CN108798060B - Slip strip device suit is consolidated in waterproof antiskid suitable for traditional tile roofing - Google Patents

Abstract

The invention discloses an anti-skid waterproof reinforcement slip strip device sleeve suitable for a traditional tile roof, which belongs to the field of building roof reinforcement and comprises self-connection slip strips, an integral slip strip upper hook head, an integral slip strip side hook head, an integral slip strip three-face hook head and a half-side integral slip strip device. The self-connecting slip strip comprises slip strips, a soft pull belt, a fixed belt rod, a lock rod sleeve and a joint sleeve. Slip strips can be fixed on rafters, and bottom tiles can be fixed by large holes on the side surfaces and outward extending baffle plates on the wall of the holes; the soft drawstring can be connected with slip strips to fix the bottom end or side edges of the cover tile; the fixing belt rod can fix the soft pull belt; the lock rod sleeve can fix the fixed band rod and the slip strips; the joint sleeve can lengthen the fixed belt rod; the tile roof is simple to install and can be reinforced according to different reinforcing requirements. The invention solves the problems that the traditional tile roof is easy to slide tile, loose and rafter is easy to rot.

Description

A non-slip waterproof reinforcement slip strip device set suitable for traditional tile roofs

technical field

The invention belongs to the field of building roof reinforcement, in particular to the reinforcement of traditional small green tile roofs and ancient cultural relic building roofs.

Background technique

Traditional tile roofs have a history of thousands of years in China. In traditional crafts, purlins are generally erected on beams or walls, rafters are placed on the purlins, bottom tiles are placed on the rafters, and cover tiles are placed on the bottom tiles. A lookout board. Tile roofs provide humans with the functions of shelter from wind, rain and sun. However, tile roofs are often affected by slipping tiles, loosening and slipping in the wind, causing rain and dust leakage on the roof, affecting human living and living. Especially in some ancient cultural relic buildings, due to the long history, the roof is damaged, the tiles are loose and damaged, and the tile specifications are inconsistent. However, the protection and repair of ancient cultural relics has the principles of maintaining the status quo, reversibility, and recognizability, and there is an urgent need for a set of It is a convenient and effective device to repair the roof without destroying the original tiles. However, the commonly used reinforcement method in actual engineering at this stage is to use plywood boards on the rafters as a coil waterproof layer, then hang the net to make a mortar layer, and then use waterproof mortar to paste tiles. This method greatly increases the weight of the roof and also affects the roof. Roof permeability affects structural safety and indoor air flow. Therefore, research on traditional roof reinforcement is imperative. Among them, the anti-skid waterproof reinforcement slip device suit for traditional tile roofs is an engineering measure to actively protect and strengthen building roofs, and it is used to strengthen and protect traditional tile roofs with good results. In view of the above, this patent takes the anti-skid reinforcement of traditional tile roofs as the application background, and invents a set of anti-skid waterproof reinforcement slip strip device suits for traditional tile roofs, and is committed to providing a new idea for traditional roof reinforcement and protection. This achievement can provide an important reference for the reinforcement and protection of ancient cultural relic building roofs and be used in engineering practice.

Contents of the invention

The purpose of the present invention is to propose a non-slip and waterproof reinforcement slip device set suitable for traditional tile roofs to solve the problems of easy slipping, loosening and decay of rafters on traditional tile roofs, especially in the protection and reinforcement of ancient cultural relics. Intervention, preservation of status quo, identifiability, and reversibility principles require effective protection of the original appearance of tiles, preventing tiles from loosening, slipping, and rafters from decaying.

The object of the invention is achieved through the following technical solutions:

A non-slip waterproof reinforcement slip device set suitable for traditional tile roofs, including self-connecting slips, integral slips with upper hooks, integral slips with side hooks, and integral slips With three-sided hook head and half-side integral slip device. The self-connecting slips can be freely assembled and freely selected to reinforce the bottom tile and the side edge of the tiling or the bottom of the tiling. The self-connecting slips include slips, soft pull straps, fixed belt rods, locking rod sleeves, and joint sleeves; Slip strips can be directly stuck on the rafters to prevent the rafters from directly contacting rainwater and wet tiles. The large hole on the side and the overhanging plate on one side of the hole wall fix the corners of the bottom tiles to prevent the bottom tiles from sliding down; Holes go out, there are swivel hooks on both sides of the soft pull belt, one side of the swivel hook is connected to the side of the cover tile, and one side of the swivel hook is connected to the fixed belt rod; the fixed belt rod has an internal swivel groove and a soft pull belt back Turn the hook head to fit, rotate the fixed belt rod to tighten the soft drawstring to prevent the cover tile from sliding down; after tightening to a suitable degree, use the locking rod to cover both ends of the fixed belt rod, and fit it with the upper corner of the slip strip Lock the soft pull belt and the fixed belt rod; if the length of the rod is not enough, you can use the joint sleeve to connect the ends of the two fixed belt rods to reach the required length. The upper hook head of the integral slip strip, the side hook head of the integral slip strip, and the three-side hook head of the integral slip strip can be directly stuck on the rafters and simultaneously strengthen the bottom tile and cover tile. When laying tiles on the roof, Note that the corners of the bottom tile should be stuck on the side of the integral slip strip against the tile hole and the overhanging plate of the hole wall, and the side edge or bottom of the tile can be stuck in the notch of the hook tile head; the half-side integral slip strip device can be used for Special tiles or rafters can freely set the spacing of the slip strips and reinforce the bottom tile and cover tile at the same time. Pay attention to clamp the corners of the bottom tile on the side of the integral slip strip against the tile hole and the overhanging block of the bottom tile hole. The side edge is stuck in the hook tile head notch.

The invention uses slips to isolate rainwater and wet tiles from contacting the rafters, but does not wrap the rafters, which can effectively prevent the rafters from corroding. Loose or sliding tiles, and due to the existence of holes such as tile-reaching holes and threading holes, it has a good ventilation effect. The present invention adopts the form of a suit, which can be used with more engineering freedom. It is easy to operate and has a wide range of applications.

As an option, a non-slip and waterproof reinforcement slip set for traditional tile roofs, including self-joining slips, integral slips with upper hooks, integral slips with side hooks, integral slips Hook head on three sides of the strip, half-side integral slip strip device.

As a further option, a non-slip waterproof reinforcement slip device set suitable for traditional tile roofs, self-connecting slips include convex slips, soft pull straps, fixed belt rods, locking rod sleeves, and joint sleeves.

As a further option, the convex slip strip includes two parts: a tile-receiving hole and a strip-piercing hole, and the upper surface is rough, which can be made of plastic with good performance. The position of the side of the convex slip strip against the tile hole is determined according to the common way of building tiles. There is an overhanging stop on the upper part of the side of the backing hole. The bottom surface of the overhang is just high enough to allow the lower bottom tile to pass through, while the upper bottom tile bends the bottom Just against the overhanging block; the threading hole is slightly higher than the position of the tile hole, and the cross-sectional size of the threading hole is slightly larger than the size of the rotary hook of the soft drawstring. The cross-section of the convex slip strip is a convex groove or semi-convex groove, without a bottom surface. The size specification of the lower inner surface corresponds to the cross-sectional size of the common rafters. The convex groove type slips can be directly stuck on the rafters. Grooved models can be nailed to the rafters or tied to the rafters. The soft drawstring includes swivel hooks on both sides and a soft belt in the middle. The form of the rotary hooks on both sides of the soft pull belt is variable, it can be L-shaped, or it can be a side-opening groove type, etc.; the slot width refers to the thickness of conventional tiles; the middle soft belt is slightly elastic, and its length corresponds to the width of common tiles. The cross-section of the fixed belt rod is rectangular, the length is variable, and the overall cross-sectional size is less than half of the protruding part of the convex slip strip. The size of the inner surface of the sleeve corresponds to the section of the fixed band bar, and the length is indefinite. The locking lever cover includes a rectangular sleeve part and a grooved bayonet part. The size of the inner surface of the rectangular sleeve part of the lock rod sleeve corresponds to the section size of the fixed belt rod, and the thickness of the sleeve part is consistent with the thickness of the joint sleeve; the slot type bayonet can be on any side or multiple sides of the rectangular sleeve of the lock rod sleeve, and the opening width of the bayonet Consistent with the thickness of the slips.

As an option, the upper hook head of the integral slip strip includes a side contact hole and an upper extension hook head. The height of the bottom surface of the extension block is just enough to allow the bottom tile of the lower layer to pass through, while the bent bottom surface of the upper layer of the bottom tile just touches the extension block; The cross-section of the integral slip strip is a raised groove shape without a bottom surface. The size of the inner surface of the lower part corresponds to the cross-sectional size of common rafters, and can be directly stuck on the rafters.

As an option, the side hook head of the integral slip strip includes a side contact hole and a side extension hook head. The height of the bottom surface of the overhanging baffle is just enough to allow the lower bottom tile to pass through, and the bent bottom surface of the upper layer of the bottom tile just touches the overhanging baffle; the extension part of the side hook head is slightly elastic, and the hook head can hook the side edge of the cover tile at the same time . The cross-section of the integral slip strip is a raised groove shape without a bottom surface. The size of the inner surface of the lower part corresponds to the cross-sectional size of common rafters, and can be directly stuck on the rafters.

As an option, the three-sided hooks of the integral slip strip include side contact holes, side extension hooks, and upper extension hooks. There is an overhanging stop on the upper part of the side, the height of the bottom surface of the overhanging stop is just enough to allow the lower bottom tile to pass through, and the bent bottom surface of the upper bottom tile just touches the overhanging stop; the extension part of the hook head is slightly elastic, and the hook head can be hooked at the same time The side edge of the tiling and the bottom of the tiling. The cross-section of the integral slip strip is a raised groove shape without a bottom surface. The size of the inner surface of the lower part corresponds to the cross-sectional size of common rafters, and can be directly stuck on the rafters.

As an option, it is characterized in that the half-side integral slip device includes side contact holes and side extension hooks. Overhanging baffle, the height of the bottom surface of the overhanging baffle is just enough to allow the bottom tile of the lower layer to pass through, while the bottom surface of the upper layer of bottom tile is bent to just touch the overhanging baffle; the extension part of the hook head is slightly elastic, and the hook head can hook the side of the cover tile at the same time edge. The section of the half-side integral slip strip is a semi-convex groove without a bottom surface, and the semi-protrude groove can be nailed or tied to the rafters.

The above-mentioned main scheme of the present invention and its further options can be freely combined to form multiple schemes, all of which are applicable and claimed in the present invention; can also be combined freely. After understanding the solution of the present invention, those skilled in the art can understand that there are many combinations or simplified solutions based on the prior art and common knowledge, all of which are technical solutions to be protected by the present invention, and are not exhaustive here.

Beneficial effects of the present invention:

1) The present invention has the advantages of simple structure, no change of the force transmission path of the original roof tiles, and low cost;

2) The construction of the present invention is simple and does not change the original way of laying tiles, and the overall suit can be freely selected and used in a wide range of applications;

3) The present invention is not limited by the slope of the roof, directly fits the rafters, and can meet the slope requirements of the original roof;

4) The present invention can effectively fix the bottom tile and cover tile at the same time, prevent the tiles from slipping and local loosening, and has better reinforcement effect on traditional tile roofs;

5) The present invention isolates the direct contact position between rafters and tiles, prevents rafters from contacting with rainwater and wet tiles, and increases the corrosion resistance of rafters;

6) Due to the ingenious structure of the present invention, the upper part of the slip strip protrudes and holes are opened on the side, which ensures the air permeability of the roof and the indoor air circulation;

7) The overall reinforcement device of the present invention is lighter and will not increase excessive roof loads;

8) The present invention minimally interferes with the existing structures, conforms to the principle of cultural relics protection, and has the advantages of small visual impact, maintaining the status quo, reversibility, and recognizability.

Description of drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention or the prior art, the following will briefly introduce the accompanying drawings required in the description of the embodiments or the prior art. Obviously, the embodiments described below are only examples of the present invention. For some of the embodiments, those skilled in the art can also obtain other drawings according to the following drawings without paying any inventive step.

Fig. 1 is a schematic diagram of the three-dimensional structure of the self-connecting slip strip assembly of the anti-slip waterproof reinforcement device according to the embodiment of the present invention;

Fig. 2 is a three-dimensional structure schematic diagram of the three-sided hook head of the integral slip strip according to the embodiment of the present invention;

Fig. 3 is a schematic diagram of the three-dimensional structure of the side hook head of the integrated slip strip according to the embodiment of the present invention;

Fig. 4 is a schematic diagram of the three-dimensional structure of the upper hook head of the integrated slip strip according to the embodiment of the present invention;

Fig. 5 is a schematic diagram of the three-dimensional structure of the half-type integral slip strip according to the embodiment of the present invention;

Fig. 6 is a schematic diagram of the assembled parts of the self-connecting slips of the anti-skid and waterproof reinforcing device according to the embodiment of the present invention;

Fig. 7 is a three-dimensional structural schematic diagram of a raised card and a semi-raised tile according to an embodiment of the present invention;

Fig. 8 is a schematic diagram of a three-dimensional structure of a soft drawstring according to an embodiment of the present invention;

Fig. 9 is a schematic diagram of the three-dimensional structure of the fixed belt rod according to the embodiment of the present invention;

Fig. 10 is a three-dimensional structural schematic diagram of a lock rod sleeve according to an embodiment of the present invention;

Fig. 11 is a schematic diagram of the three-dimensional structure of the joint sleeve of the embodiment of the present invention;

Among them, 1 is the self-connecting slip strip, 2 is the three-sided hook of the integral slip strip, 3 is the side hook of the integral slip strip, 4 is the upper hook of the integral slip strip, and 5 is the half-side hook Integral slips, 6 is a convex slip, 7 is a soft pull belt, 8 is a fixed belt rod, 9 is a lock rod cover, 10 is a hole for the tile, 11 is a threading hole, 12 is an extension hook, 13 Semi-convex slips, 14 joint sleeve, 15 middle soft belt, 16 fixed belt rod rotary groove, 17 lock rod sleeve rectangular tube, 18 groove bayonet, 19 transverse partition, 20 Joint sleeve, 21 are overhanging catches, and 22 are rotary hooks.

Detailed ways

The technical solutions of the present invention will be described in detail below in conjunction with the accompanying drawings in this embodiment. Apparently, the described embodiments are only a part of the present invention, not all of them. Based on the embodiments of the present invention, other embodiments obtained by those skilled in the art without creative efforts all belong to the protection content of the present invention. The following non-limiting examples illustrate the invention.

Referring to Figure 1, a non-slip and waterproof reinforcement slip device suit suitable for traditional tile roofs includes a self-connecting slip 1, and the self-connecting slip 1 includes a convex slip 6 and a soft pull belt 7 , fixed belt rod 8, locking rod sleeve 9 devices; convex slip strip 6 can be directly fixed on the rafters, and soft drawstring 7 can pass through the slip strip 6 and be fixed on the slip with fixed belt rod 8 and locking rod sleeve 9 On the bar 1, the soft drawstring 7 can also be directly stuck on the strip hole 11 on the upper surface of the convex slip bar 6.

As shown in Figure 2, a non-slip and waterproof reinforcement slip device suit suitable for traditional tile roofs includes an integral slip strip with three-sided hook 2, and the integral slip strip with three-sided hook 2 includes a convex slip strip 6. Bottom tile hole 10, overhanging block 21, extension hook 12. The convex slip strip 6 can be directly stuck on the rafters. The position of the tile hole 10 is determined according to the conventional way of building tiles. There is an overhanging stopper 21 on the upper part of the side of the tile hole 10, and the height of the bottom surface of the overhanging stopper 21 is just enough. The bottom tile of the lower floor passes through, and the end of the bottom surface of the upper floor tile bends just against the overhanging block 21, and the extension hook 12 is located at the side and upper surface of the convex slip strip 6, and the extension hook 12 and the convex slip strip are Overall, the distance between the upper surface and side extension hooks 12 refers to the conventional tile-laying method, the horizontal spacing of the extension hooks 12 on the left and right sides refers to the conventional tile width, and the extension length of the upper extension hooks 12 refers to the conventional tile lap length. The extension part of the hook head 12 has slight elasticity, and the hook head can be L-shaped or groove-shaped, etc., and the width of the groove-shaped opening refers to the thickness of conventional tiles.

As shown in Figure 3, a non-slip waterproof reinforcement slip device suit suitable for traditional tile roofs includes an integral slip strip side hook 3, and the integral slip strip side hook 3 includes a convex slip strip 6. Bottom tile hole 10, overhanging block 21, extension hook head 12, threading hole 11. The convex slip strip 6 can be directly stuck on the rafters. The position of the tile hole 10 is determined according to the conventional way of building tiles. There is an overhanging stopper 21 on the upper part of the side of the tile hole 10, and the height of the bottom surface of the overhanging stopper 21 is just enough. The bottom tile of the lower floor passes through, and the bent bottom surface of the upper floor tile just touches the overhanging block 21. The extension hook 12 is located on the side of the convex slip strip 6, and the side extension hook 12 is integrated with the convex slip strip. Head 12 spacing, length and upper surface piercing hole 11 spacing can refer to conventional tiling way, tile width. The extended part of the extension hook 12 has micro-elasticity, and the hook can be L-shaped or grooved, etc., the width of the groove opening refers to the thickness of conventional tiles, and the strip hole 11 can be installed with a soft drawstring 7, or it can be vacant to facilitate air circulation.

As shown in Figure 4, a non-slip and waterproof reinforcement slip device suit suitable for traditional tile roofs includes the upper hook 4 of the integral slip strip, and the upper hook 4 of the integral slip strip includes a convex slip strip 6. Bottom tile hole 10, overhanging block 21, extension hook head 12, threading hole 11. The convex slip strip 6 can be directly stuck on the rafters. The position of the tile hole 10 is determined according to the conventional way of building tiles. There is an overhanging stopper 21 on the upper part of the side of the tile hole 10, and the height of the bottom surface of the overhanging stopper 21 is just enough. The bottom tile of the lower floor passes through, while the bottom surface of the upper floor tile bends just against the overhanging block 21. The extension hook 12 is located on the upper surface of the convex slip strip 6. The extension hook 12 is integrated with the convex slip strip. The distance between the extension hook head 12 and the side piercing hole 11 can refer to the conventional tile laying method and tile width. The extension part of the extension hook head 12 has slight elasticity. The hook head can be L-shaped or groove-shaped, etc. Conventional tile thickness, the strip hole 11 can be installed with a soft drawstring 7, and can also be vacant to facilitate air circulation.

As shown in Figure 5, a non-slip waterproof reinforcement slip device suit suitable for traditional tile roofs includes a half-type integral slip 5, which includes a semi-convex slip 13 and a tile-reaching hole 10. Overhanging block 21 and extension hook 12. The semi-convex slips 13 can be directly nailed on the rafters. The position of the tile-reaching hole 10 is determined according to the conventional tile-building method. There is an overhanging stopper 21 on the upper side of the tile-reaching hole 10, and the height of the bottom surface of the overhanging stopper 21 is just right. Let the bottom tile of the lower floor pass through, and the bottom surface of the bottom tile of the upper floor is bent to just touch the overhanging block 21, the extension hook 12 is located on the side of the convex slip strip 6, the extension hook 12 is integrated with the convex slip strip, and the side extends The distance between the hook heads 12 refers to the conventional tile-laying method. The extension length of the extension hook heads 12 refers to the width of the conventional tiles. The extension part of the extension hook heads 12 is slightly elastic. slice thickness.

Referring to all parts of the self-connecting slip 1 shown in FIG. 6 , it includes a convex slip 6, a semi-convex slip 13, a soft drawstring 7, a fixed belt rod 8, a lock lever sleeve 9, and a joint sleeve 14.

As shown in FIG. 7 , the convex slip strip 6 and the semi-convex slip strip 13 include a contact hole 10 , an overhanging blocking piece 21 , and a threading hole 11 . The position of the tile-reaching hole 10 is determined according to the common way of building tiles. There is an overhanging stopper 21 on the upper side of the tile-reaching hole 10. The height of the bottom surface of the overhanging stopper 21 is just enough to allow the bottom tile of the lower layer to pass through, while the bottom surface of the upper layer of the bottom tile is bent just to withstand it. The overhanging block 21, the side piercing hole 11 is slightly higher than the position of the tile-reaching hole 10, and the section size of the piercing hole 11 is slightly larger than the size of the soft pull belt 7 rotary hook; the section of the convex slip strip 6 is a convex groove shape, There is no bottom surface, and the size and specification of the lower inner surface correspond to the cross-sectional size of common rafters; the convex slip strip 6 and the semi-convex slip strip 13 have a small gap in the upper corner, which is convenient for the assembly interface to be smooth, and the depth of the gap is not less than the locking rod Set of 9 bayonet part thickness.

As shown in Fig. 8, the soft drawstring 7 includes the rotary hooks 22 on both sides and the soft belt 15 in the middle. The cross-sectional size of the hook head 22 is slightly smaller than the cross-sectional size of the piercing hole 11 in the convex slip strip 6 and the semi-convex slip strip 13; the slotting width of the rotary hook head 22 refers to the thickness of the conventional tile; the soft belt 15 in the middle is slightly elastic , the length is selected in different situations, the length of the middle soft belt 15 corresponds to the common tile width when used for the side, and the length of the middle soft belt 15 corresponds to the common tile lap length when used for the top.

As shown in Fig. 9, the section of the fixed belt rod 8 is rectangular, and there is a fixed belt rod rotary groove 16 corresponding to the rotary hook head 22 of the soft pull belt 7 on the rod, and the fixed belt rod rotary groove 16 can just make the soft pull belt 7 The revolving hook head 22 is drawn into freely from the fixed belt rod revolving groove 16 side.

Referring to Fig. 10, the lock rod cover 9 includes a rectangular sleeve 17 and a slot-shaped bayonet 18. The size of the inner surface of the rectangular sleeve 17 of the lock rod cover 9 corresponds to the cross-sectional size of the fixed belt rod 8, and the thickness of the rectangular sleeve 17 is the same as that of the joint. The cover 14 has the same thickness; the grooved bayonet 18 can be on any one side or multiple sides of the locking rod casing 17, and the opening width of the grooved bayonet 18 is consistent with the thickness of the convex slip strip 6 and the semi-convex slip strip 13.

As shown in Fig. 11, the joint sleeve 14 includes a diaphragm 19 and a joint sleeve 20, the size of the inner surface of the joint sleeve 20 corresponds to the outer section of the fixed belt rod 8, and the joint sleeve 14 has a diaphragm 19 to prevent the joint sleeve from being connected. 14 slides, the joint cover 14 thickness is no more than the thickness of the lock bar cover 9, and the joint cover 14 total length is indefinite.

In addition, self-connecting slip strip 1, integral slip strip three-sided hook head 2, integral slip strip strip side hook head 3, integral slip strip upper hook head 4, half-side integral slip strip 5 And each component device can be used in free combination.

Working process of the present invention is:

In the construction of traditional tile roofs, for roofs with neat specifications, it can directly meet the requirements of different regions, different environments, and different degrees of firmness. The integral slip strip three-sided hook head 2, the integral slip strip strip side hook head 3, The hook 4 device on the upper part of the integral slip strip is used to directly clamp the selected integral slip strip on the rafter, and iron nails can also be used to nail the slip strip and the rafter to increase the firmness. Lay the tiles according to the traditional method. If the tiles are small at the top and large at the bottom, pay attention to that the bottom tile angle should be stuck in the tile hole 10 on the side of the integral slip strip when laying the bottom tile. If the tiles are of the same size up and down, pay attention The bottom tile of the lower layer should pass under the blocking piece, and the bottom end of the bottom tile of the upper layer should be stuck on the tile-resisting hole 10 and the overhanging blocking piece 21; On the extension hook 12 of the slip bar. For special roofs or roofs that are not common in ancient cultural relics buildings, when the size of rafters and tiles is irregular, half-type integral slips 5 and self-connecting slips 1 can be used for reinforcement. When the rafters are too wide or When it is too narrow, the half-type integral slip strip 5 can be fixed on the rafters with iron nails, and the distance between the half-type integral slip strip 5 can be adjusted freely, so that the corner of the bottom tile is stuck on the side and reaches the tile hole 10, and the side edge of the tile is Stuck in the side extension hook 12 to achieve a reinforced anti-slip effect. When choosing self-connecting slips 1, it can be applied to most roofs, choose convex slips 6 or semi-convex slips 13 suitable for this project, and choose a certain number of soft drawstrings 7 corresponding to the width and length of tiles Insert the fixed belt rod 8. After the soft drawstring 7 is assembled with the fixed belt rod 8, pass the soft drawstring 7 through the side piercing hole 11 of the convex slip strip 6 or the semi-convex slip strip 13, and then use the locking rod cover 9 to temporarily lock the assembled The fixed belt rod 8 is fixed on the upper corner of the convex slip strip 6 or the semi-convex slip strip 13; the soft drawstring 7 corresponding to the overlapping length of the tiles is selected and stuck on the upper slip strip 11; the combined The convex slip strips 6 or semi-convex slip strips 13 are directly stuck on the rafters, and can be partially fixed with iron nails or bolts to prevent the rafters from directly contacting rainwater and wet tiles. At the contact hole 10 on the side of the convex slip strip 6 or the semi-convex slip strip 13, when the tiles are of the same size up and down, the bottom tile of the lower layer should pass through the overhanging stopper 21, and the bottom end of the bottom tile of the upper layer should be kept outside. Stretch the stopper 21 to prevent the bottom tile from sliding down; when laying the tile, clamp the rotary hooks of the soft pull belt 7 on both sides of the tile or on the bottom of the tile, then unlock the locking lever sleeve 9, and rotate the fixed belt lever 8 to pull Tighten the side soft pull belt 7 to prevent the tile from sliding down; finally, the locking rod sleeve 9 is set on both ends of the fixed belt rod, and can be locked with the upper corner of the slip strip to lock the side soft pull belt 7 and the fixed belt rod 8; Part length is not enough, and available joint cover 14 connects fixed belt bar 8 ends and reaches required length. The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention should be included in the protection of the present invention. within range.

Claims (5)

1. A non-slip waterproof reinforcement slip device set suitable for traditional tile roofs, characterized in that it includes self-connecting slips, integral slips with three-sided hooks, and integral slips with side hooks , Integral slip strip upper hook head, half-side integral slip strip; self-connecting slip strip can be freely assembled and freely select the bottom tile and the reinforcement part of the side edge of the tile or the bottom of the tile, and the integral slip strip Three-sided hooks, integral slip strips with side hooks, and integral slip strips with upper hooks can reinforce the bottom tile and cover tile at the same time, half-side integral slip strips can freely set slips for special tiles or rafters strip spacing and simultaneously reinforce the bottom and cover tiles; The self-connecting slip strip includes convex slip strip, soft pull belt, fixed belt rod, locking lever sleeve, joint sleeve device, and the upper hook head of the integral slip strip includes convex slip strip, side contact hole, The upper extension hook head, the integral slip strip side hook head includes convex slip strips, side contact holes, and side extension hook heads, and the integral slip strip three-sided hook head includes convex slip strips, side contact tile Holes, side extension hooks, upper extension hooks, half-side integral slips include semi-convex slips, side contact holes, and side extension hooks; The convex slips can be fixed on the rafters, the rotary hook on one side of the soft drawstring can be connected with the fixed belt rod, the soft drawstring and the extension hook are slightly elastic, the soft drawstring and the extension hook can be connected to the tile piece. 2. The anti-slip waterproof reinforcement slip device set suitable for traditional tile roofs as claimed in claim 1, wherein the convex slips include two parts: a tile-reaching hole and a piercing hole, and the surface of the convex slips Rough, can be made of plastic with good performance, the cross section of the convex slip strip is convex groove or semi-convex groove, no bottom surface, the size specification of the lower inner surface corresponds to the cross-sectional size of common rafters, convex and semi-convex Groove-type slips can be directly stuck or tied on the rafters; there is a small gap in the upper corner of the convex slips, and the depth of the gap is consistent with the thickness of the bottom of the groove-shaped bayonet of the lock rod sleeve, which is convenient for the slips to connect smoothly; The positions of the holes on the sides of the tile strips are determined according to the common way of building tiles. The positions of the holes on the sides of the slip strips are set according to the length of the conventional tiles. The holes on the side are slightly higher than the positions of the holes on the tiles. There is no less than one piercing hole, which is convenient for fine-tuning the length of the tile in actual engineering. The cross-sectional size of the piercing hole is slightly larger than the size of the rotary hook of the soft drawstring. 3. The anti-slip waterproof reinforcement slip device set suitable for traditional tile roofs as claimed in claim 1, characterized in that: the soft drawstring includes rotary hooks on both sides, a soft belt in the middle, and rotary hooks on both sides of the soft drawstring The form is variable, it can be L-shaped or side-opening groove; the width of the groove refers to the thickness of conventional tiles; the soft belt in the middle is slightly elastic, and the length corresponds to the width of common tiles. 4. The anti-slip waterproof reinforcement slip device set suitable for traditional tile roofs as claimed in claim 1, characterized in that: the section of the fixed belt rod is rectangular, the length is variable, and the overall cross-sectional size is less than half of the protruding part of the slip strip section , the cross section of the fixed belt rod has an opening corresponding to the cross section of the soft pull belt rotary hook, forming a rod with a rotary groove; the fixed belt rod has a certain rigidity, and when the length of the fixed belt rod is not enough, it can be connected with a joint sleeve, and the joint sleeve The size of the inner surface corresponds to the outer cross-section of the fixed belt rod. There is a diaphragm in the joint sleeve of the joint sleeve, and the thickness of the joint sleeve does not exceed the thickness of the lock rod sleeve. 5. The anti-skid waterproof and reinforced slip strip device set suitable for traditional tile roofs as claimed in claim 1, characterized in that: The locking rod sleeve includes a rectangular locking rod sleeve rectangular tube and a slotted bayonet part; the inner surface size of the locking rod sleeve rectangular tube corresponds to the cross-sectional size of the fixed belt rod, and the thickness of the locking rod sleeve rectangular tube is consistent with the thickness of the joint sleeve; the grooved bayonet can be in On any one side or multiple sides of the locking rod casing, the opening width of the groove-shaped bayonet is consistent with the thickness of the slip strip.