Wire with dimension marks

Abstract

The utility model discloses a line with dimension marks, which comprises a main line body, the main line body comprises N sections of continuous sub-line bodies, the N sections of continuous sub-line bodies form a line body group, each sub-line body is composed of a plurality of sections of unit line bodies, the two ends and the middle part of each sub-line body are respectively provided with a spacer region, the spacer region in the middle divides each sub-line body into a line body front part and a line body rear part, a marking part is arranged at a position between two adjacent sections of unit line bodies in the line body front part and the line body rear part, the marking part comprises at least one marking point, the number of the marking points at all positions in the line body front part and the line body rear part is sequentially increased from front to back in the length direction, and an identification area is arranged on one side of the marking part in the line body rear part. The color of each interval area in the sub-line body is the same, the colors of the interval areas of different sub-line bodies in the line body group are different, the interval area on the rear portion of the previous sub-line body is connected with the interval area on the front portion of the next sub-line body to form a large interval area in a combined mode, and a user can directly calculate the paying-off length by observing the main line body.

Description

TECHNICAL FIELD

[0001] The utility model relates to a kind of lines, more particularly to a kind of line with size mark. BACKGROUND

[0002] Line is something with certain length and can be arbitrarily tortuous, such as electric wire, fishing line, cable, metal wire, etc. When laying or pulling out for use, the length of line used generally needs to be controlled according to requirements, for example, fishing line, the angler needs to control the length of fishing line entering the water according to the environment and fishing operation.

[0003] The existing fishing line, such as the hollow fishing line disclosed in patent CN2777975Y, includes a fishing line body, and the core of the fishing line body is provided with a hollow cavity.

[0004] The existing conventional fishing line is indistinguishable as a whole, and it is difficult for the human eye to judge the length of fishing line entering the water after the fishing line enters the water with fishing tools such as hooks, so it is difficult for the angler to estimate the position of the hook in the water to control the fishing operation or to meet other requirements of controlling through the length of fishing line entering the water. SUMMARY

[0005] Based on the above-mentioned problem that the conventional line is indistinguishable as a whole and it is difficult for the user to judge the length of line used by the human eye, generally requiring the assistance of measuring tools for measurement, the utility model provides a line with size mark.

[0006] The utility model solves the above-mentioned technical problem by adopting the technical scheme of a line with size mark, which includes a main line body, the main line body includes N continuous sub-line bodies, the N continuous sub-line bodies constitute a line body group, the sub-line body is composed of multiple unit line bodies, both ends and the middle part of the sub-line body are provided with interval areas, the part between the interval area in the front part and the interval area in the middle part constitutes the front part of the line body of the sub-line body, the part between the interval area in the rear part and the interval area in the middle part constitutes the rear part of the line body of the sub-line body, the position between the adjacent two unit line bodies in the front part and the rear part of the line body is provided with a marked part, the marked part includes at least one marked point, the number of marked points at each position in the front part of the line body increases successively from front to back along the length direction, the number of marked points at each position in the rear part of the line body increases successively from front to back along the length direction, one side of the marked part in the rear part of the line body is provided with an identification area, the colors of each interval area in the sub-line body are the same, the colors of the interval areas of different sub-line bodies in the line body group are different, the interval area in the rear part of the previous sub-line body is connected with the interval area in the front part of the next sub-line body to form a large interval area.

[0007] The further preferred technical scheme of the utility model is that the color of the identification area is the same as the color of the interval area in the same sub-line body.

[0008] The further preferred technical scheme of the utility model is: the mark points between the two adjacent unit line bodies are sequentially arranged along the length direction of the main line body, the first transition area for spacing is arranged between the two adjacent mark points at the position where the number of mark points is more than two, and the color of the first transition area is same as the color of the spacing area in the same sub line body.

[0009] The further preferred technical scheme of the utility model is: the second transition area for spacing is arranged between the mark part and the unit line body on the both sides of the front part of the line body, the second transition area for spacing is arranged between the mark part and the unit line body on the side of the rear part of the line body away from the identification area, and the color of the second transition area is same as the color of the spacing area in the same sub line body.

[0010] The further preferred technical scheme of the utility model is: the colors of the unit line bodies are same, and the color of the unit line body is different from the colors of the spacing area and the mark points.

[0011] The further preferred technical scheme of the utility model is: the main line body has a plurality of line body groups, and the color transformation order of the spacing area of the N continuous sub line bodies in each line body group is same.

[0012] The further preferred technical scheme of the utility model is: the sub line body is composed of 10 unit line bodies, the spacing area in the middle part divides the 10 unit line bodies into the front 5 unit line bodies and the rear 5 unit line bodies, the number of the mark points at the first position in the front part of the line body is one, and the number of the mark points at the first position in the rear part of the line body is one.

[0013] The further preferred technical scheme of the utility model is: the color of the mark points is different from the color of the spacing area, and the colors of the mark points are same.

[0014] The further preferred technical scheme of the utility model is: the width of the first transition area and the second transition area is same.

[0015] The further preferred technical scheme of the utility model is: the first transition area, the second transition area, the identification area, the spacing area and the mark points are annular or strip-shaped.

[0016] Compared with the prior art, the utility model has the advantages that the spacing area and the mark part are arranged on the main line body, the spacing area and the mark part play the role of scale on the main line body for the user to observe, so that the user can directly calculate the length of the wire laying by observing the main line body, and the utility model is convenient for the user to use.

[0017] The identification area is arranged on one side of the marked position in the rear part of the line body, so that the user can clearly and intuitively distinguish whether the marked position is in the front part of the line body or in the rear part of the line body, the color of the interval area in each sub-line body is the same, the color of the interval area of different sub-line bodies in the line body group is different, and the different sub-line bodies are distinguished by the color of the interval area, so that the user knows which part of the length interval of the main line body the marked position is in, and then the specific length position is judged according to the number of the marked points.

[0018] The interval area in the rear part of the former sub-line body is connected with the interval area in the front part of the latter sub-line body to form a large interval area, and the interval area in the rear part of the two sub-line bodies is combined with the interval area in the front part to form a large interval area, which separates the adjacent two sub-line bodies, and the large interval area is both the end point of the former sub-line body and the starting point of the latter sub-line body, so that the large interval area can play a role of connecting the former and the latter, and the expression is simple and clear, and the user can quickly understand that the interval area is the interval of the two sub-line bodies by observation. BRIEF DESCRIPTION OF DRAWINGS

[0019] The utility model will be described in further detail below in combination with the drawings and preferred embodiments, but those skilled in the art will appreciate that these drawings are only drawn for the purpose of explaining the preferred embodiments, and therefore should not be regarded as a limitation on the scope of the utility model. In addition, unless specifically indicated, the drawings only schematically show the composition or structure of the described objects and can include exaggerated display, and the drawings are not necessarily drawn to scale.

[0020] Figure 1 It is a schematic diagram of the utility model;

[0021] Figure 2 It is Figure 1 A local enlarged view of the A of Fig. 1;

[0022] Figure 3 It is Figure 1 A local enlarged view of the B of Fig. 1

[0023] Figure 4 It is a schematic diagram of the sub-line body;

[0024] Figure 5 It is a schematic diagram of the sub-line body of another scheme.

[0025] In the drawings: 1, main line body;2, interval area in the front part;3, identification area;4, marked point;5, unit line body;6, interval area in the middle part;7, interval area in the rear part;8, sub-line body;9, first transition area;10, second transition area;11, interval area;12, marked position. DETAILED DESCRIPTION

[0026] Preferred embodiments of the present application will be described in detail below with reference to the attached drawings. Those skilled in the art will appreciate that the description herein is by way of example only and is not to be construed in any way to limit the scope of the present application.

[0027] It should be noted that like reference numerals refer to like elements throughout the following description. Thus, once an element is defined in one drawing, it should not have to be further discussed and explained in further drawings.

[0028] Figures 1-5 As shown, the line with size markers includes a main line body 1, the main line body 1 includes N continuous sub-line bodies 8, the N continuous sub-line bodies 8 constitute a line body group, the sub-line body 8 is composed of multiple unit line bodies 5, both ends and the middle part of the sub-line body 8 are provided with interval areas 11, the part between the front interval area 2 and the middle interval area 6 of the sub-line body 8 constitutes a line body front part of the sub-line body 8, the rear interval area 7 and the middle interval area 6 of the sub-line body 8 constitute a line body rear part of the sub-line body 8, the position between the adjacent two unit line bodies 5 in the line body front part and the line body rear part is provided with a marker position 12, the marker position 12 includes at least one marker point 4, the number of the marker points 4 at each position in the line body front part increases in turn from front to rear along the length direction, the number of the marker points 4 at each position in the line body rear part increases in turn from front to rear along the length direction, one side of the marker position 12 in the line body rear part is provided with an identification area 3, the colors of the interval areas 11 in each sub-line body 8 are the same, the colors of the interval areas 11 of different sub-line bodies 8 in the line body group are different, the interval area 7 at the rear part of the previous sub-line body 8 is connected with the interval area 2 at the front part of the next sub-line body 8 to combine to form a large interval area.

[0029] The above-mentioned identification area 3 can be arranged on one side of the marker position 12, and the present application does not limit which side.

[0030] The above N can be any number, and any segment unit line body 5 can be arranged in the sub-line body 8. For example, the length of the sub-line body 8 is 10 meters, the sub-line body 8 is composed of 10 segment unit line bodies 5, the length of each segment unit line body 5 is 1 meter, the middle interval area 6 divides the 10 segment unit line bodies 5 into the front 5 segments and the rear 5 segments, the front part of the line body is 5 meters, the rear part of the line body is 5 meters, the front interval area 2 is arranged at the 0-meter position of the sub-line body 8, the middle interval area 6 is arranged at the 5-meter position of the sub-line body 8, the rear interval area 7 is arranged at the 10-meter position of the sub-line body 8, the mark positions 12 are arranged at the 1st meter to the 4th meter and the 6th meter to the 9th meter positions, the number of the mark points 4 at the first position in the front part of the line body is one, the number of the mark points 4 at the first position in the rear part of the line body is one, that is, the numbers of the mark points 4 at the 1st meter to the 4th meter positions are 1, 2, 3 and 4 respectively, and the numbers of the mark points 4 at the 6th meter to the 9th meter positions are 1, 2, 3 and 4 respectively, in the line body group, the interval area 11 is changed in color every 10 meters, for example, when N is 5, the color of the interval area 11 in the first 10-meter length interval is white, the color of the second 10-meter length interval is yellow, the color of the third 10-meter length interval is dark blue, the color of the fourth 10-meter length interval is red, and the color of the fifth 10-meter length interval is sky blue, the first large interval area is white and yellow, the second large interval area is yellow and dark blue, the third large interval area is dark blue and red, and the fourth large interval area is red and sky blue.

[0031] The present patent distinguishes the sub-line body 8 at different length positions of the main line body 1 through the interval areas 11 of different colors, the user can determine the length range of the line to be put out according to the color of the interval area 11, and then the sub-line body 8 at the length range is divided into the front part of the line body and the rear part of the line body through the middle interval area 6, so as to refine the length of the main line body 1, then a plurality of mark positions 12 are arranged in the front part of the line body and the rear part of the line body, the side of the mark position 12 in the rear part of the line body is provided with the identification area 3, so as to distinguish whether the mark position 12 is the mark position 12 in the front part of the line body or the mark position 12 in the rear part of the line body, the rear part of the line body has the identification area 3, and the front part of the line body does not have the identification area 3, finally the specific meter number of the line to be put out is determined according to the number of the mark points 4 at the position, the interval area 11 and the mark position 12 are used to refine the main line body 1, so that the user can more accurately and specifically observe the length of the line to be put out by observing the mark on the main line body 1, and the user can simply and quickly determine the length range of the line to be put out through the interval areas 11 of different colors arranged in different sub-line bodies 8 in the line body group.

[0032] The adjacent two sub-line bodies 8 are spaced apart through the large interval area, the large interval area serves as the end point of the previous sub-line body 8 and the starting point of the next sub-line body 8, the arrangement of this kind of mode makes the large interval area play a better role in connecting the previous and the next, which is clear and simple, and is convenient for the user to quickly understand that the position is the interval position of the two sub-line bodies 8.

[0033] The color of the identification area 3 is the same as the color of the interval area 11 in the same sub-line body 8, the color of the identification area 3 is set to be the same as the color of the interval area 11 in the same sub-line body 8, the color blocks in the sub-line body 8 are more unified, more simple and refreshing, and the color of the identification area 3 can also help the user to determine that the length of the released line is in which length interval.

[0034] The marking points 4 between the adjacent two unit line bodies 5 are sequentially arranged along the length direction of the main line body 1, and the first transition area 9 for spacing is arranged between the adjacent two marking points 4 at the position where the number of marking points 4 is greater than two. The color of the first transition area 9 is the same as the color of the interval area 11 in the same sub-line body 8. The first transition area 9 is used to separate two marking points 4, so that the marking points 4 at the position are not easily mixed together, the user can quickly observe the number of marking points 4 at the position, and the user can also determine that the length of the released line is in which length interval according to the color of the first transition area 9, and the color blocks in the sub-line body 8 are more unified, more simple and refreshing.

[0035] More preferably, the second transition area 10 for spacing is arranged between the unit line body 5 and the marking position 12 on both sides of the front part of the line body, and the second transition area 10 for spacing is arranged between the unit line body 5 and the marking position 12 on the side away from the identification area 3 in the rear part of the line body. The color of the second transition area 10 is the same as the color of the interval area 11 in the same sub-line body 8. The second transition area 10 is used to separate the unit line body 5 and the marking point 4, so that the marking point 4 is more obviously highlighted, which is convenient for the user to observe the marking point 4, the information display is clearer, and the user can also determine that the length of the released line is in which length interval according to the color of the second transition area 10, and the color blocks in the sub-line body 8 are more unified, more simple and refreshing.

[0036] Figure 4 、 Figure 5 As shown, the second transition area 10 can be arranged or not arranged on the main line body 1. When the second transition area 10 is arranged, the second transition area 10 and the identification area 3 are connected with the marking point 4 at the position.

[0037] The width of the first transition area 9 and the second transition area 10 is the same, and the arrangement of the structure makes the whole look more neat and beautiful.

[0038] The first transition area 9, the second transition area 10, the identification area 3, the interval area 11 and the marking point 4 are annular or strip-shaped. Preferably, the first transition area 9, the second transition area 10, the identification area 3, the interval area 11 and the marking point 4 are annular, which is convenient for the user to observe from all around the line.

[0039] The main line body 1 has a plurality of line body groups, the interval areas 11 of N continuous sub-line bodies 8 in each line body group have the same color change sequence, for example, there are 5 continuous sub-line bodies 8 in a line body group, and the color change sequence of the interval areas 11 in the 5 sub-line bodies 8 is white-yellow-dark blue-red-sky blue, and the color change sequence of the interval areas 11 in the 5 sub-line bodies 8 in each line body group is white-yellow-dark blue-red-sky blue, when the color of the interval area 11 is changed to the same as the color of the interval area 11 in the first sub-line body 8 when the length of the line is placed again, it is indicated that the length of the placed line enters the next large interval, and the structure is arranged to avoid that too many colors cause confusion of the user.

[0040] The color of the mark point 4 is different from the color of the interval area 11, the colors of the mark points 4 are the same, for example, the color of the mark point 4 is black, the color of the mark point 4 is arranged to be the same, so that the user can distinguish the mark point 4, and the color of the main line body 1 is not too mixed, and the whole looks simple.

[0041] The color of each unit line body 5 is the same, and the color of the unit line body 5 is different from the colors of the interval area 11 and the mark point 4, for example, the color of the unit line body 5 is green, the structure is designed to make the whole main line body 1 have one color, so that the whole main line body 1 is more simple in color, and the unit line body 5 is not easily confused with the interval area 11, the identification area 3 and the mark point 4.

[0042] The main line body 1 is a solid body, and the cross section can be circular, oval or special-shaped.

[0043] The line with the size mark provided by the utility model is introduced, the principle and implementation mode of the utility model are described by applying specific examples, and the description of the above examples is only used to help understand the utility model and the core idea. It should be pointed out that, for ordinary skilled persons in the technical field, the utility model can be improved and modified on the premise of not departing from the principle of the utility model, and these improvements and modifications also fall within the protection scope of the utility model claim.

Claims

1. A line with size markings, comprising a main body, characterized in that, The main body comprises N continuous sub-body segments, which together form a body group. Each sub-body is composed of multiple unit body segments. Interval zones are provided at both ends and in the middle of each sub-body segment. The portion between the front and middle interval zones constitutes the front part of the sub-body segment, and the portion between the rear and middle interval zones constitutes the rear part. Marking positions are provided between adjacent unit body segments in both the front and rear parts of the sub-body segment. Each marking position includes at least one marking point. The number of marking points at each position in the front part of the sub-body segment increases sequentially from front to back along the length direction, and the number of marking points at each position in the rear part of the sub-body segment also increases sequentially from front to back along the length direction. An identification area is provided on one side of each marking position in the rear part of the sub-body segment. The interval zones within each sub-body segment are of the same color, while the interval zones of different sub-body segments within the body group are of different colors. The interval zones at the rear of the previous sub-body segment are connected to the interval zones at the front of the next sub-body segment to form a large interval zone.

2. The line with size markings according to claim 1, characterized in that, The color of the identification area is the same as the color of the interval area within the same sub-line body.

3. The line with size markings according to claim 1 or 2, characterized in that, The markers between two adjacent unit line segments are set sequentially along the length of the main line. At positions where the number of markers is greater than two, a first transition zone is provided between adjacent markers for spacing. The color of the first transition zone is the same as the color of the spacing zone within the same sub-line.

4. The line with size markings according to claim 3, characterized in that, A second transition zone for spacing is provided between the unit line body on both sides of the front inner part of the line body and the middle marking part. A second transition zone for spacing is provided between the marking part on the side away from the identification area and the unit line body in the rear inner part of the line body. The color of the second transition zone is the same as the color of the spacing area in the same sub-line body.

5. The line with size markings according to claim 1, characterized in that, All unit lines are the same color, but the color of the unit lines differs from the colors of the intervals and markers.

6. The line with size markings according to claim 1, characterized in that, The main body has multiple body segments, and the color change sequence of the interval areas of the N consecutive sub-body segments in each body segment is the same.

7. The line with size markings according to claim 1, characterized in that, The sub-line body is composed of 10 unit line bodies. The middle interval area divides the 10 unit line bodies into the first 5 segments and the last 5 segments. The number of marker points at the first position in the front part of the line body is one, and the number of marker points at the first position in the back part of the line body is one.

8. The line with size markings according to claim 4, characterized in that, The color of the marker point is different from the color of the interval area, and the color of each marker point is the same.

9. The line with size markings according to claim 4, characterized in that, The widths of the first and second transition zones are the same.

10. The line with size markings according to claim 4, characterized in that, The first transition zone, second transition zone, identification zone, interval zone, and marker points are either circular or strip-shaped.

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