing the space between the storage cloth strip 81 and the bag body 1 with the pull ring 7, the storage button 82 passes through the accommodating seam, so that the pull ring 7 is attached to the surface of the bag body 1, the thickness of two sides of the bag body 1 in the width direction is reinforced by the pull ring 7, the possibility of cracking of the positions of two sides of the bag body 1 in the width direction is reduced, the flatness of the bag body 1 is improved, the possibility that the pull ring 7 is carelessly pulled by foreign matters to be involved in the bag body 1 is reduced, and the possibility of cracking of the bag body 1 is further reduced.

Referring to fig. 1 and 2, two receiving strings 9 are fixedly sewn to one surface of the bag body 1 away from the cuffs 6, and the receiving strings 9 are located at one end of the bag body 1 in the longitudinal direction. When the bag body 1 does not enter into use yet, the bag body 1 is rolled up, one end far away from the storage rope 9 is rolled up to the storage rope 9, and then the storage rope 9 is reversely wound on the rolled bag body 1 and knotted, so that the storage of the bag body 1 is realized, and the placing space occupied by the bag body 1 when not in use is reduced.

Referring to fig. 1 and 2, a transparent label bag 91 is arranged on one surface of the bag body 1 provided with a storage rope 9, the label bag 91 is arranged close to the storage rope 9, and a zipper 911 is sewn at the mouth of the label bag 91, so that the tightness of the label bag 91 is improved, and labels in the label bag are not easy to lose or be polluted. After specification information of the bag body 1 is written on paper and placed in the tag bag 91, after the bag body 1 is rolled, the tag bag 91 can facilitate staff to directly obtain the specification information of the bag body 1, and a proper geotechnical pipe bag is selected.

The implementation principle of the anti-cracking geotechnical pipe bag provided by the embodiment of the application is as follows: when the geotechnical pipe bag needs to be put into use, the storage rope 9 is untied, the bag body 1 is moved to a flat mud beach position through the pull ring 7, then the pull ring 7 is stored through the storage assembly 8, then the cuff 6 is sleeved on a pipeline for conveying mud, the fixing rope 61 is fastened around the cuff 6, the cuff 6 is tightly connected with the pipeline, and mud conveying can be started.

The foregoing are all preferred embodiments of the present application, and are not intended to limit the scope of the present application in any way, therefore: all equivalent changes in structure, shape and principle of this application should be covered in the protection scope of this application.

Claims

1. An anti-rupture geotechnical pipe bag is characterized in that: including the bag body (1), the bag body (1) is connected by a slice whole cloth both sides and is made, whole cloth is formed by the connection of multi-disc woven cloth (2), bag body (1) length direction's both ends all are equipped with head (3), be equipped with on the top surface of bag body (1) and supply filling mouth (4) that mud got into, adjacent two weave the concatenation department of cloth (2) the junction of whole cloth both sides head (3) department all is provided with six even sutures (5) of synchronous sewing.

2. The fracture-resistant geotube bag of claim 1, wherein: the end socket (3) is formed by folding and then folding the woven cloth (2), and eight layers of woven cloth (2) are arranged at the end socket (3).

3. The fracture-resistant geotube bag of claim 2, wherein: the sealing head (3) is provided with sizing material, and the sizing material is immersed in the woven cloth (2).

4. The fracture-resistant geotube bag of claim 1, wherein: the utility model discloses a bag, including filling mouth (4), bag body (1), filling mouth (4) department is provided with cuff (6), filling mouth (4) are towards inside the book of bag body (1) has connection turn-ups (41), the week lateral wall of cuff (6) bottom is connected with connection turn-ups (41).

5. The rupture-resistant geotextile tube bag of claim 4, wherein: two fixing ropes (61) are arranged on the peripheral side wall of the cuff (6), and the lengths of the two fixing ropes (61) are larger than the circumference of half of the cuff (6).

6. The fracture-resistant geotube bag of claim 1, wherein: both sides of the width direction of the bag body (1) and four corners of the bag body (1) are provided with pull rings (7).

7. The rupture-resistant geotextile tube bag of claim 6, wherein: two ends of pull rings (7) on two sides of the width direction of the bag body (1) are clamped between two adjacent woven cloths (2), and each two adjacent spliced positions of the woven cloths (2) correspond to two pull rings (7).

8. The rupture-resistant geotextile tube bag of claim 7, wherein: the utility model discloses a bag body, including bag body (1), bag body (1) width direction's both sides are equipped with storage subassembly (8) that are used for accomodating pull ring (7), storage subassembly (8) are including accomodating cloth (81) and accomodating button (82), accomodate the both ends of cloth (81) and connect on bag body (1), the one end that self and bag body (1) junction was kept away from to pull ring (7) is equipped with the accommodation seam that supplies accomodating button (82) to wear out, pull ring (7) pass through after accomodating the space between cloth (81) and bag body (1) through accomodating button (82) and bag body (1) twist, pull ring (7) laminating with bag body (1).

9. The fracture-resistant geotube bag of claim 1, wherein: two storage ropes (9) are arranged on one surface, far away from the cuffs (6), of the bag body (1), and the storage ropes (9) are located at one end of the bag body (1) in the length direction.

10. The fracture-resistant geotube bag of claim 9, wherein: one surface of the bag body (1) far away from the cuffs (6) is provided with a label bag (91), the label bag (91) is close to the storage rope (9), and a zipper (911) is arranged at the bag opening of the label bag (91).