CN218897023U - Cable laying guide frame - Google Patents

Abstract

The utility model discloses a cable laying guide frame, and relates to the field of cable guide devices. In the cable laying construction, because the cable must lay on the cable support, and can't avoid the cable turning condition, need increase personnel, through artifical turning direction, cause cable damage easily. The utility model comprises a fixing seat, 4 vertical rolling wheels and 3 horizontal rolling wheels, wherein the fixing seat comprises a square sleeve and 2 fixing bolts, and the horizontal rolling wheels are arranged at the rear sides of the vertical rolling wheels. The guide frame can be conveniently fixed on the cable support through the fixing seat, the cable turning part is in rolling friction through the support of the vertical rolling pulley and the horizontal rolling pulley, cable damage caused by friction between the turning part and the edges and corners is avoided, labor cost can be reduced, and construction efficiency is improved.

Description

Cable laying guide frame

Technical Field

The utility model relates to the field of cable guiding devices, in particular to a cable laying guiding frame.

Background

At present, in cable laying construction, secondary cable through the cable trench, because the cable must lay on the cable support, and the unavoidable cable turn condition, needs the personnel that increase, through artifical turn direction, and because of turn cable and cable trench wall and cable support friction are great, cause the cable damage easily.

Disclosure of Invention

The utility model aims to solve the technical problems and the technical task of improving the prior art, and provides a cable laying guide frame which is used for conveniently guiding cables at a turning part and reducing damage to the cables. For this purpose, the present utility model adopts the following technical scheme.

The utility model provides a cable laying guide frame, includes the fixing base that is used for fixing on the cable support, locates a plurality of roller wheels of erectting above the fixing base and locates a plurality of level roller wheels above the fixing base, the fixing base include square sleeve pipe and a plurality of fixing bolt, fixing bolt matches and pass this lateral wall with square sheathed tube rear side lateral wall's screw hole, erect roller wheel equidistant erectting in square sheathed tube top surface front side, level roller wheel quantity than erectting roller wheel less by one, level roller wheel locates erectting roller wheel rear side's square sheathed tube top surface, the wheel top of level roller wheel is located 2 adjacent lower extreme of erectting roller wheel in the fore-and-aft view, the both ends are located 2 adjacent below of erectting roller wheel in the fore-and-aft view about the level roller wheel. Through the rolling support of a plurality of horizontal roller wheels, and be located a spacing cable between 2 adjacent upright roller wheels, can conveniently realize the direction of many cables in turn department, avoid turn department and edges and corners friction and cause cable damage, can conveniently be fixed in the cable support on the guide frame through the fixing base, the guide frame can effectively reduce extra manual guide personnel in turn department, reduces the cost of labor, promotes the efficiency of construction.

As a preferable technical means: the vertical rolling pulley adopts an arc rolling groove, and the horizontal rolling pulley adopts a cylindrical surface roller. The cable can be well limited between the vertical rolling wheels through 2 opposite arc rolling grooves and cylindrical surface rolling wheels at the bottom.

As a preferable technical means: the vertical roller is provided with 4 horizontal roller wheels, each vertical roller wheel is rotatably arranged on a vertical roller wheel shaft rod, the upper end and the lower end of each vertical roller wheel are connected with nuts through threads arranged on the roller wheel shaft rod, the top surface of each square sleeve is provided with 4 roller wheel connecting seat pieces, and the horizontal roller wheels are connected onto the roller wheel connecting seat pieces in series through 1 long screw rod and 5 nuts. The turning guide of 3 cables can be realized simultaneously, and the supporting and connecting structure of the vertical rolling wheel and the horizontal rolling wheel is realized.

As a preferable technical means: the upper ends of the 2 upright rolling wheels on the 2 sides are connected with pulley limiting sheets, the pulley limiting sheets are arranged between the upper ends of the upright rolling wheels and nuts at the upper ends of the upright rolling wheels, the rear sides of the 2 pulley limiting sheets are connected with a baffle strip, the baffle strip is positioned above the upper ends of the 4 upright rolling wheels, and the baffle strip and the pulley limiting sheets are integrated into a sheet body. Through the spacing piece of pulley and blend stop, can effectively realize the upper end spacing of pulley to prevent that the cable from deviating from the upper end, the security when effectively promoting the cable.

As a preferable technical means: the vertical pulley shaft rod is welded with the top surface of the square sleeve, and the pulley connecting seat piece is welded with the top surface of the square sleeve. The connecting structure is simple, firm and reliable.

The beneficial effects are that: through the rolling support of level roller, and be located a spacing cable between 2 adjacent erects roller, can conveniently realize the direction of cable at the turn, avoid turn and edges and corners friction and cause cable damage, can conveniently be fixed in the cable support on the guide frame through the fixing base, the guide frame can effectively reduce extra manual guide personnel at the turn, reduces the cost of labor, promotes the efficiency of construction.

Drawings

Fig. 1 is a schematic diagram of the front view structure of the present utility model.

Fig. 2 is a schematic top view of the present utility model.

Fig. 3 is a left-hand structural schematic of the present utility model.

In the figure: 1. a vertical roller wheel; 2. a horizontal roller wheel; 3. square sleeve; 4. a fixing bolt; 5. a pulley shaft lever; 6. a long screw; 7. a nut; 8. pulley connecting seat piece; 9. pulley limit pieces; 10. and a barrier strip.

Detailed Description

The technical scheme of the utility model is further described in detail below with reference to the attached drawings.

As shown in fig. 1 to 3, a cable laying guide frame comprises a fixing seat for fixing on a cable bracket, 4 vertical rolling wheels 1 arranged on the fixing seat and 3 horizontal rolling wheels 2 arranged on the fixing seat, wherein the fixing seat comprises a square sleeve 3 and 2 fixing bolts 4, the fixing bolts 4 are matched with threaded holes on the side wall of the rear side of the square sleeve 3 and penetrate through the side wall, as the cable bracket adopts angle steel mostly, the square sleeve 3 can be conveniently sleeved from the outer end part of the angle steel or channel steel, the square sleeve 3 adopts square steel pipes, then the fixing bolts 4 are tightly screwed through the 2 fixing bolts 4 to tightly prop the fixing bolts 4 on the angle steel for fixing the guide frame, the 2 fixing bolts 4 are arranged along the length direction of the square sleeve 3, the positions are symmetrical according to the middle of the length direction of the square sleeve 3, the vertical rolling wheels 1 are arranged on the front side of the top surface of the square sleeve 3 at equal intervals, the horizontal rolling wheels 2 are arranged on the top surface of the square sleeve 3 at the rear side of the vertical rolling wheels 1, the wheel tops of the horizontal rolling wheels 2 are positioned at the lower ends of 2 adjacent vertical rolling wheels 1 in the front-back view direction, the left and right ends of the horizontal rolling wheels 2 are positioned below 2 adjacent vertical rolling wheels 1 in the front-back view direction, when a cable turns through the guide frame, the outer skin of the cable is contacted with the rotating parts of the vertical rolling wheels 1 or the horizontal rolling wheels 2, rolling contact is formed between the two parts, and friction damage to the cable caused by turning stress can be effectively avoided.

In order to better limit the cable between the vertical rolling pulleys 1, the sliding chute of the vertical rolling pulley 1 adopts an arc rolling groove, the horizontal rolling pulley 2 adopts a cylindrical roller, the cable passes through the middle of the arc rolling groove between the two vertical rolling pulleys 1, when the cable is turned and pulled, the cable can be positioned at the bottom of the arc rolling groove at the stress side due to stress, and the damage to the cable during the turning and pulling can be effectively avoided by the rotation of the rolling pulleys. The cable can be well limited between the vertical roller wheels 1 by 2 opposite arc roller grooves and cylindrical surface rollers at the bottom.

In order to realize supporting and limiting the vertical rolling pulley 1 and the horizontal rolling pulley 2, each vertical rolling pulley 1 is rotatably arranged on the vertical pulley shaft rod 5, the upper end and the lower end of each vertical rolling pulley 1 are connected with nuts 7 through threads arranged on the pulley shaft rod 5 to serve as supporting and limiting the vertical rolling pulley 1, 4 square rolling pulley connecting seat pieces 8 are arranged on the top surface of the square sleeve 3, the rolling pulley connecting seat pieces 8 are vertically arranged in parallel, the horizontal rolling pulley 2 is connected onto the pulley connecting seat pieces 8 in series through 1 long screw rod 6 and 5 nuts 7, and each horizontal rolling pulley 2 is located between the 2 rolling pulley connecting seat pieces 8 and is limited and fixed through the nuts 7. Realizing the supporting and limiting connection structure of the vertical roller wheel 1 and the horizontal roller wheel 2.

In order to prevent the cable from falling out upwards, the upper ends of the 2 side 2 vertical rolling pulleys 1 are connected with pulley limiting plates 9, the pulley limiting plates 9 are arranged between the upper ends of the vertical rolling pulleys 1 and nuts 7 at the upper ends of the vertical rolling pulleys 1, the rear sides of the 2 pulley limiting plates 9 are connected with a baffle strip 10, the baffle strip 10 and the pulley limiting plates 9 are integrally formed, the baffle strip 10 is positioned above the upper ends of the 4 vertical rolling pulleys 1, the upper end limiting of the pulleys can be effectively realized through the pulley limiting plates 9 and the baffle strip 10, the baffle strip 10 seals the upper end outlets among the grooves of the 4 vertical rolling pulleys 1, and when the cables among the grooves of the vertical rolling pulleys 1 are upwards stressed, the baffle strip 10 can prevent the cables from falling out upwards, the occurrence of cable laying accidents is avoided, and the safety during cable laying is effectively improved.

In order to realize firm connection, the top surface welded connection of vertical pulley axostylus axostyle 5 and square sleeve pipe 3, the top surface welded connection of pulley connecting seat piece 8 and square sleeve pipe 3, because square sleeve pipe 3 cover is in the outside of cable support's angle steel, square sleeve pipe 3's width is less relatively, vertical pulley axostylus axostyle 5 and pulley connecting seat piece 8 have the space to connect fixedly through the fastener hardly, and adopt welded connection, not only connect simply, firm reliable, and need not great connecting space.

During the use, according to how many cables of needs direction, adopt the guide frame of reasonable quantity, insert the guide frame each by one from the tip on each angle steel of cable support to press up the angle steel through fixing bolt 4 and fix, when laying the cable through cable laying guide frame, open the integrated lamellar body of blend stop 10 and pulley spacing piece 9, put into and pass the groove of erectting roller 1 from last one to one downwards to the cable, then reset and fix the integrated lamellar body of blend stop 10 and pulley spacing piece 9, prevent that the cable from deviating from upwards during the guide. The rolling pulley 1 is in rolling friction with the cable during guiding, the cable is not damaged, additional personnel are not required to conduct manual guiding operation at the turning part, labor cost is reduced, and construction efficiency is improved.

The cable laying guide frame shown in fig. 1-3 is a specific embodiment of the present utility model, has already shown substantial characteristics and improvements of the present utility model, and can be modified in terms of shape, structure, etc. according to practical use requirements, and are all within the scope of protection of the present utility model.

Claims (5)

1. A cable laying guide frame, characterized in that: including being used for fixing base on the cable support, locating a plurality of roller (1) of erectting above the fixing base and locating a plurality of level roller (2) above the fixing base, the fixing base include square sleeve pipe (3) and a plurality of fixing bolt (4), fixing bolt (4) match and pass this lateral wall with the screw hole of square sleeve pipe (3) rear side lateral wall, erect roller (1) equidistant erect in square sleeve pipe (3) top surface front side, the quantity of level roller (2) be less than erectting roller (1), the top surface of square sleeve pipe (3) of erectting roller (1) rear side is located to level roller (2), the wheel top of level roller (2) is located the lower extreme of 2 adjacent roller (1) in the front and back view upwards, the left and right sides of level roller (2) is located the below of 2 adjacent roller (1) in the front and back view upwards.

2. A cabling guide frame as claimed in claim 1, wherein: the vertical roller (1) adopts an arc roller groove, and the horizontal roller (2) adopts a cylindrical roller.

3. A cabling guide frame as claimed in claim 2, wherein: the utility model discloses a vertical roller wheel (1) 4 altogether, horizontal roller wheel (2) 3 altogether, every erects roller wheel (1) rotatable locate on vertical pulley axostylus axostyle (5), erects upper end and lower extreme of roller wheel (1) and all have nut (7) through the threaded connection who establishes on pulley axostylus axostyle (5), the top surface of square sleeve pipe (3) be equipped with 4 roller wheel connecting seat piece (8), horizontal roller wheel (2) be connected in series on pulley connecting seat piece (8) through 1 long screw rod (6) and 5 nut (7).

4. A cabling guide frame as claimed in claim 3, wherein: the upper end of 2 upright rolling wheels (1) on the 2 sides is connected with a pulley limiting piece (9), the pulley limiting piece (9) is arranged between the upper end of the upright rolling wheels (1) and a nut (7) on the upper end of the upright rolling wheels (1), the rear side of 2 pulley limiting pieces (9) is connected with a barrier strip (10), the barrier strip (10) is positioned above the upper ends of 4 upright rolling wheels (1), and the barrier strip (10) and the pulley limiting piece (9) are integrated into a whole body.

5. A cabling guide frame as defined in claim 4, wherein: the vertical pulley shaft lever (5) is welded with the top surface of the square sleeve (3), and the pulley connecting seat piece (8) is welded with the top surface of the square sleeve (3).

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