CN211350226U - Double-door double-edge vertical taping machine - Google Patents

Abstract

The utility model relates to a double-side vertical belt wrapping machine with two opposite doors, which comprises a cabinet body, wherein the middle part of the cabinet body is provided with a longitudinal beam to separate the cabinet body into a left cavity and a right cavity, the double-side vertical belt wrapping machine also comprises a left cabinet door for sealing the left cavity and a right cabinet door for sealing the right cavity, the middle parts of the left and right cabinet doors are respectively provided with a handle component, the two sides of the middle part of the longitudinal beam are respectively provided with an induction component, the handle component comprises a lock shaft which is rotationally matched with the left cabinet door or the right cabinet door, the sensing assembly comprises a sensor seat fixedly arranged on the longitudinal beam and a photoelectric switch arranged in the sensor seat, and one side of the sensor seat is provided with an opening of the sensor seat suitable for the lock pin to pass through so that the photoelectric switch is shielded by the lock pin when the lock pin rotates into the sensor seat.

Description

Double-door double-edge vertical taping machine

Technical Field

The utility model relates to a device, especially a to bilateral vertical taping machine of door of carrying out the diolame operation to the heart yearn of cable.

Background

In the production process of the cable, the tape wrapping machine, also called wrapping machine and film wrapping machine, is equipment for wrapping a tape/an insulating film on the cable by rotating a turntable, is mainly used for wrapping insulating core wires of electric wires, force cables, control cables, optical cables and the like, and plays roles of electrically shielding and protecting the cable; the tape wrapping machine is generally divided into a vertical type tape wrapping machine and a horizontal type tape wrapping machine according to the arrangement mode of a rotating shaft, and two layers of same or different tapes are often required to be wrapped when a core material is wrapped, so that the vertical type double-layer tape wrapping machine is an ideal choice, and specifically, the patent document named as a double-layer vertical tape wrapping machine with the patent publication number of CN207052378U in the prior patent of the applicant or the patent document named as a multi-layer film wrapping machine with the patent publication number of CN201812580U in the other patent of the applicant can be referred to; there is the potential safety hazard after the cabinet door part of above-mentioned taping machine is opened.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to provide a to bilateral vertical taping machine of opening door of simple structure, security height.

In order to solve the technical problem, the utility model provides a to bilateral vertical belting machine of opening door, including the cabinet body, the middle part of the cabinet body sets up the longeron so that keep apart in the cabinet body for left cavity and right cavity, still include the left cabinet door that is used for sealing left cavity, the right cabinet door that is used for sealing right cavity, the middle part of left and right cabinet door sets up the handle subassembly respectively, the middle part both sides of longeron set up the response subassembly respectively, the handle subassembly includes the lock axle with left cabinet door or right cabinet door normal running fit, with fixed the rotation handle who links to each other and arrange in left cabinet door or right cabinet door outside of lock axle front end, with fixed the lockpin of lock axle tail end and arrange in left cabinet door or right cabinet door inboard lockpin, the response subassembly includes fixed inductor seat of arranging on the longeron, arranges the photoelectric switch in inductor seat, one side of inductor seat sets up, so that the photoelectric switch is shielded by the lock pin when the lock pin rotates into the sensor seat.

Further, set up first package unit, the guide pulley subassembly that turns to in the left side cavity, set up the second in the right side cavity and wrap package unit, draw gear and belt closing device, draw gear set up in the second wraps the top of package unit, draw gear draw the guide pulley and be used for driving first guide pulley pivoted that draws rotation driving device that draws including first guide pulley, second, the outer peripheral face that first draws the guide pulley sets up along circumference and is used for carrying out the interior flat slot that twines side by side to the cable, the outer peripheral face that the guide pulley was drawn to the second sets up the sawtooth groove that has a plurality of inner groovees along circumference.

Further, the belt pressing device comprises a belt, a lifting driving device and a gland, belt rollers are arranged at two ends in the gland, the belt is wound on the belt rollers, the width of the belt is matched with the width of the inner concave flat groove, the lifting driving device is in transmission fit with the gland, so that the belt can be arranged above the inner concave flat groove in a lifting mode, when the belt is used, a core wire and a cladding belt material are coated in a single-layer mode by a first winding unit to obtain a middle wire rod, the middle wire rod is led into a second winding unit through a steering guide wheel assembly and is coated in a two-layer mode by a second winding unit to obtain a cable, the cable sequentially enters a first traction guide wheel and a second traction guide wheel, the cable is wound tightly in the inner concave grooves of the inner concave flat groove and the sawtooth groove to form a plurality of cable rows and is led out through the second traction guide wheel, the belt pressing device descends to tightly press the cable between the belt and the inner concave flat groove, the first traction guide wheel is driven to rotate by the traction rotation driving device, the second traction guide wheel is driven to rotate by the cable, and the cable wound and finished is led out from the cabinet body.

Further, the first wrapping unit and the second wrapping unit comprise a driving device, a belt winding device and a belt wrapping pipe which are sequentially arranged from bottom to top, the driving device comprises a tension shaft, a main shaft and an outer shaft sleeve which are coaxially sleeved, the outer shaft sleeve is fixedly connected with the cabinet body, two ends of the main shaft extend out of the outer shaft sleeve, and two ends of the tension shaft extend out of the main shaft; the tape winding device comprises a tape winding pipe, a cage-shaped tape winding outer frame body, a tension disc and a guide roller frame, wherein the tension disc can be rotatably arranged in the tape winding outer frame body, the guide roller frame can be detachably arranged at the top end of the tape winding outer frame body, the tape winding pipe can be detachably arranged at the center of the guide roller frame, the tail end of the tape winding outer frame body is matched with the spindle in a transmission manner, so that the spindle can drive the tape winding outer frame body and the tape winding pipe to synchronously rotate, the front end of the tension shaft penetrates through the tape winding outer frame body and is matched with the tension disc in a transmission manner, the front end of the tape winding pipe extends out of the tape winding outer frame body, one side of the tape winding pipe is provided with a threading groove, the edge of the tape winding outer frame body is provided with a steering guide wheel, the guide roller frame is provided with a plurality of tape guide wheels, a core material penetrates through the tension shaft and the tape winding pipe, After being guided by the belt guide wheel, the belt guide wheel enters the belt tube through the threading groove and is wrapped on the core material or the middle wire material.

Furthermore, the first wrapping unit and the second wrapping unit further comprise a wire passing pipe and a tape coil storage rack, the wire passing pipe is fixedly arranged above the tape coil, so that middle wires or cables after wrapping penetrate out of the tape coil and then enter the wire passing pipe, the tape coil storage rack is fixedly arranged in the cabinet body and used for storing the coated strips of the coils, the bottom end of the wire passing pipe penetrates through the center of the tape coil storage rack, the coated strips are convenient to replace, and the downtime is reduced.

Furthermore, the steering guide wheel assembly comprises a first steering guide wheel, a second steering guide wheel, a threading pipe and a third steering guide wheel, the threading pipe is fixedly arranged between the first wrapping unit and the second wrapping unit, the first steering guide wheel is arranged at the top end of the threading pipe of the first wrapping unit, the second steering guide wheel is arranged at the top end of the threading pipe, the third steering guide wheel is arranged at the bottom end of the threading pipe, and the bottom end of the third steering guide wheel is flush with the bottom end of the threading guide wheel of the second wrapping unit, so that the middle wire rod is led out by the threading pipe of the first wrapping unit and then led into the second wrapping unit through the first steering guide wheel, the second steering guide wheel, the threading pipe and the third steering guide wheel.

Furthermore, the driving device also comprises a tension shaft motor and a main shaft motor, wherein the tension shaft motor is in transmission fit with the tail end of the tension shaft through a first belt, so that the tension shaft motor can drive the tension shaft and the tension disc to rotate; the spindle motor is in transmission fit with the tail end of the spindle through a second belt, so that the spindle motor can drive the spindle, the wrapping outer frame body and the wrapping pipe to rotate.

Further, the second sets up the installing support around the top of package unit, the tail end of gland with the articulated cooperation of installing support, lift drive is the cylinder, the front end of gland is with the articulated cooperation of cylinder, first traction guide pulley is arranged in the below at gland middle part, so that can drive when the cylinder is flexible the front end of gland goes up and down, is convenient for the belt compresses tightly on the concave flat groove including.

Further, the first wrapping unit and the second wrapping unit further comprise wire inlet guide wheels, and the wire inlet guide wheels are arranged below the tension shaft and used for introducing the core materials into the tension shaft.

Further, the saw-toothed groove comprises 3 inner grooves, so that the cable can be wound on the second traction guide wheel for 3 turns.

The working method of the split-door bilateral vertical taping machine comprises the following steps:

A. rotating the handle to open the left cabinet door and the right cabinet door, simultaneously separating the lock pin from the sensor seat, conducting the photoelectric switch, stopping the first wrapping unit, the steering guide wheel assembly, the second wrapping unit, the traction device and the belt pressing device, detaching the guide roll stands of the first wrapping unit and the second wrapping unit, placing the whole wrapped strip for wrapping on a tension disc, and placing the standby whole wrapped strip on a strip coil storage rack; a guide roller frame of the first wrapping unit and the second wrapping unit is arranged;

B. a first layer of wrapping: introducing a core material to be wrapped into a tension shaft of the first wrapping unit through a wire inlet guide wheel of the first wrapping unit, allowing the core material to penetrate through the tension shaft and enter a wrapping pipe, guiding a coated strip material on the tension disc through a steering guide wheel and a wrapping guide wheel, allowing the coated strip material to enter the wrapping pipe through a wire threading groove and wrapping the wrapped strip material on the core material to obtain a middle wire material; the second layer is around the package: leading out the middle wire from a wire passing pipe of the first wrapping unit, sequentially leading the middle wire into a first steering guide wheel, a second steering guide wheel, a wire passing pipe and a third steering guide wheel, leading the middle wire led out by the third steering guide wheel into a tension shaft of the second wrapping unit, leading the middle wire into a wrapping pipe after passing through the tension shaft, leading a coated strip on a tension disc into the wrapping pipe through a wire passing groove after being guided by the steering guide wheel and a wrapping guide wheel, and wrapping the coated strip on the tension disc on the middle wire in a wrapping mode;

C. the left cabinet door and the right cabinet door are closed by rotating the rotating handle, meanwhile, the lock pin is inserted into the inductor seat, the photoelectric switch is disconnected, so that a tension shaft motor and a main shaft motor of the first wrapping unit are started, the tension shaft motor drives the tension shaft and the tension disc to rotate, the main shaft motor drives the main shaft, the wrapping outer frame body and the wrapping pipe to rotate, and the wrapping of the wrapping strip on the core material is realized to obtain a middle wire rod; meanwhile, a tension shaft motor and a main shaft motor of the second wrapping unit are started, so that the tension shaft motor drives the tension shaft and the wrapping pipe to rotate, the main shaft motor drives the main shaft, the wrapping outer frame body and the tension disc to rotate, and wrapping of the middle wire rod by the wrapping belt material is achieved to obtain the cable;

D. the cable penetrates out of a wrapping pipe of the second wrapping unit and then enters the wire passing pipe, passes through the wire passing pipe and then enters an inner concave flat groove of the first traction guide wheel, is led out of the inner concave flat groove and then enters a first inner groove of the second traction guide wheel, is led out of the first inner groove and then turns back to enter the inner concave flat groove again, is led out of the inner concave flat groove and then enters a second inner groove of the second traction guide wheel, is led out of the second inner groove and then turns back to enter the inner concave flat groove again, is led out of the inner concave flat groove and then enters a third inner groove of the second traction guide wheel, is led out of the third inner groove and then enters the wire collecting roller, and the cable is arranged side by side on the inner concave flat groove so as to be wound on the first traction guide wheel and the second traction guide wheel for three times;

E. the cylinder is contracted, so that the front end of the gland is pulled down, and the belt enters the inward concave flat groove and is tightly attached to the cable; starting a traction motor to enable a first traction guide wheel to rotate, so that the cable is pulled;

F. after the wrapping strips on the tension disc of the first wrapping unit or the second wrapping unit are used up, the handle is rotated to open the left cabinet door and the right cabinet door, the lock pin is separated from the sensor seat, the photoelectric switch is conducted to stop the tension shaft motor, the main shaft motor and the traction motor, and the cylinder is contracted to enable the belt to compress the cable so as to stop wrapping; the guide roller frame is disassembled, the whole roll of wrapping strips prestored on the corresponding strip coil storage rack is placed on the tension disc, the wrapping strips on the tension disc enter the wrapping tape pipe through the threading groove and are wrapped on the core material after being guided by the steering guide wheel and the wrapping tape guide wheel, the left cabinet door and the right cabinet door are closed by rotating the rotating handle, the lock pin is inserted into the inductor seat, the photoelectric switch is disconnected, the tension shaft motor, the spindle motor and the traction motor are started, the belt is tightly attached to the cable due to the extension of the cylinder, and wrapping is continued.

The technical effects of the utility model are that: (1) compared with the prior art, the bilateral vertical belt wrapping machine with the split doors is characterized in that the cabinet door is provided with the handle assembly and the sensing assembly, the left cabinet door and the right cabinet door are sealed by the lock pin, and the lock pin is matched with the photoelectric switch, so that when the left cabinet door or the right cabinet door is opened, the bilateral vertical belt wrapping machine with the split doors is powered off, the door is opened and shut down, and the use safety is ensured; (2) the first traction guide wheel in the traction device is designed into an inner concave flat groove, and the second traction guide wheel is designed into a sawtooth groove, so that the cable can be wound for multiple times to increase friction force; the belt pressing device is arranged, so that the belt and the concave flat groove are mutually extruded when the cable is pulled, and the friction is enhanced; (3) the first wrapping unit and the second wrapping unit are arranged in the cabinet body side by side, so that the overall height of the equipment is reduced, the equipment is convenient to operate and control, and the equipment cannot be too high due to the arrangement of the traction device and the belt pressing device; (4) the tension shaft and the main shaft are driven to rotate by different motors respectively to realize differential transmission; (5) and the arrangement of the wire inlet guide wheel guides the core material entering the tension shaft.

Drawings

The invention will be described in further detail with reference to the accompanying drawings:

FIG. 1 is a schematic structural view of the side-by-side door and double-side vertical taping machine of the present invention after the cabinet door is closed;

FIG. 2 is a cross-sectional view taken along line A-A of FIG. 1;

FIG. 3 is a partial method diagram of region B of FIG. 2;

FIG. 4 is a schematic structural view of the side-by-side door-opening bilateral vertical taping machine of the present invention after the cabinet door is opened;

FIG. 5 is a schematic structural view of a pressing device of the double-side vertical belt wrapping machine with two split doors of the present invention;

FIG. 6 is a schematic cross-sectional view of the traction device;

fig. 7 is a schematic sectional view of the driving device and the belt winding device according to the present invention.

In the figure: the wire feeding cabinet comprises a cabinet body 1, a longitudinal beam 10, a wire feeding guide wheel 11, a first wire feeding guide wheel 12, a first steering guide wheel 13, a second steering guide wheel 14, a threading pipe 15, a third steering guide wheel 16, a second wire feeding guide wheel 17, a left chamber 18 and a right chamber 19;

a first driving device 2, a second driving device 20, a tension shaft motor 21, a tension shaft motor synchronous pulley 22, a first synchronous belt 23, a tension shaft synchronous pulley 24, a tension shaft 25, a main shaft motor 26, a main shaft motor synchronous pulley 27, a second synchronous belt 28, a main shaft synchronous pulley 29,

a first tape winding device 3, a second tape winding device 30, a wrapping outer frame body 31, a steering guide wheel 32, a tension disc 33, a main shaft 34, an outer shaft sleeve 35,

the traction device 4, a first traction guide wheel 41, a second traction guide wheel 42, a traction motor 43, a mounting bracket 44, an inner concave flat groove 45, a sawtooth groove 46,

a belt pressing device 5, an air cylinder 51, a gland 52, a belt 53, a first belt roller 54, a second belt roller 55, a gland rear rotating shaft 56, a gland front rotating shaft 57,

a first wrapping pipe 6, a second wrapping pipe 60, a steering guide wheel mounting frame 61,

a first tape roll storage rack 7, a second tape roll storage rack 70,

a first guide roller frame 8, a second guide roller frame 80, a belt guide wheel 81,

a first wire passing pipe 9, a second wire passing pipe 90,

the cabinet comprises a left cabinet door 91, a right cabinet door 92, a handle assembly 93, a rotating handle 931, a lock shaft 932, a lock pin 933, a sensing assembly 94, a sensor seat 941, a photoelectric switch 942 and a sensor seat opening 943.

Detailed Description

Embodiment 1 is as shown in fig. 1 and fig. 4, the bilateral vertical taping machine that opens door of this embodiment, including the cabinet body 1, first around the package unit, turn to the guide pulley subassembly, the second around the package unit, draw gear 4 and belt closing device 5, set up two doors of opening on the cabinet body 1, the inside centre of the cabinet body 1 sets up longeron 10 for with dividing into left cavity 18 and right cavity 19 in the cabinet body 1, first around the package unit place in left cavity 18, the second around the package unit place in right cavity 19, so that first around the package unit and second around the package unit set up side by side.

The first structure of wrapping the unit and the second is the same around the package unit, and first package unit is including setting gradually first income line guide pulley 12, first drive arrangement 2, first tape winding device 3, first wrapping tube 6, first line pipe 9 from bottom to top, and first top around the package unit sets up the fixed turning guide pulley mounting bracket 61 who links to each other with the cabinet body 1.

The second wrapping unit comprises a second wire inlet guide wheel 17, a second driving device 20, a second winding device 30, a second wrapping pipe 60 and a second wire passing pipe 90 which are arranged from bottom to top in sequence, and a mounting bracket 44 fixedly connected with the cabinet body 1 is arranged above the second wrapping unit.

As shown in fig. 7, the first driving device 2 includes a tension shaft 25, a main shaft 34, and an outer shaft sleeve 35 coaxially sleeved with each other, the outer shaft sleeve 35 at the outermost side is fixedly connected to the cabinet 1, two ends of the main shaft 34 extend out of the outer shaft sleeve 35, two ends of the outer shaft sleeve 35 are supported and matched with the main shaft 34 through deep groove ball bearings, a main shaft synchronizing wheel 29 is fixedly disposed at the tail end of the main shaft 34, the tension shaft motor 21 and the main shaft motor 26 are disposed in the left chamber 18, a main shaft motor synchronizing wheel 27 is disposed on an output shaft of the main shaft motor 26, and the main shaft synchronizing wheel 29 and the main shaft motor synchronizing wheel 27 are in transmission fit through a second synchronous belt 28, so that the main shaft 34; the two ends of the tension shaft 25 extend out of the main shaft 35, the two ends of the main shaft 34 are supported and matched with the tension shaft 25 through deep groove ball bearings, the tail end of the tension shaft 25 is fixedly provided with a tension shaft synchronous pulley 24, the output shaft of the tension shaft motor 21 is provided with a tension shaft motor synchronous pulley 22, and the tension shaft motor synchronous pulley 22 is in transmission fit with the tension shaft synchronous pulley 24 through a first synchronous belt 23, so that the tension shaft motor 21 can drive the tension shaft 25 to rotate. The first wire inlet guide wheel 12 is rotatably arranged below the tension shaft 25 and used for introducing the core material into the tension shaft 25.

The structure of the second driving device 20 is the same as that of the first driving device 2, and will not be described in detail.

In order to conveniently introduce the core material into the cabinet body 1, the edge of the cabinet body 1 is provided with a wire inlet guide wheel 11 which is flush with the first wire inlet guide wheel 12, so that the core material arranged outside the cabinet body 1 can be guided by the wire inlet guide wheel 11 and then enters the tension shaft 25 through the first wire inlet guide wheel 12.

As shown in fig. 7, the first tape winding device 3 includes a cage-shaped winding outer frame 31, a tension disc 33 and a first guide roller frame 8, the tension disc 33 is rotatably disposed in the winding outer frame 31, the first guide roller frame 8 is detachably disposed on the top end of the winding outer frame 31, the first tape winding pipe 6 is detachably disposed at the center of the guide roller frame 8, a through hole is disposed at the center of the first guide roller frame 8, a thread passing gap is disposed on one side of the through hole, and a locking bolt is further disposed on the first guide roller frame 8 and penetrates through the thread passing gap to be retracted when the locking bolt is tightened.

The tail end of the wrapping outer frame body 31 is in transmission fit with the main shaft 34, so that the main shaft 34 can drive the wrapping outer frame body 31 and the first wrapping tube 6 to synchronously rotate, the front end of the tension shaft 25 penetrates through the wrapping outer frame body 31 and is in transmission fit with the tension disc 33, the front end of the first wrapping tube 6 extends out of the wrapping outer frame body 31, one side of the first wrapping tube 6 is provided with a threading groove, the edge of the wrapping outer frame body 31 is provided with a steering guide wheel 32, the first guide roller frame 8 is provided with a plurality of wrapping guide wheels 81, a core material penetrates through the tension shaft 25 and the first wrapping tube 6 during wrapping, a wrapping strip material on the tension disc 33 enters the first wrapping tube 6 through the threading groove after being guided by the wrapping guide wheels 32 and is wrapped on the core material.

The first wire passing pipe 9 is fixedly arranged above the first wrapping pipe 6, the first wrapping unit further comprises a first tape roll storage rack 7, the first tape roll storage rack 7 is fixedly arranged in the left cavity 18 and used for storing rolled wrapping tapes, and the bottom end of the first wire passing pipe 9 penetrates through the center of the first tape roll storage rack 7.

The second tape winding device 30 has the same structure as the first tape winding device 3, and also includes a cage-shaped outer wrapping frame, a tension disc, and a second guide roller frame 80, which will not be described in detail herein.

The steering guide wheel assembly comprises a first steering guide wheel 13, a second steering guide wheel 14, a threading pipe 15 and a third steering guide wheel 16, the threading pipe 15 is fixedly arranged between a first wrapping unit and a second wrapping unit, the first steering guide wheel 13 is rotatably arranged on a steering guide wheel mounting frame 61 and is arranged at the top end of a first threading pipe 9 of the first wrapping unit, the second steering guide wheel 14 is rotatably arranged on the steering guide wheel mounting frame 61 and is arranged at the top end of the threading pipe 15, the third steering guide wheel 16 is rotatably arranged at the lower part of the longitudinal beam 10 and is arranged at the bottom end of the threading pipe 15, the bottom end of the third steering guide wheel 16 is flush with the bottom end of a second threading guide wheel 17 of the second wrapping unit, so that an intermediate wire obtained by the first wrapping unit is led out of the first threading pipe 9 of the first wrapping unit and then passes through the first steering guide wheel 13, the second steering guide wheel 14, the threading pipe 15, and the third steering guide wheel 16 leads in the second threading pipe 17 of the second wrapping unit and enters a tension shaft of the second wrapping guide wheel unit.

As shown in fig. 6, the traction device 4 includes a first traction guide wheel 41, a second traction guide wheel 42 and a traction rotation driving device for driving the first traction guide wheel 41 to rotate, the first traction guide wheel 41 and the second traction guide wheel 42 are rotatably arranged on a mounting bracket 44, an inner flat groove 45 for winding cables side by side is arranged on the outer circumferential surface of the first traction guide wheel 41 along the circumferential direction, and a sawtooth groove 46 having 3 inner grooves is arranged on the outer circumferential surface of the second traction guide wheel 42 along the circumferential direction; the traction rotation driving device is a traction motor 43, the traction motor 43 is fixedly arranged on the mounting bracket 44, the first traction guide wheel 41 is used as a driving traction guide wheel, the second traction guide wheel 42 is used as a driven traction guide wheel, and an output shaft of the traction motor 43 is in transmission fit with the first traction guide wheel 41, so that the traction motor 43 can drive the first traction guide wheel 41 to rotate, and the cable obtained by the second wrapping unit body is pulled.

The bottom end of the second wire passing tube 90 is arranged above the second wrapping tube 60, and the top end of the second wire passing tube 90 is arranged at the wire inlet side of the first traction guide wheel 41, so that the cable of the second wrapping unit enters the first traction guide wheel 41 through the second wire passing tube 90.

As shown in fig. 4 and 5, the belt pressing device 5 includes a belt 53, a lifting driving device and a pressing cover 52, the pressing cover 52 is disposed above the first traction guide wheel 41, a first belt roller 54 and a second belt roller 55 are respectively disposed at two ends in the pressing cover 52, the belt 53 is wound on the first belt roller 54 and the second belt roller 55, the width of the belt 53 is adapted to the width of the inner concave flat groove 45, the lifting driving device is an air cylinder 51, the bottom end of the air cylinder 51 is in hinged fit with the bottom of the mounting bracket 44, the tail end of the pressing cover 52 is in hinged fit with the top of the mounting bracket 44 through a pressing cover rear rotating shaft 56, and the front end of the pressing cover 52 is in hinged fit with the top end of the air cylinder 51 through a pressing cover front rotating shaft 57, so that the air cylinder 51 can drive the pressing cover 52 to lift when extending and contracting, and contracting.

The vertical belt wrapping machine with the two split doors and the two sides further comprises a left cabinet door 91 for sealing the left cavity 18 and a right cabinet door 92 for sealing the right cavity 19, wherein one side of the left cabinet door 91 and one side of the right cabinet door 92 are respectively in hinged fit with two sides of the cabinet body 1; as shown in fig. 2 and fig. 3, a handle assembly 93 is respectively disposed at the middle of the left cabinet door 91 and the right cabinet door 92, a sensing assembly 94 is respectively disposed at two sides of the middle of the longitudinal beam 10, the handle assembly 93 includes a lock shaft 932 rotationally matched with the left cabinet door 91 or the right cabinet door 92, a rotating handle 931 fixedly connected with the front end of the lock shaft 932 and disposed at the outer side of the left cabinet door 91 or the right cabinet door 92, and a lock pin 933 fixedly connected with the rear end of the lock shaft 932 and disposed at the inner side of the left cabinet door 91 or the right cabinet door 92, the sensing assembly 94 includes a sensor seat 941 fixedly disposed on the longitudinal beam 10 and a photoelectric switch 942 disposed in the sensor seat 941, and an opening 943 of the sensor seat 941 is disposed at one side of the sensor seat 941, so that the photoelectric switch 942 is shielded by the lock pin 933 when the lock. The photoelectric switch 942 is electrically connected to the control mechanism of the side-by-side double-edge vertical taping machine, and the control mechanism is electrically connected to the tension shaft motor 21, the spindle motor 26, and the traction motor 43, so that the on/off signal of the photoelectric switch 942 is transmitted to the control mechanism, and then the control mechanism can control the on/off of the tension shaft motor 21, the spindle motor 26, and the traction motor 43.

Example 2

The working method of the split-door bilateral vertical taping machine comprises the following steps:

A. unloading the first guide roller frame 8 of the first wrapping unit and the second guide roller frame 80 of the second wrapping unit, placing the whole wrapped strip for wrapping on the tension discs 33 of the first wrapping unit and the second wrapping unit, and placing the standby whole wrapped strip on the first tape roll storage rack 7 and the second tape roll storage rack 70; a first guide roller frame 8 of a first wrapping unit and a second guide roller frame 80 of a second wrapping unit are arranged;

B. a first layer of wrapping: introducing a core material to be wrapped into a tension shaft 25 of a first wrapping unit through a first wire inlet guide wheel 12 of the first wrapping unit, allowing the core material to pass through the tension shaft 25 and then enter a first wrapping tube 6, guiding a coated strip material on a tension disc 33 through a steering guide wheel 32 and a wrapping guide wheel 81, then allowing the coated strip material to enter the first wrapping tube 6 through a threading groove, and wrapping the core material to obtain an intermediate wire material; the second layer is around the package: leading out an intermediate wire from a first wire passing pipe 9 of a first wrapping unit, sequentially leading the intermediate wire into a first steering guide wheel 13, a second steering guide wheel 14, a threading pipe 15 and a third steering guide wheel 16, leading the intermediate wire led out by the third steering guide wheel 16 into a tension shaft of the second wrapping unit, leading the intermediate wire into a second wrapping pipe 60 after passing through the tension shaft, leading a coated strip on a tension disc into the second wrapping pipe 60 through a threading groove after being guided by the steering guide wheel and a wrapping guide wheel, and wrapping the intermediate wire;

C. the handle 931 is rotated to close the left cabinet door 91 and the right cabinet door 92, the lock pin 933 is inserted into the sensor seat 941, and the photoelectric switch 942 is turned off, so that the tension shaft motor 21 and the spindle motor 26 of the first wrapping unit are started, the tension shaft motor 21 drives the tension shaft 25 and the tension disc 33 to rotate, the spindle motor 26 drives the spindle 34, the wrapping outer frame 31 and the first wrapping pipe 6 to rotate, and wrapping of the core material by the wrapping strip is achieved to obtain a middle wire rod; meanwhile, a tension shaft motor and a main shaft motor of the second wrapping unit are started, so that the tension shaft motor drives a tension shaft and a tension disc to rotate, the main shaft motor drives a main shaft, a wrapping outer frame body and a second wrapping pipe 60 to rotate, and wrapping of the middle wire rod by a wrapping belt material is achieved to obtain a cable;

D. the cable penetrates through a second wrapping tube 60 of the second wrapping unit and then enters a second wire passing tube 90, penetrates through the second wire passing tube 90 and then enters an inner concave flat groove 45 of the first traction guide wheel 41, is led out from the inner concave flat groove 45 and then enters a first inner concave groove of the second traction guide wheel 42, is led out from the first inner concave groove, then turns back and enters the inner concave flat groove 45 again, is led out from the inner concave flat groove 45 and enters a second inner concave groove of the second traction guide wheel 42, is led out from the second inner concave groove and then turns back and enters the inner concave flat groove 45 again, is led out from the inner concave flat groove 45 and then enters a third inner concave groove of the second traction guide wheel 42, is led out from the third inner concave groove and then enters a wire collecting roller, and is arranged in parallel on the inner concave flat groove 45, so that the cable is wound on the first traction guide wheel 41 and the second traction guide wheel 42 for three times;

E. the cylinder 51 is contracted, so that the front end of the gland 52 is pulled down, and the belt 53 enters the inner concave flat groove 45 and is tightly attached to the cable; starting the traction motor 43 to rotate the first traction guide wheel 41, so as to realize the traction of the cable;

F. after the wrapping strips on the tension disc 33 of the first wrapping unit or the second wrapping unit are used up, the handle 931 is rotated to open the left cabinet door 91 and the right cabinet door 92, the lock pin 933 is separated from the sensor base 941, the photoelectric switch 942 is conducted to stop the tension shaft motor 21, the spindle motor 26 and the traction motor 43, and the cylinder 51 is contracted to enable the belt 53 to compress the cables to stop wrapping; unloading the corresponding first guide roller frame 8 or second guide roller frame 82, placing the whole coil of the coated strip pre-stored on the corresponding first coil storage frame 7 or second coil storage frame 70 on the tension disc 33, guiding the coated strip on the tension disc 33 through the steering guide wheel 32 and the strip guide wheel 81, then entering the corresponding first strip packing tube 6 or second strip packing tube 60 through the threading groove and wrapping the coated strip on the core material, starting the tension shaft motor 21, the spindle motor 26 and the traction motor 43, extending the cylinder 51 to enable the belt 53 to be tightly attached to the cable, and continuing wrapping.

It should be understood that the above examples are only for clearly illustrating the present invention, and are not intended to limit the embodiments of the present invention. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. And are neither required nor exhaustive of all embodiments. And that obvious changes and modifications may be made without departing from the spirit of the invention.

Claims (8)

1. A vertical belting machine with two side-by-side doors is characterized by comprising a cabinet body, a longitudinal beam is arranged in the middle of the cabinet body to separate the cabinet body into a left chamber and a right chamber, a left cabinet door used for sealing the left chamber and a right cabinet door used for sealing the right chamber, the middle parts of the left and right cabinet doors are respectively provided with a handle component, the two sides of the middle part of the longitudinal beam are respectively provided with an induction component, the handle component comprises a lock shaft which is matched with the left cabinet door or the right cabinet door in a rotating way, a rotating handle which is fixedly connected with the front end of the lock shaft and is arranged at the outer side of the left cabinet door or the right cabinet door, and a lock pin which is fixedly connected with the tail end of the lock shaft and is arranged at the inner side of the left cabinet door or the right cabinet door, the induction component comprises an inductor seat fixedly arranged on the longitudinal beam and a photoelectric switch arranged in the inductor seat, one side of the sensor seat is provided with an opening of the sensor seat suitable for the lock pin to pass through, so that the lock pin covers the photoelectric switch when the lock pin rotates into the sensor seat.

2. The bilateral vertical belt wrapping machine with the split doors according to claim 1 is characterized in that a first wrapping unit and a steering guide wheel assembly are arranged in the left chamber, a second wrapping unit, a traction device and a belt pressing device are arranged in the right chamber, the traction device is arranged above the second wrapping unit and comprises a first traction guide wheel, a second traction guide wheel and a traction rotation driving device for driving the first traction guide wheel to rotate, an inner flat groove for winding cables side by side is formed in the peripheral surface of the first traction guide wheel in the circumferential direction, and a sawtooth groove with a plurality of inner grooves is formed in the peripheral surface of the second traction guide wheel in the circumferential direction.

3. The bilateral vertical belt wrapping machine of claim 2, wherein the belt pressing device comprises a belt, a lifting driving device and a gland, belt rollers are arranged at two ends in the gland, the belt is wound on the belt rollers, the width of the belt is matched with the width of the inner concave flat groove, the lifting driving device is in transmission fit with the gland, so that the belt can be arranged above the inner concave flat groove in a lifting manner, when in use, a core wire and a wrapping strip material are wrapped in a single layer by a first winding unit to obtain an intermediate wire, the intermediate wire is led into a second winding unit through a steering guide wheel assembly, the intermediate wire and the wrapping strip material are wrapped in two layers by a second winding unit to obtain a cable, the cable sequentially enters a first traction guide wheel and a second traction guide wheel, the cable is wound tightly in the inner concave flat groove and the inner concave groove to form a plurality of cable rows and is led out by the second traction guide wheel, the belt pressing device descends to a position where the belt is tightly attached to the inner concave flat groove to press the cable between the belt and the inner concave flat groove, the first traction guide wheel is driven to rotate by the traction rotation driving device, the second traction guide wheel is driven to rotate by the cable, and the cable wound is led out of the cabinet body.

4. The double-door bilateral vertical tape wrapping machine according to claim 3, wherein the first wrapping unit and the second wrapping unit comprise a driving device, a tape winding device and a tape wrapping pipe which are sequentially arranged from bottom to top, the driving device comprises a tension shaft, a main shaft and an outer shaft sleeve which are coaxially sleeved, the outer shaft sleeve is fixedly connected with the cabinet body, two ends of the main shaft extend out of the outer shaft sleeve, and two ends of the tension shaft extend out of the main shaft; the tape winding device comprises a tape winding pipe, a cage-shaped tape winding outer frame body, a tension disc and a guide roller frame, wherein the tension disc can be rotatably arranged in the tape winding outer frame body, the guide roller frame can be detachably arranged at the top end of the tape winding outer frame body, the tape winding pipe can be detachably arranged at the center of the guide roller frame, the tail end of the tape winding outer frame body is matched with the spindle in a transmission manner, so that the spindle can drive the tape winding outer frame body and the tape winding pipe to synchronously rotate, the front end of the tension shaft penetrates through the tape winding outer frame body and is matched with the tension disc in a transmission manner, the front end of the tape winding pipe extends out of the tape winding outer frame body, one side of the tape winding pipe is provided with a threading groove, the edge of the tape winding outer frame body is provided with a steering guide wheel, the guide roller frame is provided with a plurality of tape guide wheels, a core material penetrates through the tension shaft and the tape winding pipe, After being guided by the belt guide wheel, the belt guide wheel enters the belt tube through the threading groove and is wrapped on the core material or the middle wire material.

5. The double-door bilateral vertical taping machine according to claim 4, wherein the first and second taping units further comprise a wire passing tube and a tape coil storage rack, the wire passing tube is fixedly arranged above the tape tube so that middle wires or cables after being lapped penetrate out of the tape tube and then enter the wire passing tube, the tape coil storage rack is fixedly arranged in the cabinet body and used for storing coiled coated tapes, and the bottom end of the wire passing tube penetrates through the center of the tape coil storage rack.

6. The split-door bilateral vertical taping machine as claimed in claim 5, wherein the steering guide wheel assembly comprises a first steering guide wheel, a second steering guide wheel, a threading tube and a third steering guide wheel, the threading tube is fixedly arranged between the first wrapping unit and the second wrapping unit, the first steering guide wheel is arranged at the top end of the threading tube of the first wrapping unit, the second steering guide wheel is arranged at the top end of the threading tube, the third steering guide wheel is arranged at the bottom end of the threading tube, and the bottom end of the third steering guide wheel is flush with the bottom end of the threading guide wheel of the second wrapping unit, so that a middle wire rod is led out from the threading tube of the first wrapping unit and then led into the second wrapping unit through the first steering guide wheel, the second steering guide wheel, the threading tube and the third steering guide wheel.

7. The split-door bilateral vertical type belt wrapping machine according to claim 6, wherein the driving device further comprises a tension shaft motor and a main shaft motor, the tension shaft motor is in transmission fit with the tail end of the tension shaft through a first belt, so that the tension shaft motor can drive the tension shaft and the tension disc to rotate; the spindle motor is in transmission fit with the tail end of the spindle through a second belt, so that the spindle motor can drive the spindle, the wrapping outer frame body and the wrapping pipe to rotate.

8. The double-door bilateral vertical taping machine according to claim 7, wherein a mounting bracket is arranged at the top of the second taping unit, the tail end of the gland is in hinged fit with the mounting bracket, the lifting driving device is an air cylinder, the front end of the gland is in hinged fit with the air cylinder, and the first traction guide wheel is arranged below the middle part of the gland, so that the air cylinder can drive the front end of the gland to lift when stretching and retracting, and a belt can be conveniently pressed on the inner concave flat groove.

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