CN205061138U

CN205061138U - Cable transmission

Info

Publication number: CN205061138U
Application number: CN201520808194.8U
Authority: CN
Inventors: 林泽民; 李明; 徐自亮
Original assignee: ANHUI YANAN CABLE FACTORY
Current assignee: ANHUI YANAN CABLE FACTORY
Priority date: 2015-10-15
Filing date: 2015-10-15
Publication date: 2016-03-02
Anticipated expiration: 2025-10-15

Abstract

The utility model discloses a cable transmission, include: a pedestal, the hydraulic pressure station, hydraulic cylinder, a supporting plate, pivot down, lower leading wheel, smooth rod, the fixed plate, the lead screw, the connecting plate, go up the pivot, go up the leading wheel, a guiding sleeve, a handle, vertically on the upper surface of base set firmly a hydraulic cylinder, backup pad of upper end level welding of hydraulic cylinder's telescopic shaft, the infraduction is epaxial to set firmly a lower leading wheel, two parts are do not vertical around on the backup pad upper surface sets firmly a smooth rod, the mode cover that sliding connection is passed through at both ends about the connecting plate is on controlling smooth rod, go up the pivot through one bearing horizontal installation on the connecting plate, rotate upward and epaxially set firmly one and go up the leading wheel, uide bushing of rear end level welding on the left surface of backup pad. The utility model has the advantages of convenient to use, transportation are stably.

Description

A kind of cable driving device

Technical field

The utility model relates to a kind of cable driving device, is applied to the production and processing field of cable.

Background technology

Cable is common in daily life, in the processing process of cable, cable is needed to be delivered to later process by preceding working procedure, sometimes, distance between preceding working procedure and later process is long, in order to prevent cable sagging, people can arrange one or more bracing frame for playing the effect of support in centre, but bracing frame is relatively simple for structure, not only larger with the friction force of cable, be unfavorable for conveying, and the height of bracing frame can not regulate according to the height of front and back processing apparatus, and not there is guide function, cable easily drops from bracing frame, therefore cumbersome.

Utility model content

Technical problem to be solved in the utility model be to provide a kind of easy to use, carry stable cable driving device.

For solving the problems of the technologies described above, the utility model provides following technical scheme: the utility model discloses a kind of cable driving device, comprise: base, Hydraulic Station, hydraulic ram, stay bearing plate, lower rotary shaft, lower track adjusting wheel, smooth shaft, adapter plate, screw mandrel, connecting panel, upper rotating shaft, upper track adjusting wheel, orienting sleeve, handle, described base sets firmly a Hydraulic Station, the upper surface of described base vertically sets firmly a hydraulic ram, described hydraulic ram is connected with Hydraulic Station by oil pipe, the upper end level of the telescopic shaft of described hydraulic ram welds a stay bearing plate, described stay bearing plate installs a lower rotary shaft by bearing level, described lower rotary shaft sets firmly a lower track adjusting wheel, front and back two parts in described support plate upper surface vertically do not set firmly a smooth shaft, the rear and front end of described adapter plate is welded on the upper end of front and back smooth shaft respectively, described adapter plate vertically installs a screw mandrel by bearing, the mode level that the lower end of described screw mandrel is threaded connection installs a connecting panel, and screw mandrel runs through connecting panel, the two ends, left and right of described connecting panel are enclosed within the smooth shaft of left and right by the mode of sliding block joint, described connecting panel installs a upper rotating shaft by bearing level, described upper rotating shaft and lower rotary shaft are parallel to each other, described upper rotating shaft sets firmly a upper track adjusting wheel, described upper track adjusting wheel is directly over lower track adjusting wheel, rear end level on the left surface of described stay bearing plate welds an orienting sleeve, described orienting sleeve is hollow structure, and orienting sleeve is in the dead aft of lower track adjusting wheel, a handles is welded in the upper end of described screw mandrel, described handle is above adapter plate.

Described upper track adjusting wheel and lower track adjusting wheel all adopt plastic material to make.

The beneficial effect that the utility model compared with prior art has is:

1, easy to use;

2, conveying is stable.

Accompanying drawing explanation

Fig. 1 is the left view of a kind of cable driving device of the utility model.

Number in the figure is: 1-base; 2-Hydraulic Station; 3-hydraulic ram; 4-stay bearing plate; 5-lower rotary shaft; Track adjusting wheel under 6-; 7-smooth shaft; 8-adapter plate; 9-screw mandrel; 10-connecting panel; The upper rotating shaft of 11-; The upper track adjusting wheel of 12-; 13-orienting sleeve; 14-handle.

Detailed description of the invention

As shown in Figure 1, the utility model discloses a kind of cable driving device, comprise: base 1, Hydraulic Station 2, hydraulic ram 3, stay bearing plate 4, lower rotary shaft 5, lower track adjusting wheel 6, smooth shaft 7, adapter plate 8, screw mandrel 9, connecting panel 10, upper rotating shaft 11, upper track adjusting wheel 12, orienting sleeve 13, handle 14, described base 1 sets firmly a Hydraulic Station 2, the upper surface of described base 1 vertically sets firmly a hydraulic ram 3, described hydraulic ram 3 is connected with Hydraulic Station 2 by oil pipe, the upper end level of the telescopic shaft of described hydraulic ram 3 welds a stay bearing plate 4, described stay bearing plate 4 installs a lower rotary shaft 5 by bearing level, described lower rotary shaft 5 sets firmly a lower track adjusting wheel 6, front and back two parts on described stay bearing plate 4 upper surface vertically do not set firmly a smooth shaft 7, the rear and front end of described adapter plate 8 is welded on the upper end of front and back smooth shaft 7 respectively, described adapter plate 8 vertically installs a screw mandrel 9 by bearing, the mode level that the lower end of described screw mandrel 9 is threaded connection installs a connecting panel 10, and screw mandrel 9 runs through connecting panel 10, the two ends, left and right of described connecting panel 10 are enclosed within left and right smooth shaft 7 by the mode of sliding block joint, described connecting panel 10 installs a upper rotating shaft 11 by bearing level, described upper rotating shaft 11 is parallel to each other with lower rotary shaft 5, described upper rotating shaft 11 sets firmly a upper track adjusting wheel 12, described upper track adjusting wheel 12 is directly over lower track adjusting wheel 6, rear end level on the left surface of described stay bearing plate 4 welds an orienting sleeve 13, described orienting sleeve 13 is hollow structure, and orienting sleeve 13 is in the dead aft of lower track adjusting wheel 6, a handles 14 is welded in the upper end of described screw mandrel 9, described handle 14 is above adapter plate 8.

Described upper track adjusting wheel 12 all adopts plastic material to make with lower track adjusting wheel 6.

The utility model implements like this: rearward carried from orienting sleeve 13 in lower track adjusting wheel 6 by cable, processing staff only need by handle 14 rotary screw 9, screw mandrel 9 can not move up and down owing to can only rotate, therefore moved down relative to screw mandrel 9 to make connecting panel 10 by the rotation of screw mandrel 9, moving down of connecting panel 10 drives upper rotating shaft 11 to move down, upper rotating shaft 11 drives upper track adjusting wheel 12 to move down, till cable is pressed in lower track adjusting wheel 6 by upper track adjusting wheel 12, such cable is in the process of conveying, upper track adjusting wheel 12 and lower track adjusting wheel 6 play the effect of transmission, friction force also just significantly reduces, be beneficial to conveying, and avoid the defect that cable shakes in the process of conveying, and orienting sleeve 13 can play to the effect of cable guiding, more stable during conveying, in addition, processing staff can according to the height of front and back processing apparatus, by the motion up or down of Hydraulic Station 2 hydraulic control oil cylinder 3 telescopic shaft, the telescopic shaft of hydraulic ram 3 then drive stay bearing plate 4 on move or move down, such stay bearing plate 4 can drive lower track adjusting wheel 6 and orienting sleeve 13 on move or move down, avoid because of highly inconsistent, cause the defect that cable transfer effect is bad, use more convenient.

The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.

Claims

1. a cable driving device, comprise: base, Hydraulic Station, hydraulic ram, stay bearing plate, lower rotary shaft, lower track adjusting wheel, smooth shaft, adapter plate, screw mandrel, connecting panel, upper rotating shaft, upper track adjusting wheel, orienting sleeve, handle, it is characterized in that: described base sets firmly a Hydraulic Station, the upper surface of described base vertically sets firmly a hydraulic ram, described hydraulic ram is connected with Hydraulic Station by oil pipe, the upper end level of the telescopic shaft of described hydraulic ram welds a stay bearing plate, described stay bearing plate installs a lower rotary shaft by bearing level, described lower rotary shaft sets firmly a lower track adjusting wheel, front and back two parts in described support plate upper surface vertically do not set firmly a smooth shaft, the rear and front end of described adapter plate is welded on the upper end of front and back smooth shaft respectively, described adapter plate vertically installs a screw mandrel by bearing, the mode level that the lower end of described screw mandrel is threaded connection installs a connecting panel, and screw mandrel runs through connecting panel, the two ends, left and right of described connecting panel are enclosed within the smooth shaft of left and right by the mode of sliding block joint, described connecting panel installs a upper rotating shaft by bearing level, described upper rotating shaft and lower rotary shaft are parallel to each other, described upper rotating shaft sets firmly a upper track adjusting wheel, described upper track adjusting wheel is directly over lower track adjusting wheel, rear end level on the left surface of described stay bearing plate welds an orienting sleeve, described orienting sleeve is hollow structure, and orienting sleeve is in the dead aft of lower track adjusting wheel, a handles is welded in the upper end of described screw mandrel, described handle is above adapter plate.

2. a kind of cable driving device according to claim 1, is characterized in that: described upper track adjusting wheel and lower track adjusting wheel all adopt plastic material to make.