CN211443423U - Power cord ribbon - Google Patents

Abstract

The power cord cable tie is an anti-lost cable tie, and a fastening belt body and an anti-lost belt body which comprise fixing heads and locking holes are arranged on the cable tie, wherein the anti-lost belt body and the fastening belt body are connected in an up-and-down stacked mode or a left-and-right parallel mode; the binding power line, prevent losing the area body and detain a single power cord, tie up the area body and tie up the power cord of rolling again, when the power cord uses, pull out the separation from the locking hole to the area body fixed head, the power cord scatters tensile, and prevent losing the area body and not untie, the power cord ribbon is detained on the power cord, make things convenient for circulation used ribbon repeatedly, tie up easily, untie the convenience, the ribbon is prevented losing, it is anti-pollution, and is with low costs, resources are saved, cancel traditional scissors and cut the ribbon and the mode that the ribbon lost, the user of being convenient for disassembles the ribbon or arranges to tie up and accomodate the power cord, when the power cord unties the use, can tie up the power cord.

Description

Power cord ribbon

The technical field is as follows:

the utility model relates to an electrical apparatus specifically is an electrical apparatus power cord ribbon.

Background art:

a Cable Tie (also called a Cable Tie, a binding tape, or a locking tape) is a tape used for bundling things. The power cord of the electric appliance is long, the electric appliance is generally bound by a binding tape when the electric appliance leaves a factory, and a user loosens the binding tape when the electric appliance is used so as to loosen the power cord. Because traditional ribbon can only disposable, adopts the mode of cutting open to unpack apart after the ribbon is tied up, disassembles inconveniently, and the mode of cutting open is unpacked apart the back, and the ribbon is abandoned, and unable reuse, and the ribbon uses once and causes serious waste and pollution. The arrangement and bundling of the power lines are not facilitated for the consumers again.

The invention content is as follows:

the utility model aims at providing a rational in infrastructure prevents losing the ribbon, when the user does not use electrical apparatus or power cord overlength, ties up the power cord wholly or partly. The binding tape is easy to bind and untie, can be recycled, solves the problem that the power cord binding tape can only be used once, and overcomes the defects in the prior art.

The power cord binding tape designed according to the purpose is characterized by comprising a tightening tape body (1) with a fixing head buckled with a locking hole and an anti-lost tape body (2) connected through a connecting block (3), wherein the anti-lost tape body (2) and the tightening tape body (1) can be arranged in an up-and-down stacked mode or in a left-and-right parallel mode;

one end of the tightening belt body (1) is provided with a tightening fixing head (11) and a plurality of rectangular holes (14), and the other end is provided with a plurality of tightening locking holes (12); the tightening fixing head (11) protrudes outwards to extend out of the upper surface or the lower surface of the base plate of the tightening belt body (1), the tightening fixing head (11) consists of a first column body (115) and a first flat top cone body (116), namely the first column body (115) is connected to the base plate of the tightening belt body (1) and then the first flat top cone body (116) is connected to the base plate of the tightening belt body to form an arrow-head-shaped tightening fixing head (11), and the transverse section of the tightening fixing head (11), which is connected with the first column body (115) on the base plate of the tightening belt body (1), is circular, oval, rectangular, prismatic or trapezoidal; the other end of the tightening strap body (1) is provided with a plurality of tightening locking holes (12), the hole shapes are circular, oval, rectangular, prismatic or trapezoidal, the hole shapes of the tightening locking holes (12) correspond to the transverse section shapes of the first columns (115) of the tightening fixing heads (11), the transverse sections of the tightening locking holes (12) are larger than that of the first columns (115) of the tightening fixing heads (11), the bottom surface of the tightening locking hole (12) is smaller than that of a first flat-top cone (116) of the tightening fixing head (11), first cracks (122) are arranged around the tightening locking hole (12), the tightening fixing head (11) is easy to insert and pull out, a first small round hole (121) is arranged at the tail end of each first crack (122) around the tightening locking hole (12), and when the tightening fixing head (11) is inserted into the tightening locking hole (12) or pulled out of the tightening locking hole (12), the first cracks (122) are prevented from being torn and expanded.

The anti-lost belt body (2) is connected with the tightening belt body (1) through the connecting block (3), one end of the anti-lost belt body (2) is provided with an anti-lost fixing head (21), the other end of the anti-lost belt body is provided with an anti-lost locking hole (22), the anti-lost fixing head (21) outwards protrudes out of the upper surface of a base plate of the anti-lost belt body (2), the anti-lost fixing head (21) consists of a cylinder (215) and a second flat top cone (216), namely, the cylinder (215) is connected on the base plate of the anti-lost belt body (2) and then the second flat top cone (216) is connected to form an arrow-head-shaped anti-lost fixing head (21), and the transverse section of the anti-lost fixing head (21) which is connected with the cylinder (215) on the base plate of the anti-lost belt body; the other end of the anti-lost belt body (2) is provided with an anti-lost locking hole (22), the hole shape is circular, oval, rectangular, prismatic or trapezoidal, the hole shape of the anti-lost locking hole (22) corresponds to the transverse section shape of the cylinder (215) of the anti-lost fixing head (21), the anti-lost locking hole (22) is larger than the transverse section of the cylinder (215) of the anti-lost fixing head (21), the anti-lost locking hole (22) is smaller than the bottom surface of a second frustum (216) of the anti-lost fixing head (21), second cracks (222) are formed around the anti-lost locking hole (22), the anti-lost fixing head (21) is easy to insert and clamp, the tail end of the second crack (222) around the anti-lost locking hole (22) is provided with a second small round hole (221), and when the anti-lost fixing head (21) is inserted into the anti-lost locking hole (22), the second crack (222) is prevented from being torn and;

the arrangement of the anti-lost locking hole (22) is the same as that of the fastening locking hole (12), the arrangement of a cylinder (215) of the anti-lost fixing head (21) is the same as that of a first cylinder (115) of the fastening fixing head (11), and the height of the first cylinder (115) is two thicknesses of a bandage base plate; the bottom surface of a second flat top cone (216) of the anti-lost fixing head (21) is larger than the bottom surface of a first flat top cone (116) of the fastening fixing head (11), the hole-to-hole distance of a second small round hole (221) at the tail end of a second crack (222) on the periphery of the anti-lost locking hole (22) is larger than the diameter of the bottom surface of the second flat top cone (216), so that the anti-lost fixing head (21) is inserted into the anti-lost locking hole (22) and is clamped tightly than the fastening fixing head (11) which is inserted into the fastening locking hole (12), and the anti-lost fixing head is difficult to release.

And (3) buckling and bundling the ribbon: through be provided with the tight area body of tying up that fixed head and locking hole buckled mutually on the ribbon and prevent losing the area body, tie up the power cord, the first step is detained and is pricked: the anti-lost belt body surrounds the plug end of the single power line or the tail end of the power line, the anti-lost belt body can also surround the middle section position of the single power line, then the anti-lost fixing head is inserted into the anti-lost locking hole to be clamped, and the binding belt is buckled; and a second step of bundling: after the power line is rolled, the band body is tightened to surround the rolled power line, the tightening fixing head is inserted into a tightening locking hole which can make the rolled power line compact, the tightening fixing head is inserted into the tightening locking hole and then clamped, and the tightening is finished; the fixing head is inserted into or pulled out of the locking hole, is stressed longitudinally and is easy to insert or pull out; after the power line is bound, the transverse stress relationship between the binding fixing head and the binding locking hole is approximate, and the power line is difficult to trip;

the binding belt is untied: when the power line is used, the fastening fixing head is separated from the fastening locking hole, longitudinal stress is applied, the pulling-out is easy, the binding belt is untied, the power line is loosened, and the power line with redundant scattered length can be bound; the anti-lost fixing head and the anti-lost locking hole of the anti-lost belt body are not required to be disassembled and separated, namely, the anti-lost belt body is not untied, the power cord binding belt is buckled on a power cord, the binding belt is convenient to recycle and reuse, the binding belt is easy to tie up and convenient to untie, and the binding belt is prevented from being lost.

Has the advantages that: the utility model discloses a power cord ribbon, through setting up the tight band body and the anti-lost band body that include that fixed head and locking hole are buckled mutually on the ribbon, the band body fixed head and locking hole are inserted and buckled mutually, reach and buckle and tie up the power cord effect; the fixing head is inserted into or pulled out of the locking hole, the longitudinal stress is applied, the insertion or pulling-out is easy, and after the power line is bound, the transverse stress relationship is close to the binding fixing head and the binding locking hole, so that the release is difficult; when the power cord is used, the belt body fixing head is pulled out of the locking hole to be separated, the power cord is loosened, the anti-lost belt body is not untied, the whole power cord ribbon is buckled on the power cord, the ribbon is prevented from being lost, the belt can be recycled, the cost is low, the bundling is easy, the bundling is convenient, the pollution is prevented, resources are saved, the mode that the ribbon is sheared by the traditional scissors and is lost is cancelled, a user can conveniently disassemble the ribbon or arrange and bundle the storage power cord, and when the power cord is untied for use, the power cord with redundant length can be locally bundled.

Description of the drawings:

fig. 1 is a schematic perspective view of a first embodiment of a power cord tie of the present invention.

Fig. 2 is a schematic plan view of the first embodiment of the power cord tie of the present invention.

Fig. 3 is a schematic view of a lateral cross-sectional structure of the power cord tie according to the first embodiment of the present invention, wherein the fastening head protrudes outward from the upper surface of the tie body.

Fig. 4 is a schematic view of a lateral cross-section structure of a second embodiment of the power cord tie of the present invention, in which the fastening head protrudes outward from the lower surface of the tie body.

Fig. 5 is a schematic plan view of a third embodiment of the power cord tie of the present invention.

Fig. 6 is a schematic side cross-sectional view of a third embodiment of the power cord tie of the present invention.

Fig. 7 is a schematic plan view of a fourth embodiment of the power cord tie of the present invention.

Fig. 8 is a schematic side cross-sectional view of a fourth embodiment of the power cord tie of the present invention.

Fig. 9 is a schematic plan view of a fifth embodiment of the power cord tie of the present invention.

Fig. 10 is a schematic side sectional view of a fifth embodiment of the power cord tie of the present invention.

Fig. 11 is an enlarged schematic view of the three-dimensional structure of the fastening fixing head according to the first, second and third embodiments of the power cord tie of the present invention.

Fig. 12 is an enlarged schematic view of the three-dimensional structure of the anti-lost fixing head according to the first, second and third embodiments of the power cord tie of the present invention.

Fig. 13 is an enlarged schematic view of the fastening locking hole of the fastening band body according to the first, second and third embodiments of the power cord tie of the present invention.

Fig. 14 is a schematic structural view of the power cord tie according to the first embodiment of the present invention, wherein the anti-lost fixing head is inserted into the anti-lost locking hole to fasten a power cord.

Fig. 15 is a third embodiment of the power cord tie of the present invention, wherein the anti-lost tie body is fastened to a power cord, i.e. the anti-lost fixing head is inserted into the anti-lost locking hole and fastened to the power cord.

Fig. 16 is the utility model discloses power cord ribbon first embodiment prevents losing the area body and prevents losing the fixed head and insert and prevent losing the locking hole and tighten the area body and tighten the fixed head and insert and tighten the locking hole and buckle state right flank structural schematic. (i.e. the structure of the belt buckle in the state of figure 1, figure 2 and figure 3)

Fig. 17 is a schematic structural view of the power cord bundling strap according to the first embodiment of the power cord bundling strap of the present invention, wherein the fastening head of the fastening head protrudes outwards from the upper surface of the strap body. (namely, the structure of the binding belt in the binding state in figures 1, 2 and 3 is schematic)

Fig. 18 is the utility model discloses power cord ribbon third embodiment prevents losing the area body and prevents losing the fixed head and insert and prevent losing the locking hole and tighten the area body and tighten the fixed head and insert and tighten the locking hole and buckle state right flank structural schematic. (i.e., the structure of the state of the belt buckle in fig. 5 and 6)

Fig. 19 is a schematic structural view of a power cord bundling strap according to a third embodiment of the power cord bundling strap of the present invention, wherein a fastening head of the power cord bundling strap protrudes outward from an upper surface of the strap body. (namely, the structure of the binding belt in the binding state in the figures 5 and 6)

Fig. 20 is the second embodiment of the power cord tie of the present invention, the fastening head protrudes outwards to form the right side structure diagram of the fastening state of the fastening head. Or the utility model discloses power cord ribbon fifth embodiment prevents losing the area body and prevents losing the fixed head and insert and prevent losing the locking hole and tighten the area body and tighten the locking hole and buckle and tighten the fixed head and buckle state right flank structural schematic diagram. (i.e. the structure of the state that the binding belt is buckled in figure 4 or the binding belt is buckled in figures 9 and 10)

Fig. 21 is a schematic structural view of a power cord bundling device according to a second embodiment of the power cord bundling device of the present invention. (i.e., the structure of the binding state of the binding belt in FIG. 4)

Fig. 22 is a schematic structural view of a fifth embodiment of the power cord tie of the present invention. (namely, the structure of the binding belt in the binding state in the figures 9 and 10 is schematic)

In fig. 1 to 22, 1 is a fastening band, 2 is an anti-lost band, 3 is a connecting block between the anti-lost band 2 and the fastening band 1, 11 is a fastening head, 115 is a first cylinder of the fastening head, 116 is a first flat top cone of the fastening head (116 of the fastening head part in fig. 7, 8, 9 and 10 can also be called as a frustum), 12 is a fastening locking hole, and has a plurality of fastening locking holes, 122 is a first slit around the fastening locking hole, 121 is a first small round hole at the tail end of the slit around the fastening locking hole, 14 is a rectangular hole of the fastening band, and has a plurality of fastening locking holes, 21 is the anti-lost fastening head, 215 is a second cylinder of the anti-lost fastening head, 216 is a second flat top cone of the fastening head part in fig. 7, 8, 9 and 10 can also be called as a frustum), 22 is the anti-lost locking hole, 222 is a second slit around the anti-lost fastening hole, 221 is a second small round hole at the tail end of a crack around the anti-lost locking hole, 5 is a single power line, 6 is a plurality of bundled power lines, the anti-lost locking hole 22 is arranged the same as the fastening locking hole 12, the second cylinder 215 of the anti-lost fixing head 21 is arranged the same as the first cylinder 115 of the fastening fixing head 11, and the bottom surface of the second flat top cone 216 of the anti-lost fixing head 21 is larger than that of the first flat top cone 116 of the fastening fixing head 11. The hole-to-hole distance of the second small round hole 221 at the tail end of the second slit 222 around the anti-lost locking hole 22 is larger than the diameter of the bottom surface of the second flat top cone 216, so that the anti-lost fixing head 21 is inserted into the anti-lost locking hole 22 and is clamped tightly than the fastening fixing head 11 is inserted into the fastening locking hole 12, and the anti-lost locking hole is difficult to release;

the specific implementation mode is as follows:

the present invention will be further described with reference to the accompanying drawings and the following detailed description of the embodiments. See fig. 1-22. The ribbon is made of materials with good quality and strong toughness, and the length of the ribbon body is set between 8 cm and 25 cm according to the requirement.

The utility model arranges the tightening belt body and the anti-lost belt body which comprise the fixing head and the locking hole which are buckled with each other on the binding belt, and the connection between the anti-lost belt body and the tightening belt body can be arranged in an up-and-down stacked way or in a left-and-right parallel way; the belt body fixing head and the locking hole are mutually inserted, namely after the anti-lost belt body surrounds a single power line, the anti-lost fixing head is inserted into the anti-lost locking hole to be clamped, the power line is wound, the fastening fixing head is inserted into the fastening locking hole after the whole bundle of power lines is wound, and the fastening is finished; the fixing head is inserted into or pulled out of the locking hole, is stressed longitudinally and is easy to insert or pull out; after the power line is bound, the transverse stress relationship between the binding fixing head and the binding locking hole is approximate, and the power line is difficult to trip; when the power line is used, the fastening belt body fixing head is pulled out of the fastening locking hole to be separated, the power line is loosened, the anti-lost belt body is not loosened, the whole power line ribbon is buckled on the power line, the ribbon is prevented from being lost, the circular reuse is realized, the bundling is easy, the bundling is convenient, the pollution is prevented, the cost is low, the resources are saved, the mode that the ribbon is lost when the conventional scissors are used for shearing the ribbon is cancelled, a user can conveniently disassemble the ribbon or arrange and bundle the storage power line, when the power line is untied for use, the power line with redundant and disorderly parts can be bundled, and the.

Detailed description of the inventionreferring to fig. 1 to 22, 1 is a tightening strap, 2 is an anti-lost strap, 3 is a connection block between the anti-lost strap 2 and the tightening strap 1, 11 is a tightening fixing head, 115 is a first cylinder of the tightening fixing head, 116 is a first flat top cone of the tightening fixing head (116 of the tightening fixing head part in fig. 7, 8, 9 and 10 can also be called as a frustum), 12 is a tightening locking hole, and has a plurality of tightening locking holes, 122 is a first slit around the tightening locking hole, 121 is a first small round hole at the tail end of the slit around the tightening locking hole, 14 is a rectangular hole of the tightening strap, and has a plurality of tightening locking holes, 21 is the anti-lost strap, 215 is a second cylinder of the anti-lost fixing head, 216 is a second flat top cone of the anti-lost fixing head (216 of the tightening fixing head part in fig. 7, 8, 9 and 10 can also be called as a frustum), 22 is the anti-lost locking hole, the periphery of the anti-lost locking hole is provided with a second slit 222, the periphery of the anti-lost locking hole is provided with a second small round hole 221, the tail end of the slit is provided with a single power line 5, the tail end of the slit is provided with a plurality of power lines 6, the anti-lost locking hole 22 is arranged the same as the fastening locking hole 12, the second column body 215 of the anti-lost fixing head 21 is arranged the same as the first column body 115 of the fastening fixing head 11, and the bottom surface of the second flat top cone body 216 of the anti-lost fixing head 21 is larger than the bottom surface of the first flat top cone body 116 of the fastening fixing. The hole-to-hole distance of the second small round hole 221 at the tail end of the second slit 222 around the anti-lost locking hole 22 is larger than the diameter of the bottom surface of the second flat top cone 216, so that the anti-lost fixing head 21 is inserted into the anti-lost locking hole 22 and is clamped tightly than the fastening fixing head 11 is inserted into the fastening locking hole 12, and the anti-lost locking hole is difficult to release;

the power cord binding tape comprises a tightening tape body 1 and an anti-lost tape body 2, wherein the tightening tape body 1 is buckled with a locking hole through a fixing head, and is characterized in that the tightening tape body 1 is connected with the anti-lost tape body 2 through a connecting block 3, and the anti-lost tape body 2 and the tightening tape body 1 can be arranged in an up-and-down stacked mode or in a left-and-right parallel mode;

one end of the tightening strap body 1 is provided with a tightening fixing head 11 and a plurality of rectangular holes 14, and the other end is provided with a plurality of tightening locking holes 12; the tightening fixing head 11 protrudes outwards to form the upper surface or the lower surface of the base plate of the tightening strap body 1, the tightening fixing head 11 consists of a first column 115 and a first flat-top cone 116, namely the first column 115 is connected to the base plate of the tightening strap body 1 and then the first flat-top cone 116 is connected to the base plate of the tightening strap body 1 to form an arrow-shaped tightening fixing head 11, and the transverse section of the tightening fixing head 11, which is connected with the first column 115 on the base plate of the tightening strap body 1, is circular, oval, rectangular, prismatic or trapezoidal; the other end of the tightening belt body 1 is provided with a plurality of tightening locking holes 12, the hole shapes are circular, oval, rectangular, prismatic or trapezoidal, the hole shapes of the tightening locking holes 12 correspond to the transverse section shapes of the first cylinders 115 of the tightening fixing heads 11, the tightening locking holes 12 are larger than the transverse section of the first cylinders 115 of the tightening fixing heads 11, the tightening locking holes 12 are smaller than the bottom surfaces of the first flat cones 116 of the tightening fixing heads 11, first cracks 122 are arranged around the tightening locking holes 12, the tightening fixing heads 11 are easy to insert and pull out, first small round holes 121 are arranged at the tail ends of the first cracks 122 around the tightening locking holes 12, and when the tightening fixing heads 11 are inserted into the tightening locking holes 12 or pulled out of the tightening locking holes 12, the first cracks 122 are prevented from being torn and expanded.

The anti-lost belt body 2 is connected with the tightening belt body 1 through the connecting block 3, one end of the anti-lost belt body 2 is provided with an anti-lost fixing head 21, the other end of the anti-lost belt body is provided with an anti-lost locking hole 22, the anti-lost fixing head 21 protrudes outwards out of the upper surface of a base plate of the anti-lost belt body 2, the anti-lost fixing head 21 consists of a cylinder 215 and a second flat top cone 216, namely, the cylinder 215 is connected on the base plate of the anti-lost belt body 2 and then the second flat top cone 216 is connected to form an arrow-head-shaped anti-lost fixing head 21, and the transverse section of the anti-lost fixing head 21, which is connected with the cylinder 215 on the base plate of the; the other end of the anti-lost belt body 2 is provided with an anti-lost locking hole 22, the hole shape is circular, oval, rectangular, prismatic or trapezoidal, the hole shape of the anti-lost locking hole 22 corresponds to the transverse section shape of the cylinder 215 of the anti-lost fixing head 21, the anti-lost locking hole 22 is larger than the transverse section of the cylinder 215 of the anti-lost fixing head 21, the anti-lost locking hole 22 is smaller than the bottom surface of a second flat top cone 216 of the anti-lost fixing head 21, second slits 222 are arranged around the anti-lost locking hole 22, the anti-lost fixing head 21 is easy to insert and clamp, the tail ends of the second slits 222 around the anti-lost locking hole 22 are provided with second small round holes 221, and when the anti-lost fixing head 21 is inserted into the anti-lost locking hole 22, the second slits 222 are;

the anti-lost locking hole 22 is arranged the same as the fastening locking hole 12, the column 215 of the anti-lost fixing head 21 is arranged the same as the first column 115 of the fastening fixing head 11, and the height of the first column 115 is two thicknesses of the tie base plate; the bottom surface of the second flat top cone 216 of the anti-lost fixing head 21 is larger than the bottom surface of the first flat top cone 116 of the fastening fixing head 11, and the hole-to-hole distance of the second small round hole 221 at the tail end of the second slit 222 around the anti-lost locking hole 22 is larger than the diameter of the bottom surface of the second flat top cone 216, so that the anti-lost fixing head 21 is inserted into the anti-lost locking hole 22 and is clamped tightly and difficult to be released than the fastening fixing head 11 is inserted into the fastening locking hole 12.

Bundling and untieing the power cord ribbon, and recycling: bundling power lines, wherein a single power line is firstly buckled and bundled by the band anti-lost band body, and the wound power line is bundled after the power line is wound; the fastening fixing head and the fastening locking hole are separated, namely the power cord is untied, the anti-lost fixing head and the anti-lost locking hole of the anti-lost belt body are not required to be disassembled and separated, and the power cord binding belt is connected with the power cord to prevent loss.

The first embodiment: see fig. 1, fig. 2, fig. 3, fig. 11, fig. 12, fig. 13, fig. 14, fig. 16, fig. 17. As shown in fig. 1, 2 and 3, the device is in an expanded state, fig. 16 is in a buckled state, and fig. 17 is in a bound state.

The power cord binding belt comprises a tightening belt body and an anti-lost belt body, wherein the tightening belt body is buckled with the locking hole through a fixing head, and the anti-lost belt body is connected with the anti-lost belt body through a connecting block and is arranged in an up-and-down stacked mode;

it is provided with and ties up fixed head and a plurality of slot to tie up area body one end, the other end is provided with and ties up the locking hole, the slot sets up a plurality of as required with tying up the locking hole, it stretches out area body upper surface to tie up the fixed head on the base plate of the area body to the evagination, it is the cylinder to tie up the connection cylinder on the base plate of the area body, the height of cylinder is about two thicknesses of the base plate of the area body of tying up, the height that can improve first cylinder 115 alternates needs, first cylinder 115 is highly big, it is big to make and tie up the fixed head and insert the extension range, it is easier to insert, the flat top cone is the latter half of cone.

The tightening locking hole is circular and is larger than the section of the cylinder of the tightening fixing head, the periphery of the round hole is provided with cracks, the tightening fixing head is easy to insert, the tail end of the cracks around the tightening locking hole is provided with a small round hole, and when the tightening fixing head is inserted into the tightening locking hole or pulled out of the tightening locking hole, the cracks are prevented from being torn and expanded.

The anti-lost belt body has the advantages that one end of the anti-lost belt body is provided with the anti-lost fixing head, the other end of the anti-lost belt body is provided with the anti-lost locking hole, the anti-lost locking hole is as large as the fastening locking hole, the second cylinder of the anti-lost fixing head is as large as the first cylinder of the fastening fixing head, namely, the anti-lost locking hole and the fastening locking hole are larger than the second cylinder section of the anti-lost fixing head and the first cylinder section of the fastening fixing head, the difference is that the bottom surface of a second flat top cone of the anti-lost fixing head is larger than the bottom surface of a first flat top cone of the fastening fixing head, the anti-lost fixing head is inserted into the anti-lost locking hole and is clamped more tightly than the fastening fixing head, the anti-lost fixing head is difficult to be pulled out, the anti-lost fixing head is not required to.

The second embodiment method is further described: see fig. 4, fig. 20, fig. 21. The anti-lost belt body and the tightening belt body are arranged in an up-and-down stacked manner; the tightening fixing head protrudes outwards from the lower surface of the band body, the tightening fixing head of the tightening band body is inserted into the tightening locking hole, and the anti-lost fixing head is inserted into the anti-lost locking hole to be fastened, for example, fig. 4 shows a state that the band is unfolded, fig. 20 shows a state that the band is fastened, and fig. 21 shows a state that the band is fastened. The method is characterized in that: when the binding tape is bound, after the anti-lost fixing head is inserted into the anti-lost locking hole, the method is opposite to the method of the first embodiment that the binding locking hole is fastened to buckle the binding fixing head, the tail end of the binding tape locking hole is raised and exposed outside, and when the binding tape is untied, the tail end of the binding tape locking hole is pulled to lift the binding tape. Other parts which are not described are the same as the previous embodiment and examples, and are not described in detail here.

The third embodiment is further described: see fig. 5, 6, 11, 12, 13, 15, 18, 19.

The power cord tie is shown in an unfolded state in fig. 5 and 6, a buckled state in fig. 18, and a bundled state in fig. 19. The anti-lost belt comprises a tightening belt body, an anti-lost belt body, a connecting block for the anti-lost belt body and the tightening belt body, wherein the anti-lost belt body and the tightening belt body are arranged in parallel from left to right, which is mainly different from the first embodiment. Other parts which are not described are the same as the detailed description and the first embodiment, and are not described in detail here.

The fourth embodiment is further described: see fig. 7, 8, 18, 19. The power cord strap, as shown in fig. 7 and 8, is in an unfolded condition similar to the buckled condition of fig. 18 and similar to the bundled condition of fig. 19. Including the tight area body of tying up with prevent losing the area body and tie up the connecting block of the area body of tying up, prevent losing the area body and tie up the area body and for controlling and set up side by side, tie up locking hole 12 and be the rectangle, be the rectangle of the same size with the cylinder 115 cross-section of tying up fixed head 11, connect first cylinder 115 on the base plate of the tight area body promptly and be the cuboid, tie up the first frustum 116 of fixed head and change into the frustum of a prism shape, and the second frustum 216 bottom surface of preventing losing the fixed head is bigger than it, this is different with the first embodiment. Other parts are the same as the embodiment and the first embodiment, and the description is not repeated.

Further describing the fifth embodiment: see fig. 9, 10, 20, 22. A power cord binding tape is shown in fig. 9 and 10 as a unfolded state, and comprises a fastening tape body, an anti-lost tape body, a connecting block of the anti-lost tape body and the fastening tape body, wherein the anti-lost tape body and the fastening tape body are arranged in a vertically stacked manner, a fastening locking hole 12 is rectangular, the cross section of the fastening locking hole is rectangular, the cross section of the first column 115 of a fastening fixing head 11 is rectangular, namely, the first column 115 connected to a base plate of the fastening tape body is cuboid, the first frustum 116 of the fastening fixing head is changed into frustum pyramid, the second frustum 216 of the anti-lost fixing head is also changed into frustum pyramid, the bottom surface of the second frustum 216 of the anti-lost fixing head is larger than the bottom surface 116 of the first frustum of the fastening fixing head, the fastening fixing head protrudes outwards out of the lower surface of the tape body, the anti-lost fixing head is inserted into the anti-lost locking hole and the fastening fixing head is inserted into the fastening locking hole, namely, the buckled state is shown in fig, the method opposite to the first embodiment is that the fastening locking hole 12 is fastened into the fastening fixing head 11, and the tail end of the band locking hole 12 is turned up and exposed to the outside, as shown in fig. 22, the band is in a binding state. When the binding tape is untied, the tail end of the binding tape is pulled to lift, and the binding tape is untied. This is a difference from the previous embodiments. Other parts not described are similar to the first embodiment and detailed description is not repeated.

The foregoing is a preferred embodiment of the present invention showing and describing the basic principles, main features and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are intended to illustrate the principles of the invention, and that various changes and modifications may be made without departing from the spirit and scope of the invention, and the scope of the invention is to be protected. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims (3)

1. The power cord binding tape is characterized by comprising a tightening tape body (1) and an anti-lost tape body (2), wherein the tightening tape body is buckled with a locking hole through a fixing head, the anti-lost tape body (2) is connected with the tightening tape body (1) through a connecting block (3), and the anti-lost tape body (2) and the tightening tape body (1) can be arranged in an up-and-down stacked mode or in a left-and-right parallel mode.

2. The power cord tie as claimed in claim 1, wherein one end of the tie body (1) is provided with a fastening fixing head (11) and a plurality of rectangular holes (14), and the other end is provided with a plurality of fastening locking holes (12); the tightening fixing head (11) protrudes outwards to extend out of the upper surface or the lower surface of the base plate of the tightening belt body (1), the tightening fixing head (11) consists of a first column body (115) and a first flat top cone body (116), namely the first column body (115) is connected to the base plate of the tightening belt body (1) and then the first flat top cone body (116) is connected to the base plate of the tightening belt body to form an arrow-head-shaped tightening fixing head (11), and the transverse section of the tightening fixing head (11), which is connected with the first column body (115) on the base plate of the tightening belt body (1), is circular, oval, rectangular, prismatic or trapezoidal; the other end of the tightening belt body (1) is provided with a plurality of tightening locking holes (12), the hole shapes are circular, oval, rectangular, prismatic or trapezoidal, the hole shapes of the tightening locking holes (12) correspond to the transverse section shapes of the first cylinders (115) of the tightening fixing heads (11), the tightening locking holes (12) are larger than the transverse section of the first cylinders (115) of the tightening fixing heads (11), the tightening locking holes (12) are smaller than the bottom surfaces of the first frustum bodies (116) of the tightening fixing heads (11), first cracks (122) are arranged on the periphery of the tightening locking holes (12), the tightening fixing heads (11) are easy to insert and pull out, first small round holes (121) are arranged at the tail ends of the first cracks (122) on the periphery of the tightening locking holes (12), and when the tightening fixing heads (11) are inserted into the tightening locking holes (12) or pulled out of the tightening locking holes (12), the first cracks (122) are prevented from being torn and expanded.

3. The power cord tie according to claim 1 or 2, wherein the anti-lost strap body (2) is connected with the tightening strap body (1) through a connecting block (3), one end of the anti-lost strap body (2) is provided with an anti-lost fixing head (21), the other end of the anti-lost strap body is provided with an anti-lost locking hole (22), the anti-lost fixing head (21) protrudes outwards out of the upper surface of the base plate of the anti-lost strap body (2), the anti-lost fixing head (21) is composed of a cylinder (215) and a second flat-top cone body (216), namely, the cylinder (215) is connected on the base plate of the anti-lost strap body (2) and then the second flat-top cone body (216) is connected to form the arrow-head-shaped anti-lost fixing head (21), and the transverse section of the anti-lost fixing head (21) on the base plate of the anti-lost strap body (2) for connecting the cylinder (; the other end of the anti-lost belt body (2) is provided with an anti-lost locking hole (22), the hole shape is circular, oval, rectangular, prismatic or trapezoidal, the hole shape of the anti-lost locking hole (22) corresponds to the transverse section shape of the cylinder (215) of the anti-lost fixing head (21), the anti-lost locking hole (22) is larger than the transverse section of the cylinder (215) of the anti-lost fixing head (21), the anti-lost locking hole (22) is smaller than the bottom surface of a second frustum (216) of the anti-lost fixing head (21), second cracks (222) are formed around the anti-lost locking hole (22), the anti-lost fixing head (21) is easy to insert and clamp, the tail end of the second crack (222) around the anti-lost locking hole (22) is provided with a second small round hole (221), and when the anti-lost fixing head (21) is inserted into the anti-lost locking hole (22), the second crack (222) is prevented from being torn and; the arrangement of the anti-lost locking hole (22) is the same as that of the fastening locking hole (12), the arrangement of a cylinder (215) of the anti-lost fixing head (21) is the same as that of a first cylinder (115) of the fastening fixing head (11), and the height of the first cylinder (115) is two thicknesses of a bandage base plate; the bottom surface of a second flat top cone (216) of the anti-lost fixing head (21) is larger than the bottom surface of a first flat top cone (116) of the fastening fixing head (11), the hole-to-hole distance of a second small round hole (221) at the tail end of a second crack (222) on the periphery of the anti-lost locking hole (22) is larger than the diameter of the bottom surface of the second flat top cone (216), so that the anti-lost fixing head (21) is inserted into the anti-lost locking hole (22) and is clamped tightly than the fastening fixing head (11) which is inserted into the fastening locking hole (12), and the anti-lost fixing head is difficult to release.

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