CN201684870U

CN201684870U - Steel wire rope course

Info

Publication number: CN201684870U
Application number: CN2010202144387U
Authority: CN
Inventors: 梁校军
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-06-04
Filing date: 2010-06-04
Publication date: 2010-12-29
Anticipated expiration: 2020-06-04

Abstract

The utility model discloses a steel wire rope course which is woven by steel wire ropes. Neighboring steel wire ropes are penetrated and woven to form a steel wire rope course with rhombus meshes; one steel wire rope is a positively penetrated mesh junction with the mesh formed by penetrating the steel wire rope at one neighboring side, and is a negatively penetrated mesh junction with the mesh formed by penetrating the steel wire rope at the other neighboring side; positively penetrated and negatively penetrated mesh junctions are alternatively formed on the steel wire ropes, thus being capable of forming quadrilateral meshes the four sides of which are almost equal. Moreover, all the incorporation points are arranged on the same straight line, and are uniformly strained, which has strong firmness; and the meshes are hard to be deformed.

Description

Wire rope net

Technical field

The utility model relates to a kind of protection network, and especially a kind of the employing inserted the wire rope net that the volume mode is made.

Background technology

Slotting netting in the past all is just slotting according to an order, formed like this, and the unusual big quadrangle of section, its unbalance stress, easy fastness out of shape is impaired.

The utility model content

The utility model technical issues that need to address provide the just anti-inserted alternately wire rope net of braiding of inserting of a kind of employing, and four limits of all mesh of this wire rope net are almost equal, and all volumes are inserted point all makes it stressed evenly point-blank, and fastness is strong.

For addressing the above problem, technical solution adopted in the utility model is: a kind of wire rope net, form by the steel wire rope braiding, the interspersed braiding of adjacent steel wire rope forms the wire rope net with diamond-shaped meshes, the interspersed mesh that forms of the steel wire rope of a steel cable and an adjacent side is become just slotting mesh knot, become the anti-mesh knot of inserting with the interspersed mesh that forms of the steel wire rope of adjacent opposite side, the just anti-inserted mesh knot of inserting alternately of formation on this steel wire rope.

Described diamond-shaped meshes size is even, and the four edges of each diamond-shaped meshes all equates.

Described mesh knot is made of from passing between the other side's strand mutually two adjacent steel wire ropes.

Adopt the beneficial effect that technique scheme produced to be: this novel wire rope net takes positive and negative alternate to compile the mode of inserting, will form one the four quadrangle mesh that the limit is almost equal like this, and all volumes are inserted point all point-blank, make it stressed evenly, fastness is strong, and mesh is not yielding.

Description of drawings

Fig. 1 is this existing structural representation of inserting netting;

Fig. 2 is the utility model structural representation;

Fig. 3 is the structural representation of this mesh knot.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is done and to be described in further detail: all mesh knots of existing slotting volume formula wire rope net all adopt the slotting volume mode of an order---just insert (concerning each is just inserting mesh knot, see it all is that the right side steel wire rope penetrates earlier from the front), as shown in Figure 1, all mesh knots all adopt the mode of just inserting, with steel cable 6 wherein, it is passed between rope strand by right side steel wire rope 8 earlier, and then pass steel wire rope 8, form and just insert mesh knot 1, then passing left side steel wire rope 7 backs is once more passed by it, forming and just to insert mesh knot 1, because it is tied with the mesh that the steel wire rope of the right and left forms, all is just slotting, so your steel wire rope of giving of the left and right sides is gathered to one easily, thereby cause each limit of diamond-shaped meshes unequal, unbalance stress, easy fastness out of shape is impaired.Therefore the inventor improves weaving method, adopt the positive and negative mode that interweaves of inserting, as shown in Figure 2, with steel cable 3, it is passed from the centre by the steel wire rope 5 on right side, then reeve 5, form and just to insert mesh knot 1, then passed from the centre by the steel wire rope 4 in left side again, in the middle of steel wire rope 4, pass afterwards, form anti-slotting mesh knot 2, braiding rule according to this, the interspersed braiding of all adjacent steel wire ropes intersections forms some mesh knots, the mesh knot of each row is one type (just inserting or anti-inserting), the mesh knot of adjacent lines adopts opposite weaving manner, and the mesh of braiding is tied equal and opposite in direction like this, and the four edges of each mesh all equates; Because the adjoining cells knot in different ways, when net was stressed, the offset direction of mesh knot was identical, and not yielding, fastness is strong.

The mesh knot weaving method of this novel net is that two adjacent steel wire ropes are passed between the other side's strand mutually.

Claims

1. wire rope net, form by the steel wire rope braiding, the interspersed braiding of adjacent steel wire rope forms the wire rope net with diamond-shaped meshes, it is characterized in that: the interspersed mesh that forms of the steel wire rope of a steel cable and an adjacent side is become just slotting mesh knot (1), become the anti-mesh knot (2) of inserting with the interspersed mesh that forms of the steel wire rope of adjacent opposite side, the just anti-inserted mesh knot of inserting alternately of formation on this steel wire rope.

2. wire rope net according to claim 1 is characterized in that described diamond-shaped meshes size evenly, and the four edges of each diamond-shaped meshes all equates.

3. wire rope net according to claim 1 is characterized in that described mesh knot is made of from passing between the other side's strand mutually two adjacent steel wire ropes.