TWM474052U - Quick assembling part of floor mat - Google Patents

Description

Mat with quick combination performance and its edge-sealing component

This creation relates to a floor mat, and more particularly to a combination mat that can be quickly combined and of high structural strength.

In general public places such as department stores, office buildings, medical institutions, railway stations, etc., in order to maintain the cleanliness of the interior, the floor mats are usually placed on the ground before the entrance of the building. Considering durability, more and more public places use an aluminum scraping pad placed in front of the hall or entrance. The aluminum scraping pad is usually partially embedded in the ground. It contains multiple aluminum strips and fixed fixtures. The scraping strip on the surface of each of the aluminum strips provides excellent durability to the entire aluminum scraping pad due to the structural rigidity provided by the aluminum strip.

However, current aluminum scraping mats have the following disadvantages:

1. The use of aluminum strips as a material to provide overall structural strength results in very high manufacturing costs.

2. Since the aluminum strips are usually combined with each other through a steel lock or a mutual clamping manner, the final product is difficult to be flexed and stored, and the use is limited.

3. The length of the aluminum strip is not easy to cut at any time. The measurement must be completed before construction, and it is impossible to re-cut at the construction site, and the installation is inconvenient.

4. Aluminum strips combined with steel cables, if some aluminum strips are damaged, they are very It is easy to replace the local aluminum strip, which is not only inconvenient to use but also costly.

In order to solve the above problems, the creator has previously proposed a floor mat and a component thereof with quick combination performance, and the design and combination thereof can solve the above problems, and the use is very convenient and relatively low in cost. However, when the floor mat with quick combination performance is used for a one-piece floor mat, the short side edge structure is difficult to assemble or assemble when the short side edge structure is too large, resulting in an assembly that is not convenient. And greatly increase the time of construction and assembly.

The creators have earlier proposed a mat with quick combination performance and its components, which are designed and combined to solve the problems of the prior art, which are very convenient to use and relatively low in cost. However, when the floor mat with quick combination performance is used for a one-piece floor mat, the short side edge structure is difficult to assemble or assemble when the short side edge structure is too large, resulting in an assembly that is not convenient. And greatly increase the time of construction and assembly. Therefore, the present invention provides a floor mat having a quick combination performance, comprising a plurality of plastic structural strips, a plurality of bonding strips, a plurality of embedded strips and a plurality of edge strips, each of the plastic strips comprising a structural strip body, a pedal contact layer mounting structure, one or more metal reinforcing sheets, a two-bonding structure, and a pedal contact layer, wherein: The structural strip body has a plastic strip body having a hollow structure and a rectangular shape, and includes a bottom surface, a top surface and two side walls; the tread contact layer mounting structure is disposed on the top surface; and more than one metal The reinforcing sheet is embedded in the structural strip body to strengthen the mechanical strength of the structural strip body; and the two combined structure is respectively recessed on the two side walls of the structural strip body a groove body, the length of the joint structure may correspond to the structure strip body, and the cross section thereof is a groove having a relatively narrow opening; and the pedal contact layer is detachably coupled to the pedal contact layer mounting structure, and the partial surface thereof Forming a rough shape for scraping off the dirt; each edge strip includes a strip body, a joint region and a joint structure, wherein: the edge strip body has a cross-sectional shape which may be a rectangle or a triangle, the combination The integral part is integrally formed on the side of the edge strip body, and the joint structure is formed on the joint area and corresponds to a partial shape of the joint strip, and the plurality of the plastic strips are combined with the joint strip and the joint strip a four-sided connection, wherein the bonding zone has a hardness relatively higher than the edge strip body, so that the edge strip is easy to install; each bonding strip connects two adjacent plastic strips or the edge strip, each combination The strip is provided with strips of a relatively wide width at both sides in the width direction, and the strip portion corresponds to the joint structure, and one end of the strip can be detachably engaged with the joint structure of the plastic strip and the other end can be separated. Engaged in the edge strip Each of the embedded strips includes a plurality of embedded portions and a joint region, wherein: the outer surface of the insert portion is formed with a plurality of serrated protrusions, and each of the insert portions is correspondingly inserted into one of the hollow structures. Thereby, the stability of the whole floor mat is improved; the bonding area is formed on one side of the embedding strip relative to each of the embedding portions, the bonding area corresponding to a partial shape of the bonding strip, and one of the bonding strips respectively is engaged with the embedding strip The bonding zone and the bonding zone of the edge band.

The present invention further provides an edge banding assembly for a mat having a quick combination performance, comprising an insert strip, a joint strip and a strip, wherein: the insert strip comprises a plurality of embedding portions and a joint region, each embedding The portions are spaced apart from each other to protrude from one side of the insert strip, and the joint portion is formed on one side of the insert strip with respect to each of the insert portions; the joint strip is provided with strips of a relatively wide width at both sides in the width direction The wide portion corresponds to the outer shape of the joint region, and the detachable portion is detachably engaged with The bonding zone; and the edge strip are correspondingly combined with the bonding strip, wherein: the outer surface of the embedding portion is formed with a plurality of zigzag protrusions.

In this way, the technical effects and characteristics achieved by this creation are as follows:

1. Most of the plastic structural strips of this creation are made of plastic, and only a small amount of metal material is used for reinforcement. The mat of the plastic structural strip created by the test has an approximate structure with the all-metal scraping pad. Strength and durability, but this creation is based on a heterogeneous combination of plastic structural strip body and metal reinforcement to reduce material cost but maintain product rigidity and strength.

2. This creation is made of plastic and metal, which is easy to cut, so it greatly improves the convenience of construction.

3. The combination of the creation is flexible, so that the plastic structural strips combined with each other still have the effect of changing the relative angle, giving the floor mat products a high degree of flexibility, which is not only convenient for storage, but also very convenient for the cleaning personnel to pick up the ground. The pad is used to clean up the dirt accumulated under the floor mat.

4. The edge strip of the creation has a joint zone formed by a common extrusion technique, and the hardness of the joint zone is relatively higher than the edge strip, which effectively increases the installation efficiency.

5. An inserting strip can be combined with the two short-side end faces of each plastic structural strip, so that the dimensional relationship between the two adjacent plastic structural strips is fixed, and the fixing effect is achieved, so that the floor mat of the creation has a stable size. Technical efficacy.

10‧‧‧Plastic structural strips

11‧‧‧Structure Article Ontology

111‧‧‧ hollow structure

13‧‧‧buffering sound absorption bottom layer

15‧‧‧ pedal contact layer installation structure

151, 151a‧‧ ‧ raised structure

17‧‧‧Metal reinforcing sheet

18,18a‧‧‧Combination structure

19‧‧‧foot contact layer

194,194a‧‧‧Contacts

192‧‧‧Base

20‧‧‧Combination strip

21‧‧‧Inlay strip

211‧‧‧ embedded department

22‧‧‧ Wide Department

24‧‧‧Perforation

40, 40a‧‧‧Edge banding

42. 42a‧‧‧Edge strip body

44, 44a, 44b‧‧‧ combination zone

442‧‧‧ trench

448, 448a, 448b‧‧‧ link structure

52‧‧‧ Corner shots

60‧‧‧ Entrance to public places

The first figure is a perspective view of a preferred embodiment of the creation.

The second figure is a partially exploded schematic view of a preferred embodiment of the present invention.

The third figure is a front view of a preferred embodiment of the creation.

Figure 4 is a partial side elevational cross-sectional view of the preferred embodiment of the present invention.

The fifth A is a partial side cross-sectional view of the creation of the plastic structural strip.

The fifth B is a partial side cross-sectional view of the creation of the plastic structural strip.

Figure 6 is a schematic view showing the use of the preferred embodiment of the present invention.

Figure 7 is a partial cross-sectional view of the preferred embodiment of the present invention.

Figure 8 is a partial cross-sectional view of the preferred embodiment of the present invention.

Figure 9A is a schematic view of a preferred embodiment of the present invention.

Figure IX is a schematic view of a preferred embodiment of the present invention.

The ninth C is a schematic view of a preferred embodiment of the present invention.

Figure 11 is a schematic view of a preferred embodiment of the present invention.

Figure 11 is a schematic view of a preferred embodiment of the present invention.

Please refer to the first to fourth figures, which are preferred embodiments of the floor mat having a quick combination performance, comprising a plurality of plastic structural strips 10, a plurality of bonding strips 20 and one or more edge strips 40. .

The plastic structural strip 10 can comprise a structural strip body 11 and more than one The buffer sound absorbing underlayer 13, a step contact layer mounting structure 15, one or more metal reinforcing sheets 17, one or more bonding structures 18, and a stepping contact layer 19 are provided. The structural strip body 11 is a plastic strip body having a hollow structure 111 and a rectangular shape, and includes a bottom surface, a top surface and two side walls. The buffer sound absorbing bottom layer 13 is fixedly coupled to the structural strip body 11 In the bottom surface, the buffering sound absorbing bottom layer 13 and the structural strip body 11 may be bonded, snapped or integrally formed; in this embodiment, the two buffering sound absorbing bottom layers 13 are fixedly disposed on the bottom surface of the structural strip body 11 at intervals. Each of the buffering sound absorbing bottom layers 13 is formed in a strip shape and integrally formed with the structural strip body 11. Through the design of the mold, the buffer sound absorbing bottom layer 13 and the structural strip body 11 of different hardnesses can be integrally combined and extruded. The cushioning sound absorbing bottom layer 13 can be a plastic which is softer than the structural strip body 11 and provides a buffer for the structural strip body 11 to contact the ground, thereby improving the user's feeling of comfort.

The pedal contact layer mounting structure 15 is formed on the top surface of the structural strip body 11. The pedal contact layer mounting structure 15 of the embodiment has two sides formed in a cross section and the free ends of the sides are opposite directions. The extended receiving groove structure, further, the middle portion of one of the bottom portions of the pedal contact layer mounting structure 15 may be provided with a convex structure 151.

The one or more metal reinforcing sheets 17 are embedded in the structural strip body 11 as a mechanical strength for reinforcing the structural strip body 11, so that the overall strength of the plastic structural strip 10 is improved to enable plastic-based The plastic structural strip 10 constitutes a floor mat product, and has the rigidity and strength of the all-aluminum alloy, as well as the manufacturing convenience and overall cost of the plastic, thereby solving the problems of the prior art and increasing the durability and ease of use of the product. . The metal reinforcing sheet The embedding position and size design of the material 17 is based on the mechanical principle (I beam principle) and the structural design of the structural strip body 11, so that the plastic structural strip 10 of the assembly has the strongest structural reinforcement, and the metal reinforcing sheet 17 is also At the same time, it can assist in achieving the dimensional stability of the product of the plastic structural strip 10. The plastic structural strip 10 of the embodiment comprises two metal reinforcing sheets 17 in the form of sheets and made of aluminum or aluminum alloy, and the structural strip body 11 in a rectangular shape, and the two metal reinforcing sheets 17 respectively The upper and lower sides of the hollow structure 111 are embedded and respectively correspond to the top surface and the outer surface of the bottom surface. The two metal reinforcing sheets 17 are integrally embedded in the structural strip body 11 by a co-extrusion process to achieve an optimum reinforcement of the overall strength. The metal reinforcing sheet 17 located at a corresponding position on the top surface of the embodiment is a sheet having an upwardly curved section, which is integrally formed in the manufacturing process, so that the pedal contact layer mounting structure 15 naturally forms the convex structure 151. .

Further, please refer to FIG. 5A and FIG. B, the manner of forming the convex structure 151 is not limited, and may be achieved by selecting the metal reinforcing sheet 17 of a suitable shape as described above, or by manufacturing the structural strip. The mold of the body 11 is designed such that the bottom portion of the tread contact layer mounting structure 15 is partially thickened to form a raised structure 151a.

The length of the joint structure 18 may correspond to the strip body 11 corresponding to the strip body 11 , which is a long groove recessed in the side wall of the strip body 11 . The embodiment includes two joint structures 18 respectively recessed. Provided on the two side walls, the joint structure 18 forms a groove having a relatively narrow opening in the cross section, so that the joint structure 18 has the effect of being inserted into the object.

The pedal contact layer 19 is a strip having a length corresponding to the structural strip body 11 and coupled to the pedal contact layer mounting structure of the structural strip body 11 15 , comprising a use contact portion 194 and a base 192 fixedly coupled to the use contact portion 194 , the shape of the base 192 corresponding to the pedal contact layer mounting structure 15 . The type of the contact portion 194 is not limited, and the surface may be roughened. When the user's sole contacts the pedal contact layer 19, dirt or dirt may be reached due to the rough surface of the pedal contact layer 19. The effect of scraping. The type of the step contact layer 19 is not limited, and may be a carpet, a non-woven fabric, a rubber, a foam cushioning material, a metal or plastic brush, or the like. The use contact portion 194 of the embodiment corresponds to the pedal contact layer mounting structure 15 , and the pedal contact layer 19 is removably engaged with the pedal contact layer mounting structure 15 so that the The foot contact layer 19 can be quickly installed, replaced or removed for cleaning. When the tread contact layer 19 is inserted, the intermediate portion of the use contact portion 194 is locally raised with the convex structure 151, 151a, so that the user's sole is better when it contacts the partial protruding portion of the use contact portion 194, 194a. Soil or dirt scraping effectiveness.

The bonding strips 20 are strip-shaped, and each of the two sides of the width direction is provided with a wide portion 22 corresponding to the bonding structure 18, so that the bonding strip 20 can be snap-fitted to the bonding structure 18 Not easy to fall off. The bonding strip 20 of the embodiment may further include a plurality of perforations 24 extending through the surface of the bonding strip 20, and the perforations 24 may be used to prevent the dirt or dirt from accumulating on the bonding strip 20 when the embodiment is combined into a floor mat. Achieve the effect of chip removal during use. The material of the bonding strip 20 is not limited, and may be a material such as plastic or rubber. For example, in order to provide the ground pad composed of the embodiment with the effect of flexible crimp storage or easy finishing, the material of the bonding strip 20 can be selected. Made of high-strength, high-strength, and flexible materials such as high-density polyethylene; or rubber.

Please refer to the fourth, sixth, seventh and eighth figures. The edge strip 40 can be a partially hollow soft strip or a partially hollow hard metal or plastic material. The cross-sectional shape of the edge strip 40 is not limited, and may be a rectangular shape corresponding to the outer shape of the plastic structural strip 10 according to the use requirement, or may be a triangle as a modification for the independent use of the modified edge in the embodiment. The material of the edge strip 40 is easy to cut, so that the size can be cut according to the site requirements during actual construction. The edge strip 40 of the embodiment includes a strip body 42, 42a, and a joint region 44. The strip body 42 may have a rectangular or triangular cross-section, and the surface may have a plurality of sections V. The grooves 442 and 442a of the type have the surface of the edge strip 40 also provided with a scraping and slip preventing effect. The joint region 44 is integrally formed on the side of the edge strip body 42.

The bonding region 44 includes a connecting structure 448 corresponding to the bonding structure 18 as a combination of the edge strip 40 and the plastic structural strip 10, so that the edge of the embodiment has the effect of edge modification or different combinations. The material of the bonding strip body 42 and the bonding regions 44, 44a may be the same or different, and the material hardness of the bonding regions 44, 44a may be relatively harder than the edge strip body 42, for example, the edge strip body 42 The material may be polyvinyl chloride (PVC) and the material of the bonding zone 44 may be a relatively high hardness polyvinyl chloride (PVC). For example, the bonding zone 44 is tested with a Shore D hardness. a polyvinyl chloride having a hardness range, wherein the edge strip body 42 is a polyvinyl chloride having a hardness range of a Shore A hardness, wherein the relatively hard bonding zone 44 is selected to reduce the bonding strip 20 and the edge banding The resistance generated by the combination of the strips 40 increases the efficiency at the time of installation. Therefore, the bonding region 44 can also be selected to be co-extruded with the edge strip body 42 with a material having low resistance between the bonding strips 20.

The edge strip 40 is combined with the adjacent plastic structural strip 10 to pass through The depth or shape of the joint structure 448 may be slightly adjusted. Taking the eighth figure as an example, the edge strip 40 may form a space-free joint with the adjacent plastic strip 10, which may make two opposite joints. The structure 448a and the joint structure 18 completely correspond to the width of one of the joint strips 20, so that all the joint strips 20 are buried in the joint structure 448a and the joint structure 18, thereby not only improving the appearance, but also enhancing the overall integration. And strength.

Referring to the sixth figure, the embodiment can be partially embedded in the ground in front of a public place entrance 60. When the user walks through the embodiment, the dirt or dirt at the bottom of the foot can be scraped off and maintained. The environment in public places is clean.

Please refer to the ninth, ninth, ninth, ninth, tenth, and eleventh drawings. This embodiment can also form a one-piece floor mat that is generally placed directly on the surface. In order to maintain the aesthetics and safety of use, in addition to the plural In addition to the edge strip 40 connected to each other on the two sides of the plastic strip 10 connected by the strip 20, an insert strip 21 may be further combined on both sides of the short side end faces of each of the strips 10 of the plastic strip 10 respectively. The embedding strip 21 can be a flexible strip comprising a plurality of embedding portions 211 and a bonding region 44b corresponding to a plurality of the hollow structures 111 of the plurality of plastic structural strips 10 that have been joined.

The flexible material of the inserting strip 21 allows each of the embedding portions 211 to be easily inserted into one of the hollow structures 111. In order to allow the embedding portion 211 to be tightly coupled to the plastic structural strip 10, the embedding portion 211 is The surface is formed with a plurality of zigzag protrusions, and the zigzag protrusion direction of the sawtooth is such that the embedding portion 211 facilitates insertion into the hollow structure 111 but is not conducive to the exit of the embedding portion 211 in the opposite direction, so that the embedding strip 21 and the hollow The structure 111 forms a tight fit relationship, and the plastic structural strip 10 is firmly bonded to the embedded strip 21. its The embedded strip 21 is controlled by a servo motor, so that the distance between each of the embedded portions 211 is good, and the insert strip 21 can be inserted into the hollow structure 111 to have a fixed and stable overall mat. The effect. The insert strip 21 reduces the looseness caused by the difference in size after the components are combined with each other, and can effectively increase the life of the product.

The inserting strip 21 is formed with a bonding portion 44b opposite to the opposite side of the embedding portion 211, and the bonding portion 44b and the embedding strip 21 can be integrally formed by a co-embossing technique, and the bonding portion 44b includes a joint structure 448b for making One of the joint strips 20 can be correspondingly inserted into the joint structure 448b, and the other end of the joint strip 20 can be inserted into the joint structure 448a of the edge strip 40a. Wherein, in order to facilitate assembly, the bonding zone 44b may also have the same or different material as the different hardness (or resistance) of the embedded strip 21, so that the bonding strip 20 can be easily inserted into the bonding zone 44b, and with the edge banding The strips 40a are combined to completely close the four sides of the interconnected plastic structural strips 10 and achieve the function of sizing, thereby improving product consistency and integrity.

a plurality of notches formed by the end faces of the edge strips 40 joined to the two sides of the plastic structural strip 10, the notches, the short sides of the edge strips 40 and the edge strips 40a can be cut 45 degrees and then bonded The edge strips 40 and the edge strips 40a are overlapped with each other by a corner angle ejecting member 52. The corner ejecting members 52 can modify the four corners of the whole mat product to be in an arc shape or a right angle state, in addition to enhancing the integrity of the product. In addition to sex and aesthetics, it can effectively reduce the risk of injury when the user's foot kicks into the corner.

Based on the foregoing description, the technical effects and characteristics achieved by this creation are as follows:

1. The plastic structure of this creation is mostly made of plastic, only Reinforced with a small amount of metal material, the floor mat composed of the plastic structural strip created by the test has similar structural strength and durability to the all-metal scraping pad, but the creation is a heterogeneous combination of plastic structural strip body. With metal reinforcement, the effect of reducing material cost but maintaining product rigidity and strength is achieved.

2. This creation is made of plastic and metal, which is easy to cut, so it greatly improves the convenience of construction.

3. The combination of the creation is flexible, so that the plastic structural strips combined with each other still have the effect of changing the relative angle, giving the floor mat products a high degree of flexibility, which is not only convenient for storage, but also very convenient for the cleaning personnel to pick up the ground. The pad is used to clean up the dirt accumulated under the floor mat.

4. The edge strip of the creation has a joint zone formed by a common extrusion technique, and the hardness of the joint zone is relatively higher than the edge strip, which effectively increases the installation efficiency.

5. An insert strip is provided to be coupled to the two short end faces of each of the plastic structural strips 10, so that the dimensional relationship between the two adjacent plastic strips is fixed, which results in a fixed inch effect and reduces looseness caused by the combination of the components. Can effectively increase the life of the product.

19‧‧‧foot contact layer

40‧‧‧Edge banding

60‧‧‧ Entrance to public places

Claims (10)

A floor mat having a quick combination performance, comprising a plurality of plastic structural strips, a plurality of bonding strips, a plurality of embedded strips and a plurality of edge strips, each of the plastic strips comprising a structural strip body and a pedal contact layer a mounting structure, one or more metal reinforcing sheets, a two-bonding structure, and a stepping contact layer, wherein: the structural strip body comprises a hollow structure having a bottom surface, a top surface, and two side walls; the foot The step contact layer mounting structure is disposed on the top surface; one or more of the metal reinforcing sheets are embedded in the structural strip body to strengthen the mechanical strength of the structural strip body; and the two combined structures are respectively recessed in the structure a groove body of the two side walls of the strip body, the length of the joint structure may correspond to the structure strip body corresponding to the structure strip body, the cross section of which is a relatively narrow opening; and the pedal contact layer is separable and combined The pedal contact layer mounting structure has a partial surface formed with a rough surface for scraping dirt; each edge strip includes a strip body, a joint region and a joint structure, The bonding area is integrally formed on the side of the edge strip body, and the connecting structure is formed in the bonding area and corresponds to a partial shape of the bonding strip, and the plurality of the plastics are combined with the bonding strip The four sides of the structural strip are connected, wherein the hardness of the bonding zone is relatively higher than the body of the edge strip; each bonding strip connects two adjacent plastic strips or the edge strip, each strip being two in the width direction The side is provided with a strip of a relatively wide portion, the wide portion corresponding to the combined structure, one end of which can be detachably engaged with the strip The joint structure of the plastic structural strip and the other end detachably engage the joint structure of the edge strip; and each of the insert strips includes a plurality of embedding portions and a joint region, wherein: the outer surface of the embedding portion is formed with a plurality of serrated protrusions, and each of the embedding portions is correspondingly inserted into one of the hollow structures; and the bonding portion is formed on a side of the embedding strip relative to each of the embedding portions, the bonding region and the bonding strip are partially external Corresponding to the type, one of the bonding strips is respectively engaged with the bonding area of the embedded strip and the bonding area of the edge strip. The floor mat having the quick combination performance according to claim 1, wherein the hollow structure is a plastic strip; the cross-section of the body of the edge strip can be rectangular or triangular; the material of the insert can be Flexing material. A floor mat having a quick combination performance as described in claim 1 or 2, wherein the outer surface of the insert portion is formed with a plurality of serrated protrusions. The floor mat having the quick combination performance according to claim 3, wherein the surface of the edge strip body may be provided with a plurality of grooves having a V-shaped cross section; the joint strip includes a plurality of perforations extending through the joint strip. The surface is made of a material having high tension, high mechanical strength and flexibility. The floor mat having the quick combination performance according to claim 4, wherein the plastic structure strip comprises more than one buffer sound absorbing bottom layer, and the buffer sound absorbing bottom layer is fixedly coupled to the bottom surface of the structure strip body, and each buffer sound absorbing bottom layer is The strip is formed integrally with the body of the structural strip, and the buffer sound absorbing bottom layer has a relatively lower hardness than the structural strip body; and a middle portion of the bottom portion of the tread contact layer mounting structure is provided with a convex structure; The pedal contact layer mounting structure includes a use contact portion and a fixed junction And a base of the use contact portion, the shape of the base is correspondingly engaged with the pedal contact layer mounting structure. The floor mat having the quick combination performance according to claim 5, wherein the hardness of the joint zone is a Shore D hardness; and the hardness of the body of the edge strip is a Shore A hardness. An edge banding assembly for a mat having a quick combination performance, comprising an insert strip, a joint strip and a side strip, wherein: the insert strip comprises a plurality of embedding portions and a joint region, each embedding portion being spaced apart from each other And protruding on one side of the embedded strip, the bonding area is formed on a side of the embedded strip relative to each of the embedded portions; the joint strip is a strip having a relatively wide width at both sides of the width direction, the width The portion corresponds to the outer shape of the joint region, and is detachably engaged with the joint region; and the edge strip is combined with the joint strip. The edge-sealing assembly for a mat having a quick combination performance according to claim 7, wherein the outer surface of the insert portion is formed with a plurality of serrated protrusions. The edge-sealing component for a mat having a quick combination performance according to claim 7 or 8, wherein the edge of the edge strip body may be provided with a plurality of grooves having a V-shaped cross section; the joint strip includes a plurality of The perforation is formed through the surface of the bonding strip, which is made of a material having high tension, high mechanical strength and flexibility. The edge-sealing component for a mat having a quick combination performance according to claim 9 is different in hardness of the joint zone of the insert strip, and the joint zone of the insert strip has a relatively high hardness.