CN102974723A - Automatic cutting device of mine cable core - Google Patents

Abstract

The invention discloses an automatic cutting device of a mine cable core, wherein the automatic cutting device is mainly fixed-length cutting equipment of multi-cable cores. The equipment is simple in to operationsoperate, high in reliability, stable, safe and highly efficient. Several cable cores with colour differences are cut fromin the beginning, a prompt for inspecting a first workpiece is provided, cable cores are cut according to a predetermined length, the cutting is automatically stopped when a number is up to the standard, thea prompt for judging and distinguishing tailings at the end is provided, and an automatic counting function is realized.

Description

Mine cable core automatic cutting means

Technical field

The present invention relates to mine cable core automatic cutting means, mainly is a kind of device that multi-thread core fixed length cuts.

Background technology

At present, what the fixed length of mine cable core cut basically use all is semi-automatic cutting, or aritificial cut-off.Output can't improve, labor intensive.

Summary of the invention

In order to improve the efficient that cuts of mine cable core fixed length.The present invention develops the device that automatic cut-to-length cuts.The technical scheme that the present invention takes is: utilize that the electric fixed length that has realized cable core of automation is programmable to be cut automatically, the artificial required length that exactly core is cut of doing, the control terminal of quantity input equipment, equipment can carry out automatically according to the length quantity of setting the process that cuts of fixed length core; Effect of the present invention is to have replaced original semi-automatic or aritificial cut-off, core is cut realized integrated; Equipment operating is simple, and reliability is high, and is stable, safe and efficient; Carried out from beginning cutting for several cable cores that aberration is arranged, initial workpiece prompting check, core length cuts according to default, automatically stops when quantity is up to standard, and the least significant end tailing is judged identification prompting, the realization of automatic counting function;

The core cutoff length can be inputted by hand, also can be from the intrinsic call default value of equipment own, and to the automatic record of input value, numbering stores.

Description of drawings

In the accompanying drawing 1: 1 is the core cutoff tool, and 2 is cutting-off tool plate, and 3 is blade holder, and 6.7 are respectively DV line slideway parts;

In the accompanying drawing 2: 1 is core guiding edger roll support, 2 cores guiding edger roll, and 5 is ball bearing, 6 is shaft block ring;

In the accompanying drawing 3: 1 is the cylinder push pedal, and 2 is air cylinder fixed plate, and 3 is sensor fixed block (afterwards), 4 is the sensor fixed block, and 5 is the shearing device contiguous block, and 6 are core guiding edger roll, 7 are core guiding edger roll support, and 8 is core gathering sill cover plate, and 9 is the core gathering sill, 10 are the charging roller bearing, and 11 is the feed roller axle bed, and 12 are core guiding roll shaft, 13 are core guiding roll shaft supporting base, and 14 is the core guide pad, and 15 is bearing block, 16 is adjusting rod, and 17 are rotating shaft, and 18 is shaft seating, 19 is the driven voller adjustable plate, and 20 is the stepper motor adpting flange, and 21 cut base plate for core, 22 is roller shaft, and 23 is driven pulley, and 24 is the shearing device assembly, 25 are charging vertical roll frame assembly, and 26 is axis of guide supporting base assembly, and 27 is the adjusting screw(rod) handle, 28 is adjusting screw(rod), and 29-33 is the GB standard component, and 34 is stepper motor, 35 are the band guide rod cylinder, 36 is photoelectric sensor, and 37 is without oily lining, 38,39 is ball bearing, 40 is polyurethane roller, and 41 is shaft coupling, and 42 is flange connecting plate;

In the accompanying drawing 4: 1-41 is the same, and 42 is operating desk, and 43 is the equipment regulator cubicle.

The specific embodiment

The manual threading of cable core is by the charging roller bearing, core guiding edger roll, guide bearing bearing assembly enters the core guide pad to the distribution guiding of 4 cores, after being installed on photoelectric sensor on the guide pad this moment and detecting, discharge a signal to the device end control section (when this detects position separately not during release signal, equipment can't start), then continue core by between polyurethane roller and the driven voller, the end of a thread penetrates the core gathering sill, core gathering sill upper end photoelectric sensor detects, after discharging another time signal, equipment entered and treated starting state this moment, use driven voller to regulate part and regulate driven voller and polyurethane roller clamping core, press the device start button, control operation interface prompt this moment " whether carrying out the debugging first time cuts ", "Yes" key on the clicking operation interface, device start is debugged for the first time and is cut, and it is neat to be cut into cut-out core termination for the first time; Operation interface can be pointed out direct input length dimension or the calling device inside numerical value that prestores after the execution, after can choosing one this moment, whether interface prompt carries out initial workpiece cuts, start key on pressing on the interface after the affirmation, this moment, equipment was according to after input or calling the numerical value that prestores and cut, equipment stops, and interface display " whether detect qualified " is after initial workpiece detects affirmation, click "Yes", interface prompt " whether qualified ", such as qualified click "Yes", interface prompt " can begin to cut; please input quantity ", after input cuts quantity, click " affirmation ", the device beginning cuts action automatically; After cutting the whole roller of enough amounts or core and having cut out, if tip sensor detected first when core does not have or feeding falls short of when whole roller was finished, last cutter does not cut, and equipment stops, and buzzing is reported to the police, when changing new core according to aforesaid operations, if quantity does not have up to standard, " whether connecting sub-quantity cuts " can be pointed out in the interface, selects "Yes", after equipment can carry out first first time debugging and cuts, connect the hop count amount and automatically cut to quantity rear alarm up to standard.

Claims (4)

1. mine cable core automatic cutting means, it is characterized in that adopting the human relations of touch-type prestige, PLC, photoelectric sensor has carried out from beginning cutting for several cable cores that aberration is arranged, initial workpiece prompting check, core length cuts according to default, automatically stops when quantity is up to standard, the least significant end tailing is judged identification prompting, the realization of automatic counting function.

2. the mine cable core automatic cutting means described in according to claim 1 is characterized in that having realized the self-feeding to cable core by the automatically controlled part in the equipment, according to setting the automatic cutting cutting fixed length.

3. the mine cable core automatic cutting means described in according to claim 1 is characterized in that the core cutoff length can input by hand, also can be from installing intrinsic call default value own, and to the automatic record of input value, numbering stores, and call when using convenient next time.

4. the mine cable core automatic cutting means described in according to claim 1 is characterized in that equipment operating is simple, and reliability is high, and is stable, safe and efficient.

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