CN207086784U - A kind of curling machine of air duct heating wire - Google Patents
A kind of curling machine of air duct heating wire Download PDFInfo
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- CN207086784U CN207086784U CN201721008789.0U CN201721008789U CN207086784U CN 207086784 U CN207086784 U CN 207086784U CN 201721008789 U CN201721008789 U CN 201721008789U CN 207086784 U CN207086784 U CN 207086784U
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Abstract
The utility model proposes a kind of curling machine of air duct heating wire, solve common coil winding machine and helically coiling only is carried out to heating wire, the problem of being restricted the heating efficiency of heating wire, including：Board；It is carried on board to provide the wire feeder of heating wire to be processed；It is carried on board, there is the die cavity that is bent to heating wire and from the bending mechanism for carrying out bending process to heating wire perpendicular to the both sides of heating wire conveying direction；It is carried on board, insulate core rod own rotation for carrying the insulation core rod clamped to bending gained heating wire one end and driving to drive bending gained heating wire to be wrapped in the winding mechanism on insulation core rod；And, it is on board, relative motion axially occurs, so that bending gained heating wire drive mechanism for arranging in the shape of a spiral on the insulation core rod, reaches the purpose for improving the coiling heating wire thermal efficiency on the core rod that insulate along parallel to the corresponding rotation of insulation core rod between bending mechanism and winding mechanism for driving.
Description
Technical field
Curling machine technical field is the utility model is related to, more particularly to a kind of curling machine of air duct heating wire.
Background technology
Air duct is a kind of conventional small household appliances, is mainly used in the drying and shaping of hair, also be available for laboratory, psyciotherapy room,
Local desiccation, heating and the physiotherapy that industrial production and art designing etc. do other objects are used.Heating wire is main portion in air duct
One of part, by giving heating wire electrified regulation, air duct is set to blow out hot blast.
The winding method of existing heating wire is generally the side that heating wire one end is fixed on to a rotating shaft, then by turning
Move the rotating shaft, heating wire is wrapped in the rotating shaft, in order that heating wire turns into helical form, the rotating shaft in rotation process simultaneously
Advance along rotating shaft bearing of trend, in rotating shaft after the full heating wire of coiling, and remove around the heating wire made, then will remove again
Heating wire is needed to be truncated into multistage according to the use of reality, and finally the heating wire of interception is wound on the insulation core rod of air duct again.
But coil winding machine traditional at present is only capable of carrying out one-piece auger coiling to heating wire, this mode makes heating wire
Heating efficiency by a definite limitation, it is intrinsic to be modified.
Utility model content
The purpose of this utility model is to provide a kind of curling machine of air duct heating wire, and heating wire heating efficiency can be improved by having
The advantages of.
Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of air duct heating wire
Curling machine, including：Board；It is carried on the board to provide the wire feeder of heating wire to be processed；It is carried on the board
It is upper, have the die cavity that is bent to the heating wire and from perpendicular to the both sides of the heating wire conveying direction to the heating
Silk carries out the bending mechanism of bending process；It is carried on the board, the described heating wire one end of bending gained is entered for carrying
The insulation core rod of row clamping simultaneously drives the insulation core rod own rotation described to drive the bending gained heating wire to be wrapped in
The winding mechanism to insulate on core rod；And on the board, for driving the bending mechanism and the winding mechanism
Between along parallel to the insulation core rod it is corresponding rotate axially occur relative motion, so that the bending gained heating wire described
The drive mechanism arranged in the shape of a spiral on insulation core rod.
By using above-mentioned technical proposal, in the winding process of air duct heating wire, first the insulation core rod for treating coiling is pacified
On winding mechanism, then one end of the heating wire after bending mechanism is bent is fixed on insulation core rod, and can be with
The rotation of roll is wrapped on insulation core rod；Bending mechanism is provided with to enter heating wire perpendicular to heating wire conveying direction both sides
The die cavity of row bending, heating wire are bent into bent, while drive mechanism driving bending after die cavity is handled by linear
Along parallel to the corresponding rotation of insulation core rod relative motion axially occurs for mechanism and winding mechanism so that the heating wire obtained by bending into
Spiral wound is on insulation core rod.Heating wire is first bent into bending shape and then in a spiral manner by this coiling function
It is wrapped on insulation core rod, longer heating wire can be wound in limited space on insulation core rod, so as to improve insulator die
The thermal efficiency of heating wire on core.
Of the present utility model further to set, the bending mechanism includes：Mounting bracket；It is arranged at by axis of rotation described
Several of bending process are carried out to the heating wire on mounting bracket, containing at least two gears being meshed and in the position of engagement
Gear train；And the first servomotor for driving the gear train to rotate.
By using above-mentioned technical proposal, the first meshed gears of servomotor drive gear set two is rotated, and two are nibbled
The gear of conjunction carries out bending process in rotation process to the heating wire at the position of engagement, makes heating wire after gear train by straight
It is linear to become bent.
It is of the present utility model further to set, it is provided with the mounting bracket along parallel to being intermeshed in the gear train
At least two gear mesh answer the chute that center of rotation line extends, the bending mechanism also includes：With in the gear train
The first sliding block that one gear mutually assembles, being slidably disposed within the chute；And be movably installed on the mounting bracket, with
Regulation screw mandrel that the chute be arranged in parallel, being flexibly connected with the first sliding block screw thread.
By using above-mentioned technical proposal, rotating regulation screw mandrel can drive what is be connected with one of gear in gear train
First sliding block moves along chute direction, and then changes the distance that intermeshing two gear mesh answer center of rotation line, and then
Change the thermal efficiency of heating wire on insulation core rod.
Of the present utility model further to set, the drive mechanism includes：Main body is carried on the cylinder on the board；Hold
Carry first servomotor, insulation core rod correspondingly rotates the microscope carrier axially to move reciprocatingly as described in the cylinder drives edge；
And the universal joint between first servo motor output shaft and the rotating shaft.
By using above-mentioned technical proposal, cylinder driving microscope carrier, the first servomotor for being carried on microscope carrier and with the
The gear train that one servomotor is connected by universal joint axially moves reciprocatingly along parallel to corresponding rotate of insulation core rod, makes bending
The heating wire of gained can be spirally wrapped on insulation core rod.
Of the present utility model further to set, the curling machine of the air duct heating wire also includes：Fixed with the mounting bracket
The connecting plate of connection；One end is fixed with the connecting rod of the connecting plate；It is assemblied in the relative with the connecting plate of the connecting rod
Second sliding block of one end；And along parallel to the insulation core rod correspondingly rotate it is axially extending, be fixed on the board and supply
The slide rail of the second sliding block slidingtype assembling.
By using above-mentioned technical proposal, mounting bracket one end is fixedly connected with connecting plate, and by slide bar and is fixed on cunning
The mode of the second sliding block slidable fit on slide rail on bar, make mounting bracket axially extending along correspondingly being rotated parallel to insulation core rod
Stability when direction is moved is higher.
Of the present utility model further to set, the winding mechanism includes：The second servomotor with roll；Set
In described roll one end and with the first installation portion of described insulation core rod one end installation；And to be arranged at the roll another
One end and the second installation portion installed with the insulation core rod other end.
By using above-mentioned technical proposal, for insulation core rod in coiling heating wire, both ends are separately mounted to the first installation portion
And second between installation portion, make insulation core rod higher in the stability with roll rotation process.
Of the present utility model further to set, second installation portion includes：Installed for described insulation core rod one end, with
The chuck that the insulation core rod is rotated and rotated；It is fixed on the board, is provided with the mounting blocks of through hole；It is movably connected on described
In through hole, one end for the movable insertion of the chuck, when the chuck rotates remains stationary connecting shaft；And pass through
Locking driving section is connected in the connecting shaft, for driving the connecting shaft and the chuck to exist by the locking driving section
Motion in the through hole, to unclamp or push against the insulation between first installation portion and second installation portion
The rotational handle of core rod.
By using above-mentioned technical proposal, on insulation core rod before coiling heating wire, by the installation of the one end for the core rod that insulate
After the first installation portion, rotational handle is rotated to a direction, rotational handle drives connecting shaft and folder by locking driving section
Head moves a segment distance to the first installation portion direction, chuck is pushed against insulation core rod, so as to which insulation core rod is fixed on into the first peace
Between dress portion and the second installation portion；After the complete heating wire of core rod coiling that insulate, rotate rotational handle round about, make chuck from
Insulation core rod one end is unclamped, convenient handling insulation core rod.
Of the present utility model further to set, first installation portion and second installation portion have for the insulator die
The slot of the end insertion of core.
By using above-mentioned technical proposal, the first installation portion and the second installation portion are inserted in the both ends of the core rod that insulate respectively
Mounting means in slot, make the mounting structure of insulation core rod more stable, while the handling for the core rod that insulate are also very convenient.
Of the present utility model further to set, the wire feeder includes：The support body being carried on the board；It is installed on
Several heating wire feedings that heating wire is conveyed on the support body and to the bending mechanism are rolled up；On the support body and with institute
State some hounds of the inclined arrangement of board table top；Be fixed on the hound away from the support body side, for making
The heating wire of the heating wire feeding volume output keeps the straining pulley of tensioning and guiding heating wire conveying direction；And located at institute
Hound is stated to be used to make hound keep balance and adjust the tune at the hound angle of inclination away from the straining pulley side
Save balanced component.
By using above-mentioned technical proposal, the setting of hound and straining pulley makes heating wire feeding roll up the heating wire exported
Before bending mechanism bending is entered, tensioning state can be kept；The volume of several heating wire feedings simultaneously and corresponding hound
Setting, enable bending mechanism and winding mechanism insulation core rod on simultaneously around some heating wires are made, further increase
The thermal efficiency of the heating wire of institute's coiling on insulation core rod.
Of the present utility model further to set, the adjustment component includes：The support body is rotationally connected with close to institute
State one end of hound, the first fixture block for clamping the hound；Located at one of the hound away from the straining pulley
Side, for clamping the second fixture block of the hound；The balancing pole being suspended on second fixture block；It is suspended to the hound
Away from the straining pulley side end position and to the hound formed drop-down active force, so that the hound becomes
To the spring for being returned to original state；And be suspended to the spring makes its keep stretching with the hound opposite side
The weight linear meter of state.
By using above-mentioned technical proposal, the first fixture block and the second fixture block are used to clamp hound, make hound more steady
It is fixed；The setting of balancing pole enables hound to keep balancing in support body both sides, makes hound be not easy to rock on support body；Spring and match somebody with somebody
Weight bar has the pulling force effect of vertical direction to hound one end, hound is kept initial poised state；And then
Heating wire is set to be not easy to rock in winding process so that the arrangement on insulation core rod around the heating wire made is more uniform.
In summary, the utility model has the advantages that：By providing a kind of curling machine of air duct heating wire,
In the winding process of air duct heating wire, first the insulation core rod for treating coiling is arranged on winding mechanism, then by bar folder
One end of heating wire after structure bending is fixed on insulation core rod, and can be wrapped in the rotation of roll on insulation core rod；It is curved
Folding mechanism is being handled perpendicular to heating wire conveying direction both sides provided with the die cavity bent to heating wire, heating wire by die cavity
Bent is bent into by linear afterwards, while drive mechanism driving bending mechanism and winding mechanism are along parallel to insulation core rod pair
It should rotate and relative motion axially occurs, so that the heating wire curl of bending gained is wrapped on insulation core rod.This coiling
Heating wire is first bent into bending shape and then is helically wound on insulation core rod by function, has on insulation core rod
The space interior energy of limit winds longer heating wire, so as to improve the thermal efficiency of heating wire on insulation core rod.
Brief description of the drawings
Fig. 1 is the overall structure diagram of curling machine in the utility model embodiment；
Fig. 2 is that the annexation of drive mechanism in the utility model embodiment, bending mechanism and the face of winding mechanism first is shown
It is intended to；
Fig. 3 is that the annexation of drive mechanism in the utility model embodiment, bending mechanism and the face of winding mechanism second is shown
It is intended to；
Fig. 4 is the structural representation of wire feeder in the utility model embodiment.
Reference：1st, board；2nd, wire feeder；21st, support body；22nd, heating wire feeding is rolled up；23rd, hound；24th, tension force
Wheel；25th, adjustment component；251st, the first fixture block；252nd, the second fixture block；253rd, balancing pole；254th, spring；255th, weight linear meter；
3rd, bending mechanism；31st, mounting bracket；32nd, gear train；33rd, the first servomotor；34th, the first sliding block；35th, screw mandrel is adjusted；36th, chain
Bar；37th, driving gear；4th, winding mechanism；41st, roll；42nd, the second servomotor；43rd, the first installation portion；44th, the second installation
Portion；441st, chuck；442nd, mounting blocks；443rd, connecting shaft；444th, rotational handle；45th, slot；5th, drive mechanism；51st, cylinder；52、
Microscope carrier；53rd, universal joint；6th, connecting plate；7th, connecting rod；8th, the second sliding block；9th, slide rail；10th, insulate core rod.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model
Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but
As long as all protected in right of the present utility model by Patent Law.
Embodiment：A kind of curling machine of air duct heating wire, as depicted in figs. 1 and 2, including：Board 1；It is carried on board 1
To provide the wire feeder 2 of heating wire to be processed；Be carried on board 1, positioned at the side of wire feeder 2 and from perpendicular to hair
The both sides of heated filament conveying direction carry out the bending mechanism 3 of bending process to heating wire；It is carried on board 1, for carrying to curved
Roll over the insulation core rod 10 that gained heating wire both ends are clamped and drive the insulation own rotation of core rod 10 to drive bending gained hair
Heated filament is wrapped in the winding mechanism 4 on insulation core rod 10；And be installed on it is in board 1, for drive bending mechanism 3 with around
Relative motion axially occurs, so as to bend gained heating wire exhausted along parallel to corresponding rotate of the core rod 10 that insulate between line mechanism 4
The drive mechanism 5 arranged in the shape of a spiral on edge core rod 10.
In the winding process of air duct heating wire, first the insulation core rod 10 for treating coiling is arranged on winding mechanism 4, then
One end of heating wire after bending mechanism 3 is bent is fixed on insulation core rod 10, and can be twined with the rotation of roll 41
It is wound on insulation core rod 10；Bending mechanism 3 is being provided with the type that is bent to heating wire perpendicular to heating wire conveying direction both sides
Chamber, heating wire are bent into bent after die cavity is handled by linear, at the same drive mechanism 5 drive bending mechanism 3 with around
Along parallel to insulation core rod 10 corresponding rotate relative motion axially occurs for line mechanism 4, so that the heating wire of bending gained is into spiral
Shape is wrapped on insulation core rod 10.Heating wire is first bent into bending shape and then twined in a spiral manner by this coiling function
It is wound on insulation core rod 10, longer heating wire can be wound in limited space on insulation core rod 10, so as to improves insulation
The thermal efficiency of heating wire on core rod 10.
Bending mechanism 3 includes：Mounting bracket 31；Rotation be arranged on mounting bracket 31, containing two gears being meshed and
The position of engagement carries out four gear trains 32 of bending process to heating wire；And watched for drive gear set 32 rotates first
Take motor 33.First servomotor 33 drives two meshed gears in four gear trains 32 to rotate, and two gears were rotating
Bending process is carried out to the heating wire at the position of engagement in journey, makes heating wire become to bend by linear after gear train 32
Shape.
Four edges are provided with mounting bracket 31 should rotate parallel to intermeshing two gear mesh in each gear train 32
The chute of line of centres extension, bending mechanism 3 also include：It is mutually being assembled with a gear in gear train 32, be slidably disposed within cunning
The first sliding block 34 on groove；And be movably installed on mounting bracket 31, with chute be arranged in parallel, with the screw thread of the first sliding block 34
The regulation screw mandrel 35 of flexible connection.First of the gear connection positioned at heating wire side can be driven by rotating regulation screw mandrel 35
Sliding block 34 moves along chute direction, and then changes the distance that intermeshing two gear mesh answer center of rotation line, Jin Ergai
Become the thermal efficiency of heating wire on insulation core rod 10.
As shown in Figures 2 and 3, drive mechanism 5 includes：Main body is carried on the cylinder 51 on board 1；Carry the first servo electricity
Machine 33, by the drives edge of cylinder 51 insulation core rod 10 correspondingly rotate the microscope carrier 52 axially to move reciprocatingly；And it is arranged at first and watches
Take the universal joint 53 between the output shaft of motor 33 and bending mechanism 3.Bending mechanism 3 also deviates from gear including being installed on connecting plate 6
Four driving gears 37 organizing 32 sides, being connected with four gears side by side of the fixed part of gear train 32 by rotating shaft, ten thousand
To being fixedly connected away from one end of the output shaft of the first servomotor 33 with one of gear for section 53, and the driving tooth can be driven
Wheel 37 rotates, and the driving gear 37 drives other driving gears 37 with being somebody's turn to do by the chain 36 between being enclosed on four driving gears 37
Driving gear 37 moves in the same direction, and then drives the gear of opposite side to rotate in same direction.Cylinder 51 drives microscope carrier 52, is carried on microscope carrier 52
On the first servomotor 33 and the gear train 32 that is connected by universal joint 53 with the first servomotor 33 along parallel to insulation
Corresponding rotate of core rod 10 axially moves reciprocatingly, and the heating wire obtained by bending is spirally wrapped on insulation core rod 10.
The curling machine of air duct heating wire also includes：The connecting plate 6 being fixedly connected with mounting bracket 31；One end is fixed with connecting plate
6 connecting rod 7；Be assemblied in connecting rod 7 and with the second sliding block 8 of the opposite side of connecting plate 6；And along parallel to insulator die
The corresponding rotation of core 10 is axially extending, is fixed on board 1 for the slide rail 9 of the slidingtype of the second sliding block 8 assembling.The one end of mounting bracket 31
It is fixedly connected with connecting plate 6, and passes through slide bar 7 and the side for the second slidable fit on slide rail 9 of sliding block 8 being fixed on slide bar 7
Formula, make mounting bracket 31 higher along stability when being moved parallel to the corresponding axial bearing of trend of rotation of insulation core rod 10.
Winding mechanism 4 includes：The second servomotor 42 with roll 41；Be arranged at the one end of roll 41 and with insulation
First installation portion 43 of the one end of core rod 10 installation；And it is arranged at the other end of roll 41 and pacifies with the insulation other end of core rod 10
Second installation portion 44 of dress.Core rod 10 insulate in coiling heating wire, both ends are separately mounted to the first installation portion 43 and the second peace
Between dress portion 44, make insulation core rod 10 higher in the stability with the rotation process of roll 41.
Second installation portion 44 includes：For the installation of insulation core rod 10 one end, the chuck for rotating and rotating with insulation core rod 10
441；It is fixed on board 1, is provided with the mounting blocks 442 of through hole；It is movably connected in through hole, one end is inserted for chuck 441 is movable
Connecting shaft 443 enter, the remains stationary when chuck 441 rotates；And be connected to by locking driving section in connecting shaft 443,
For being moved by locking driving section drive connecting shaft 443 and chuck 441, being pacified with unclamping or pushing against positioned at first in through-holes
The rotational handle 444 of insulation core rod 10 between the installation portion 44 of dress portion 43 and second.On insulation core rod 10 before coiling heating wire,
By the one end for the core rod 10 that insulate after the first installation portion 43, rotational handle 444, rotational handle are rotated to a direction
444 drive connecting shaft 443 and chuck 441 to move a segment distance to the direction of the first installation portion 43 by locking driving section, make chuck
441 push against insulation core rod 10, so as to which insulation core rod 10 is fixed between the first installation portion 43 and the second installation portion 44；Insulating
After the complete heating wire of the coiling of core rod 10, rotational handle 444 is rotated round about, chuck 441 is unclamped from insulation core rod 10 one end,
Convenient handling insulation core rod 10.
First installation portion 43 and chuck 441 are provided with the slot 45 of the end insertion for insulation core rod 10, and slot 45 is set
Putting makes more stable while the core rod 10 that insulate the handling of mounting structure of insulation core rod 10 also very convenient.
As shown in Figure 1 and Figure 4, wire feeder 2 includes：The support body 21 being installed vertically on board 1；It is installed on support body 21
And the heating wire feeding volume 22 uniformly arranged three longitudinal directions of heating wire is conveyed to bending mechanism 3；Be set up on support body 21 and with
Three hounds 23 of the inclined arrangement of the table top of board 1；Be fixed on hound 23 away from the side of support body 21, for making heating wire
The heating wire of the output of feeding volume 22 keeps the straining pulley 24 of tensioning and guiding heating wire conveying direction；And it is installed on hound
23 away from adjustment component 25 of the side of straining pulley 24 for making the holding poised state of hound 23.Hound 23 and straining pulley
The heating wire that 24 setting makes to export on heating wire feeding volume 22 can keep tensioning state before entering bending mechanism 3 and bending；Together
When three heating wire feedings volume 22 and corresponding hound 23 setting, bending mechanism 3 and winding mechanism 4 is being insulated
Simultaneously around three heating wires are made on core rod 10, the thermal efficiency of the heating wire of institute's coiling on insulation core rod 10 is improved.
Adjustment component 25 includes：Be rotationally connected with support body 21 close to one end of hound 23, for clamping hound
23 the first fixture block 251；Side of the hound 23 away from straining pulley 24 is clipped in, for clamping the second fixture block 252 of hound 23；
The balancing pole 253 being suspended on the second fixture block 252；It is suspended to end position of the hound 23 away from the side of straining pulley 24 and right
Hound 23 formed vertical direction drop-down active force, so that hound 23 tends to be returned to the spring 254 of original state；With
And being suspended to spring 254 and the opposite side of hound 23 makes it keep the weight linear meter 255 of extended state.First fixture block 251 and
Two fixture blocks 252 are used to grip hound 23, make the mounting structure of hound 23 more stable；The setting of balancing pole 253 makes
Hound 23 can keep balancing in the both sides of support body 21, make hound 23 be not easy to rock on support body 21；Spring 254 and weight linear meter
There is vertical direction pulling force 255 pairs of one end of hound 23, hound 23 is kept initial poised state；Enter
And heating wire is set to be not easy to rock in winding process so that the arrangement on insulation core rod 10 around the heating wire made is more uniform.
The course of work of the curling machine of the air duct heating wire is as follows：In the winding process of air duct heating wire, will first treat around
The insulation core rod 10 of system is arranged on winding mechanism 4, and then one end of the heating wire after bending mechanism 3 is bent is fixed on
Insulate on core rod 10, and can be wrapped in the rotation of roll 41 on insulation core rod 10；Bending mechanism 3 is defeated perpendicular to heating wire
Direction both sides are sent to be provided with the die cavity bent to heating wire, heating wire is bent into bending after die cavity is handled by linear
Shape, while drive mechanism 5 drives bending mechanism 3 that phase axially occurs along parallel to corresponding rotate of insulation core rod 10 with winding mechanism 4
To motion, so that the heating wire curl of bending gained is wrapped on insulation core rod 10.This coiling function is first by heating wire
It is bent into bending shape and then is helically wound on insulation core rod 10, on insulation core rod 10 in limited space
Longer heating wire can be wound, so as to improve the thermal efficiency of heating wire on insulation core rod 10.
Claims (10)
- A kind of 1. curling machine of air duct heating wire, it is characterised in that including：Board (1)；It is carried on the board (1) to provide the wire feeder of heating wire to be processed (2)；It is carried on the board (1), there is the die cavity that is bent to the heating wire and from defeated perpendicular to the heating wire The both sides in direction are sent to carry out the bending mechanism (3) of bending process to the heating wire；It is carried on the board (1), for carrying the insulation core rod clamped to the described heating wire one end of bending gained, simultaneously The insulation core rod own rotation is driven to drive the coil winding machine that the bending gained heating wire is wrapped on the insulation core rod Structure (4)；AndIt is on the board (1), for drive between the bending mechanism (3) and the winding mechanism (4) along parallel to The insulation core rod corresponds to rotary shaft and relative motion axially occurs, so as to bend the gained heating wire on the insulation core rod The drive mechanism (5) arranged in the shape of a spiral.
- A kind of 2. curling machine of air duct heating wire according to claim 1, it is characterised in that bending mechanism (3) bag Include：Mounting bracket (31)；It is arranged at by axis of rotation on the mounting bracket (31), containing at least two gears being meshed and in the position of engagement pair The heating wire carries out several gear trains (32) of bending process；AndFor the first servomotor (33) for driving the gear train (32) to rotate.
- 3. the curling machine of a kind of air duct heating wire according to claim 2, it is characterised in that set on the mounting bracket (31) It is equipped with along the chute for answering center of rotation line to extend parallel to intermeshing at least two gear mesh in the gear train (32), The bending mechanism (3) also includes：The first sliding block (34) mutually being assembled with a gear in the gear train (32), being slidably disposed within the chute；With AndBe movably installed on the mounting bracket (31), with the chute be arranged in parallel, with the first sliding block (34) screw thread live The regulation screw mandrel (35) of dynamic connection.
- A kind of 4. curling machine of air duct heating wire according to claim 2, it is characterised in that drive mechanism (5) bag Include：Main body is carried on the cylinder (51) on the board (1)；Carry first servomotor (33), insulate the corresponding rotation of core rod (10) axially as described in the cylinder (51) drives edge The microscope carrier (52) to move reciprocatingly；AndUniversal joint (53) between the first servomotor (33) output shaft and the rotating shaft.
- A kind of 5. curling machine of air duct heating wire according to claim 4, it is characterised in that the air duct heating wire around Machine processed also includes：The connecting plate (6) being fixedly connected with the mounting bracket (31)；One end is fixed with the connecting rod (7) of the connecting plate (6)；It is assemblied in the second sliding block (8) with the connecting plate (6) opposite side of the connecting rod (7)；AndAlong being corresponded to parallel to the insulation core rod (10), rotation is axially extending, is fixed on the board (1) for described second The slide rail (9) of sliding block (8) slidingtype assembling.
- A kind of 6. curling machine of air duct heating wire according to claim 1, it is characterised in that winding mechanism (4) bag Include：The second servomotor (42) with roll (41)；It is arranged at the roll (41) one end and the first installation portion (43) installed with described insulation core rod (10) one end；With AndIt is arranged at the roll (41) other end and the second installation portion (44) installed with described insulation core rod (10) other end.
- A kind of 7. curling machine of air duct heating wire according to claim 6, it is characterised in that second installation portion (44) Including：For the installation of described insulation core rod (10) one end, the chuck (441) for rotating and rotating with the insulation core rod (10)；It is fixed on the board (1), is provided with the mounting blocks (442) of through hole；Be movably connected in the through hole, one end for the chuck (441) movable insertion, the chuck (441) rotate When remains stationary connecting shaft (443)；AndIt is connected to by locking driving section in the connecting shaft (443), for driving the connection by the locking driving section Axle (443) and the chuck (441) move in the through hole, to unclamp or push against positioned at first installation portion (43) and The rotational handle (444) of the insulation core rod (10) between second installation portion (44).
- A kind of 8. curling machine of air duct heating wire according to claim 6, it is characterised in that first installation portion (43) There is the slot (45) of the end insertion for the insulation core rod (10) with second installation portion (44).
- A kind of 9. curling machine of air duct heating wire according to claim 1, it is characterised in that wire feeder (2) bag Include：The support body (21) being carried on the board (1)；Several heating wire feedings for being installed on the support body (21) and heating wire being conveyed to the bending mechanism (3) are rolled up (22)；On the support body (21) and with some hounds (23) of the inclined arrangement of the board (1) table top；Be fixed on the hound (23) away from the support body (21) side, for making heating wire feeding volume (22) output Heating wire keep tensioning and guiding heating wire conveying direction straining pulley (24)；AndIt is used to make hound (23) holding balance and adjusts away from the straining pulley (24) side located at the hound (23) The adjustment component (25) at hound (23) angle of inclination.
- A kind of 10. curling machine of air duct heating wire according to claim 9, it is characterised in that the adjustment component (25) include：Be rotationally connected with the support body (21) close to one end of the hound (23), for clamp the hound (23) the One fixture block (251)；Located at side of the hound (23) away from the straining pulley (24), for clamping the second folder of the hound (23) Block (252)；The balancing pole (253) being suspended on second fixture block (252)；It is suspended to end position of the hound (23) away from the straining pulley (24) side and to the hound (23) shape Into drop-down active force, so that the hound (23) tends to be returned to the spring (254) of original state；AndBe suspended to the spring (254) makes it keep the weight linear meter of extended state with the hound (23) opposite side (255)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721008789.0U CN207086784U (en) | 2017-08-12 | 2017-08-12 | A kind of curling machine of air duct heating wire |
Applications Claiming Priority (1)
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108655294A (en) * | 2018-07-25 | 2018-10-16 | 河源市信大石英电器有限公司 | A kind of heating wire folding silk device |
| CN110037322A (en) * | 2019-05-13 | 2019-07-23 | 东莞市尚社电器有限公司 | Foodstuff dryer and its fever mechanism |
| CN110153329A (en) * | 2019-06-19 | 2019-08-23 | 中山市协展机械有限公司 | A kind of resistance control spring shape heating wire coil winding machine |
| CN111132398A (en) * | 2019-12-30 | 2020-05-08 | 程维滨 | Graphene heating wire machining tool and machining method |
-
2017
- 2017-08-12 CN CN201721008789.0U patent/CN207086784U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108655294A (en) * | 2018-07-25 | 2018-10-16 | 河源市信大石英电器有限公司 | A kind of heating wire folding silk device |
| CN110037322A (en) * | 2019-05-13 | 2019-07-23 | 东莞市尚社电器有限公司 | Foodstuff dryer and its fever mechanism |
| CN110153329A (en) * | 2019-06-19 | 2019-08-23 | 中山市协展机械有限公司 | A kind of resistance control spring shape heating wire coil winding machine |
| CN111132398A (en) * | 2019-12-30 | 2020-05-08 | 程维滨 | Graphene heating wire machining tool and machining method |
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Granted publication date: 20180313 Termination date: 20190812 |