CN106509958B - Multifunctional material continous way wire-drawing equipment - Google Patents
Multifunctional material continous way wire-drawing equipment Download PDFInfo
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- CN106509958B CN106509958B CN201610814195.2A CN201610814195A CN106509958B CN 106509958 B CN106509958 B CN 106509958B CN 201610814195 A CN201610814195 A CN 201610814195A CN 106509958 B CN106509958 B CN 106509958B
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Abstract
The present invention relates to a kind of Multifunctional material continous way wire-drawing equipments, including Work container, the working roll being located in Work container, drive working roll with respect to the power plant that Work container rotate, be located at Work container circumferential inner wall it is corresponding with working roll outer circumferential walls mill silk structure and be fixed on working roll outer circumferential walls and mill silk structure between with gap multiple threaded configurations, there is feed inlet at corresponding working roll one end outer circumferential walls at the top of Work container, Work container bottom, which corresponds to, has discharge port at working roll other end outer circumferential walls；All threaded configurations are divided into along circumferentially distributed multigroup of working roll, each group of all threaded configurations along feed inlet to the direction of discharge port the helically the linear alignment, and the helical arrangement direction of all groups of threaded configuration is identical in the outer circumferential walls of working roll.The configuration of the present invention is simple, it is easy to operate, it will not collide, it is safe, it suitable for a variety of different materials, realizes a tractor serves several purposes, avoids client's overlapping investment, reduce cost of investment.
Description
Technical field
The present invention relates to material Wire Drawing machineries, and in particular to a kind of Multifunctional material continous way wire-drawing equipment.
Background technology
Present market has biobelt nail cylinder wire-drawing machine, and the very rotten meat piece of harrowing boiled very much can only be pulled into filiform by it, to food
Product technological requirement has significant limitation.And this wire drawing machine if manufacture or debug it is improper if, easily touch
Nail accident, security performance are low；Because this principle is too short to material action time, needs to draw repeatedly and can be only achieved requirement several times,
Worker is caused to operate repeatedly, waste of manpower.Existing wire drawing machine function is very single, and often client needs to buy different wire drawing machine drawings
Different materials leads to client's overlapping investment；And repeated multiple times drawing is passed through for the stronger fibroid material of many toughness
Silk is all unable to reach ideal effect, such as：Materials such as (ox plate muscle, mushroom stems/leg, plant wire-drawing proteins).
Invention content
The technical problems to be solved by the invention are to provide a kind of Multifunctional material continous way wire-drawing equipment, can be used for more
The material of a variety of difficult wire drawings can disposably be pulled into filiform by the Wire Drawing of kind material.
The technical solution that the present invention solves above-mentioned technical problem is as follows：A kind of Multifunctional material continous way wire-drawing equipment, packet
It includes：
Working roll, the working roll are cylinder；
Work container, the Work container have cylindrical inner cavity, and the axial direction of the inner cavity is horizontally disposed, institute
Working roll is stated to be located at the interior intracavitary and set with the coaxial, the Work container circumferential inner wall and the working roll
Material channel is formed between outer circumferential walls, the top of the Work container has the feed inlet of connection material channel, the charging
The outer circumferential walls of working roll one end described in mouth face, the bottom of the Work container have the discharge port of connection material channel, institute
State the outer circumferential walls of the working roll other end described in discharge port face；
Rotation axis, the rotation axis include the first connecting shaft and the second connecting shaft, first connecting shaft and the second connection
Axis is coaxial fixed with the working roll and is located at the both ends of the working roll respectively, the working roll by the first connecting shaft and
Second connecting shaft is rotatablely connected respectively with the Work container, and the described one end of second connecting shaft far from the working roll is transmission
End, the driving end are extend out to outside the Work container；
Power plant, the power plant have power output shaft, the second connecting shaft described in the power output axis connection
Driving end, the power plant drives the working roll to be rotated relative to the Work container by the second rotation axis；
Silk structure is ground, the mill silk structure setting is in the circumferential inner wall of the Work container；
Threaded configuration, described threaded configuration one end and the outer circumferential walls of the working roll are fixed, and the other end is and the mill
Silk respective outer side edges carry out material the processing end of Wire Drawing, between the processing end of the threaded configuration and the mill silk structure to have
There is gap, the threaded configuration is multiple, all threaded configurations a plurality of edge of arrangement form in the outer circumferential walls of the working roll
The circumferentially distributed spiral material channel of the working roll.
Preferably, rack and the angle regulator for adjusting the material channel axial angle are further included, it is described
Work container and power plant are mounted on by the angle regulator in the rack.
Preferably, the working roll can do the rotation of two opposite directions, all wire drawings relative to the Work container
Structure arrangement form in the outer circumferential walls of the working roll is used for the first spiral material for being oriented to material to discharge port direction
Channel and the second spiral material channel, the first spiral material channel and the second spiral material channel are respectively along the work
Roller it is circumferentially distributed a plurality of, and the hand of spiral of the first spiral material channel and the second spiral material channel respectively with institute
Two rotation directions for stating the relatively described Work container of working roll correspond to.
Preferably, the threaded configuration is cylinder, processing end is in truncated cone-shaped or cone；
Either in multi-edge column-shaped, it processes end in more prismatic table shapes or polygonal pyramid shape to the threaded configuration.
Preferably, the mill silk structure is included along the circumferentially uniformly distributed multiple dentalations of the Work container inner wall, often
A dentalation is the structure that the corresponding and section with the axis of the working roll is in dentation, and each dentalation is respectively provided with the first tooth
Face and second flank of tooth, first flank of tooth and another dentation knot of one of dentalation in the adjacent dentalation of each two
Second flank of tooth of structure is disposed adjacent, and is more than described first to the distance at tooth top at the tooth root of second flank of tooth of each dentalation
To the distance at tooth top at the tooth root of the flank of tooth.
Preferably, the mill silk structure is further included along the circumferentially uniformly distributed multiple strip structures of the Work container inner wall,
The strip structure is structure corresponding and rectangular in cross-section with the axis of the working roll；
At least two dentalation is spaced between the adjacent strip structure of each two.
Preferably, and the perforation work corresponding with the strip structure quantity is offered on the outer wall of the Work container
Make the strip through-hole of container inner wall, the strip structure is arranged in the strip through-hole, is set in the outside of the strip structure
Fixed first mounting portion between the Work container is useful for, first mounting portion is close to the outer of the Work container
Wall, and pass through screw and connect fixation with the Work container.
Preferably, the Work container inner wall is additionally provided with multiple auxiliary threaded configurations, each auxiliary threaded configuration
One end and the circumferential inner wall of the Work container are fixed, and the other end is to carry out Wire Drawing to material with threaded configuration cooperation
Processing end, it is all it is described auxiliary threaded configurations be divided into along circumferentially uniformly distributed multigroup, each group of the institute of the Work container inner wall
There is auxiliary threaded configuration linearly to be arranged on the circumferential inner wall of the Work container along the working roll is axial, it is all described
Position in the auxiliary threaded configuration working roll axial direction opposite with all threaded configurations mutually staggers, and all described auxiliary
It helps between the working end of threaded configuration and the processing end of all threaded configurations and is respectively provided with gap along the radial direction of the working roll；
At least two dentalation and at least one strip structure are spaced between every two groups adjacent auxiliary threaded configurations.
Preferably, be additionally provided on the outer wall of the Work container with it is described auxiliary threaded configuration group number it is corresponding and with institute
Working roll axially parallel bar shaped mounting hole is stated, the bar shaped mounting hole penetrates through the inner wall of the Work container, each item
Bar shaped mounting structure, the inside of the bar shaped mounting structure and the inner wall phase of the Work container are both provided in shape mounting hole
It connects, described each group of all auxiliary threaded configurations are each attached to the inner wall of corresponding bar shaped mounting structure, the bar shaped installation knot
It is provided on the outside of structure for the second mounting portion fixed between the Work container, second mounting portion is close to the work
Make the outer wall of container, and pass through screw and connect fixation with the Work container.
Preferably, it is additionally provided in the outer circumferential walls of working roll part corresponding with the feed inlet multiple along institute
The circumferentially uniformly distributed cutting structure of working roll is stated, the cutting structure is fixed on the working roll outer circumferential walls for one end, another
End and the structure that blade is carried along the both sides of working roll circumferential direction.
The beneficial effects of the invention are as follows：The present invention can be used for materials such as ox plate muscle, mushroom stems/leg, plant wire-drawing proteins
Wire Drawing is carried out, is designed in structure simply, it is easy to operate, there is apparent advantage；Because the present invention uses threaded configuration
With mill silk respective outer side edges, there is certain gap between threaded configuration and mill silk structure, will not be collided because of displacement and mutually, safety
Performance has also obtained very big guarantee and cleaning is easy；And the machine can realize the successional discharging that feeds intake, worker only need by
For material toward sending in feed inlet, material will be pulled into filament shape by threaded configuration and mill silk respective outer side edges automatically, can configure assembly line
Formula produces, and speed of production is fast, can once reach perfect condition, greatly improve production efficiency, reduces worker's labour
Intensity reduces cost of labor, and the energy-saving and emission-reduction advocated for China contribute；The present invention can be suitably used for a variety of different objects
Material realizes a tractor serves several purposes, avoids client's overlapping investment, reduces cost of investment.
The present invention can realize the adjusting of material wire drawing thickness by changing the rotation direction of working roll.
The present invention also sets cutting structure by corresponding to the part of feed inlet in working roll, to realize the cutting of material and drawing
Silk is disposable to be completed, and process is simple, reduces manufacturing procedure, has saved process time and cost.
Description of the drawings
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the sectional view of the embodiment of the present invention 1；
Fig. 3 be Fig. 2 in A-A to sectional view；
Fig. 4 is the enlarged drawing at I in Fig. 3；
Fig. 5 is the sectional view of B-B direction in Fig. 2；
Fig. 6 is the structure diagram of working roll in the embodiment of the present invention 1；
Fig. 7 is the structure diagram of threaded configuration in the embodiment of the present invention 1；
Fig. 8 is another structure diagram of threaded configuration in the embodiment of the present invention 1；
Fig. 9 is the third structure diagram of threaded configuration in the embodiment of the present invention 1；
Figure 10 is the 4th kind of structure diagram of threaded configuration in the embodiment of the present invention 1；
Figure 11 is the structure diagram that outer barrel is connected with strip structure in the embodiment of the present invention 2；
Figure 12 is the sectional elevation of outer barrel in the embodiment of the present invention 2；
Figure 13 is the structure diagram of the embodiment of the present invention 3；
Figure 14 be Figure 13 in C-C to sectional view；
Figure 15 is the structure diagram of the embodiment of the present invention 4；
Figure 16 be Figure 15 in D-D to sectional view；
In attached drawing, parts list represented by the reference numerals are as follows：
1st, outer barrel, 11, feed inlet, 12, discharge port, 13, strip through-hole, 2, end cap, 3, working roll, the 31, first connecting shaft,
32nd, the second connecting shaft, 4, threaded configuration, 41, cylindrical section, 42, polygon prism section, 431, round platform section, 432, conical section, 433, more ribs
Platform section, 434, polygonal pyramid section, 5, dentalation, 51, first flank of tooth, 52, second flank of tooth, 6, strip structure, the 61, first installation
Portion, 7, auxiliary threaded configuration, 8, bar shaped mounting structure, the 81, second mounting portion, 9, cutting structure, 101, feed hopper, 102, discharging
Bucket, 103, mounting base, 104, first connecting portion, 105, second connecting portion, 106, pull rod, 107, driven wheel.
Specific embodiment
The principle and features of the present invention will be described below with reference to the accompanying drawings, and the given examples are served only to explain the present invention, and
It is non-to be used to limit the scope of the present invention.
Embodiment 1
As shown in Figures 1 to 10, a kind of Multifunctional material continous way wire-drawing equipment including working roll 3, Work container, turns
Moving axis, power plant, angle regulator, rack, multiple mill silk structures and multiple threaded configurations 4.
As shown in Fig. 2, the working roll 3 is cylinder and horizontally disposed.
As depicted in figs. 1 and 2, the Work container include that axis is horizontally disposed and the outer barrel 1 of open at one end with
And be removably connected to the open end of the outer barrel 1 and the end cap 2 closed to the open end, the shape of the end cap 2 with
The open end matching of the outer barrel 1, and pass through screw and connect fixation with the outer barrel 1.In order to further ensure the end cap 2 with
The fastness of connection between the outer barrel 1 is provided at least two in the other end of the outer barrel 1 and is located at outside 1 circumference of outer barrel
The first connecting portion 104 of wall is provided on the end cap 2 and connects with the first connecting portion 104 corresponding at least two second
Socket part 105 is both provided with mutual corresponding through-hole, each first connection in the first connecting portion 104 and second connecting portion 105
104 corresponding second connecting portion 105 of portion is connected by pull rod 106, and one end of the pull rod 106 is provided with fixed part, the other end
Thread segment is provided with, the through-hole and second that the thread segment of the pull rod 106 is sequentially passed through at one end in first connecting portion 104 connects
Screw on nut after through-hole in socket part 105, the fixed part of the nut and the pull rod 106 is to 104 He of first connecting portion
Second connecting portion 105 is locked, and plays the reinforcement by connection between the outer barrel 1 and end cap 2.It, can also be only in connection
The first connecting portion 104 and second connecting portion 105 are connected by pull rod 106 to realize the company between the outer barrel 1 and end cap 2
It connects.
As shown in Figures 2 to 5, after the outer barrel 1 is connect with end cap 2, the Work container has cylinder and axis
Horizontally disposed inner cavity, the working roll 3 are located at the interior intracavitary and are set with the coaxial, and the work is held
Material channel is formed between the outer circumferential walls of device circumferential inner wall and the working roll 3, the top of the outer barrel 1 has connection material
The feed inlet 11 of channel, the outer circumferential walls of 3 one end of working roll, the bottom of the outer barrel 1 have described in 11 face of feed inlet
Connect the discharge port 12 of material channel, the outer circumferential walls of 3 other end of working roll described in 12 face of discharge port.The feed inlet
Feed hopper 101 at 11 can be set, easily facilitate and add in material inside outer barrel 1, discharging can be set at the discharge port 12
Bucket 102, easily facilitates the material for picking up and processing.
1 bottom of outer barrel is further fixedly arranged on mounting base 103, can be straight by the outer barrel 1 by the mounting base 103
It connects in the rack, the power plant can also be directly installed in the rack.The power plant is using change
Frequency clockwise and anticlockwise motor, can be by changing the rotating speed of the frequency conversion clockwise and anticlockwise motor, to adjust the silk that material Wire Drawing obtains
Shape structure thickness.
The outer barrel 1 and the frequency conversion clockwise and anticlockwise motor can also be fixedly mounted on described by the angle regulator
In rack.The effect of the angle regulator is that the axial angle of the outer barrel 1 and working roll 3 is adjusted simultaneously, is made
The axis trimming of the material channel is to horizontal direction or adjusts to relatively horizontal orientation inclination, when the material channel tilts
When, the one end for corresponding to feed inlet 11 corresponds to one end of discharge port 12, the axis relative level side of the material channel higher than it
To angle of inclination be adjusted according to the demand of material Wire Drawing.When carrying out Wire Drawing to same material, if described
The axis of material channel is horizontally disposed, and the material filament processed is most thin, if the axis of the material channel
Line relatively horizontal orientation is obliquely installed, then the material filament that the bigger processing in its angle of inclination obtains is thicker.Because described
When the axis relatively horizontal orientation of material channel is obliquely installed, material can be accelerated under gravity to 12 direction of discharge port
Conveying speed.
Structure of the prior art may be used in the angle regulator, as long as can realize the material channel
The function that axis is adjusted, and required inclined position is fixed on, and ensure that the working roll 3 can be stablized in the position
Operation, you can for the present invention.
The structure of the rack is not the innovative point place of the present invention, as long as the rack can be realized to the angle tune
The installation fixation of regulating device simultaneously ensures the even running in the outer cylinder of working roll 3, you can realizes it in the present invention
Effect, the shape and structure of the rack can be unrestricted, therefore at this to its structure without repeating, also do not illustrated.
The frequency conversion clockwise and anticlockwise motor is existing equipment, therefore also it is not illustrated.
As shown in Figure 2 and Figure 6, the rotation axis is coaxial fixed with the working roll 3 and with respectively positioned at the work
The first connecting shaft 31 and the second connecting shaft 32 of two end walls of roller 3, the working roll 3 pass through the rotation axis and the work
Container is rotatablely connected, and the one end of second connecting shaft 32 far from the working roll 3 is driving end, described in the driving end stretching
Outside Work container, and pass through drive mechanism and connect the frequency conversion clockwise and anticlockwise motor.
The rotation axis can be across the working roll 3 and the overall structure that is fixedly connected with the working roll 3, also may be used
It is formed with 32 two parts of the first connecting shaft 31 and the second connecting shaft of two end walls by being separately fixed at the working roll 3,
Certainly, the first connecting shaft 31 of rotation axis and the concentricity one of the second connecting shaft 32 can be better ensured that using overall structure
It causes.
The driving end of second connecting shaft 32 of the rotation axis passes through the end cap 2 and is rotatablely connected with the end cap 2, institute
It states and is provided with bearing between the second connecting shaft 32 of rotation axis and the end cap 2, so as to the second connecting shaft 32 of the rotation axis
When being relatively rotated between the end cap 2, it can ensure that concentricity is consistent and rotates smooth.First connection of the rotation axis
Axis 31 passes through the end face of the outer barrel 1 far from its open end and is rotatablely connected with the outer barrel 1, the first connection of the rotation axis
Bearing is provided between the junction of axis 31 and the outer barrel 1, so as to the first connecting shaft 31 of the rotation axis and the outer barrel 1
Between when relatively rotating, can ensure that concentricity is consistent and rotates smooth.
The driving end of second connecting shaft 32 is connect with the transmission shaft of the frequency conversion clockwise and anticlockwise motor by drive mechanism
Afterwards, the frequency conversion clockwise and anticlockwise motor work can drive the rotation axis to rotate, so as to drive the working roll 3 with respect to institute
State the rotation that Work container does forward and reverse.Belt transmission structure, gear transmission structure etc. may be used in the drive mechanism,
In the present embodiment, the drive mechanism uses belt transmission structure, and the belt transmission structure is positive and negative by being mounted on the frequency conversion
The driving wheel of the power output end of rotating motor, mounted on second connecting shaft 32 driving end driven wheel 107 and
The driving belt composition being around on the driving wheel and driven wheel 107, belt transmission structure and the frequency conversion clockwise and anticlockwise motor with
And second connecting shaft 32 driving end between connection mode the present invention can be realized, therefore herein using existing connection mode
The mounting structure of the driving end of 107 and second connecting shaft 32 of driven wheel is only simply shown without repeating, in Fig. 1.
As shown in Figures 2 to 5, the threaded configuration 4 is set along the radial direction of the working roll 3, and the one of the threaded configuration 4
The outer circumferential walls with the working roll 3 is held to fix, the other end is to carry out Wire Drawing to material with the mill silk respective outer side edges
End is processed, the spacing between the processing end of the threaded configuration 4 and the mill silk structure is 2~5mm, the concrete numerical value of the spacing
Can selection setting be carried out according to the difference of processing materials.
The threaded configuration 4 is uniformly distributed on the whole circumference outer wall of the working roll 3, and all threaded configurations 4 exist
In the outer circumferential walls of the working roll 3 arrangement form be used for the first spiral material channel that material is oriented to discharge port direction with
Second spiral material channel, the first spiral material channel and the second spiral material channel are respectively along the working roll 3
Circumferentially distributed is a plurality of, and the hand of spiral of the first spiral material channel and the second spiral material channel respectively with the work
Two rotation directions for making the relatively described Work container of roller 3 correspond to.
Working roll 3 described in rotating forward task driven when the frequency conversion clockwise and anticlockwise motor rotates forward in the Work container, described
Threaded configuration on one side carries out material Wire Drawing, at the same material by the guiding role of the first spiral material channel from into
Material mouth 11 is conveyed to 12 direction of discharge port, realizes the synchronous progress that Wire Drawing is conveyed with material, and due to material
It is conveyed in the horizontal direction, it is more thorough to ensure that transmission process time of the material in Work container enough carries out material
Wire Drawing.Working roll 3 described in inverting task driven when the frequency conversion clockwise and anticlockwise motor inverts in the Work container, institute
State threaded configuration and carry out Wire Drawing to material on one side, at the same material by the guiding role of the second spiral material channel from
Feed inlet 11 is conveyed in an orderly manner to 12 direction of discharge port.
In the present embodiment, as shown in fig. 7, the threaded configuration 4 is by the cylindrical section 41 that is fixed on the working roll 3 and solid
The cylindrical section 41 is scheduled on far from described 3 one end of working roll and is integrally machined molding 431 groups of round platform section with the cylindrical section 41
Into the processing end is located at the small end of the round platform section 431.It can ensure the smoothness of Flow of Goods and Materials using cylindrical section 41, so that
Material can flow to discharge port 12 from feed inlet 11 in an orderly manner.
The threaded configuration 4 may be arranged as following several structures：
As shown in figure 8, the threaded configuration 4 is by the cylindrical section 41 that is fixed on the working roll 3 and is fixed on the circle
Shell of column 41 is far from described 3 one end of working roll and is integrally machined molding conical section 432 with the cylindrical section 41 and forms, the processing
End has the Wire Drawing effect thinner to material positioned at the top of the conical section 432.
As shown in figure 9, the threaded configuration 4 is by the polygon prism section 42 that is fixed on the working roll 3 and is fixed on described
Polygon prism section 42 is far from described 3 one end of working roll and is integrally machined molding more terrace with edge sections 433 with the polygon prism section 42 and forms,
The processing end is located at the small end of more terrace with edge sections 433.Polygon prism, which can play the mobility of material, certain to be delayed to make
With obtaining material Wire Drawing finer.
As shown in Figure 10, the threaded configuration 4 by the polygon prism section 42 that is fixed on the working roll 3 and is fixed on described
Polygon prism section 42 is far from described 3 one end of working roll and is integrally machined molding polygonal pyramid section 434 with the polygon prism section 42 and forms,
The processing end is located at the top of the polygonal pyramid section 434, equally has the Wire Drawing effect thinner to material.
The circumferential inner wall that silk structure setting is ground in the outer barrel 1, it is corresponding with the outer circumferential walls of the working roll 3.Institute
It is along the circumferentially uniformly distributed multiple dentalations 5 of 1 inner wall of outer barrel to state mill silk structure, and each dentalation 5 is along the working roll 3
Axial setting, the position of the dentalation 5 and length are correspondings with the axis of the working roll 3, and its section is tooth form.
As shown in Figure 3 and Figure 4, each dentalation 5 is respectively provided with first flank of tooth 51 and second flank of tooth 52, the adjacent dentalation of each two
First flank of tooth 51 of one of dentalation 5 in 5 and second flank of tooth 52 of another dentalation 5 are disposed adjacent, and every
At the tooth root of first flank of tooth 51 of one of dentalation 5 in two adjacent dentalations 5 and another dentalation 5
Second flank of tooth 52 tooth root at connect.
Angle between first flank of tooth 51 of each dentalation 5 and the outside circle tangent line for crossing its tooth top is not more than 90 degree,
To avoid there is the situation that material is stuck in the root of first flank of tooth 51, at the tooth root of second flank of tooth 52 of each dentalation 5 extremely
Distance at tooth top is more than at the tooth root of first flank of tooth 51 to the distance at tooth top, and the width of first flank of tooth 51 is 2
~3mm, the width of second flank of tooth 52 are 2~10 times of first flank of tooth 51.Make the wire drawing knot using the above structure
Structure 4 is respectively cooperating with first flank of tooth 51 and second flank of tooth 52 carries out Wire Drawing to material has different wire drawing fineness,
Described in threaded configuration 4 coordinate the obtained material filiform finished product of first flank of tooth 51 processing thinner, the cooperation of threaded configuration 4 second
The flank of tooth 52 process the obtained material filiform finished product threaded configuration 4 coordinate the material filiform that the processing of first flank of tooth 51 obtains into
Product are thicker, to the distance at tooth top and second flank of tooth at the tooth root of the angle of the included angle A and first flank of tooth 51 of dentalation 5
At 52 tooth root to the distance at tooth top can the fineness demand of Wire Drawing according to needed for material carry out selection setting.This
In embodiment, the angle of the included angle A is 90 degree, to the distance at tooth top is 2mm at the tooth root of first flank of tooth 51, described
At the tooth root of second flank of tooth 52 to the distance at tooth top be 18mm.During material Wire Drawing, by changing working roll 3
Rotation direction can select the threaded configuration 4 that first flank of tooth 51 or second flank of tooth 52 is coordinated to add to carry out wire drawing to material
Work.
During the Wire Drawing of material, the working roll 3 rotates, you can realizes continual to the continuity of material
Process operation, and during processing, the lateral transfer of material is carried out at the same time, until material is fallen from discharge port 12, add
The duration of work is guaranteed, so as to ensure that material can be processed thoroughly.Threaded configuration is coordinated using dentalation 5
4 pairs of materials carry out the structure of Wire Drawing, and processing effect is good, it is ensured that after materiel machining, obtained filament is thinner
And more uniformly, without being ground into slurry.In addition, using the above structure, it in process will not be because of displacement and mutual
Collision, security performance has also obtained very big guarantee and cleaning is easy.
Embodiment 2
Compared with Example 1, in the present embodiment, as shown in figure 11, the mill silk structure is by circumferential along 1 inner wall of outer barrel
Uniformly distributed multiple strip structures 6 and multiple dentalations 5 form, and the strip structure 6 is set along the axial direction of the working roll 1,
The position of the strip structure 6 and length are corresponding with the axis of the working roll 3, and its rectangular cross-section.
It is spaced at least two dentalation 5 between the adjacent strip structure 6 of each two, it is specific between each two strip structure 6
It is spaced several dentalations 5 and selection setting is carried out according to the size of outer barrel 1.
The concrete structure of each dentalation 5 is identical with the structure of the dentalation 5 in embodiment 1, all dentations
In structure 5, first flank of tooth 51 and another dentation knot of one of dentalation 5 in the adjacent dentalation 5 of each two
Second flank of tooth 52 of structure 5 is disposed adjacent；In at least two dentalation 5 between the strip structure 6 adjacent positioned at each two, often
At the tooth root of first flank of tooth 51 of one of dentalation 5 in two adjacent dentalations 5 and another dentalation 5
Second flank of tooth 52 tooth root at connect.
The strip structure 6 towards the side of the working roll 3 be active side, the active side and 1 inner wall of outer barrel
The distance between it is equal with the tooth height of the dentalation 5.
The strip structure 6 and dentalation 5 coordinate threaded configuration 4 to have different processing stages to material, in wire drawing
It, can be real during one circle of the rotation of working roll 3 by the mutual cooperation of strip structure 6 and dentalation 5 in process
Processing now different degrees of to material continuous several times has obtained further being promoted to the wire-drawing effect of materiel machining, especially right
It is difficult to process uniform material completely in some time processings, can disposably process uniformly, save process time, and protect
Processing effect is demonstrate,proved.
It is removably to connect between the strip structure 6 and the outer barrel 1, it is laggard to be worn in strip structure 6
Row replaces strip structure 6.
As shown in figure 12, it is described outer that and perforation corresponding with 6 quantity of strip structure is offered on the outer wall of the outer barrel 1
The strip through-hole 13 of 1 inner wall of cylinder, the strip structure 6 are arranged in the strip through-hole 13, are set in the outside of the strip structure 6
It is equipped with for the first mounting portion 61 fixed between the outer barrel 1, first mounting portion 61 is close to the outer of the outer barrel 1
Wall, and pass through screw and connect fixation with the outer barrel 1.First mounting portion 61 could be provided as the as shown in figure 11 and item
Shape structure 6 forms the T-shaped structure in section, may be set to be the structure L-shaped with the strip structure 6 composition section.
In addition to above structure, remaining structure difference in the present embodiment is same as Example 1.
Embodiment 3
Compared with Example 2, in the present embodiment, as shown in Figure 13 and Figure 14,1 inner wall of outer barrel is additionally provided with multiple auxiliary
Threaded configuration 7 is helped, each that one end of threaded configuration 7 and the circumferential inner wall of the outer barrel 1 is assisted to fix, the other end is and the drawing
Silk structure 4 coordinates the processing end that Wire Drawing is carried out to material, the shape of the auxiliary threaded configuration 7 and the drawing in embodiment 1
The structure of silk structure 4 is identical, and the axial length of the auxiliary threaded configuration 7 is less than the axial length of the threaded configuration 4.
All auxiliary threaded configurations 7 divide for along circumferentially uniformly distributed multigroup of 1 inner wall of outer barrel, each group all auxiliary
Threaded configuration 7 is helped linearly to be arranged on the circumferential inner wall of the outer barrel 1 along the working roll 3 is axial, all auxiliary
Threaded configuration 7 is mutually staggered with the position in relatively described 3 axial direction of working roll of all threaded configurations 4, all auxiliary
2 are respectively provided with along the radial direction of the working roll 3 between the working end of threaded configuration 7 and the processing end of all threaded configurations 4~
The gap of 3mm.It ensure that when the working roll 3 is rotated relative to the outer barrel 1, the threaded configuration 4 and the auxiliary wire drawing
Structure 7 will not collide；At least two dentalation 5 and at least one are spaced between every two groups adjacent auxiliary threaded configurations 7
Strip structure 6.
1 inner wall of outer barrel be provided with mill silk structure on the basis of, add auxiliary threaded configuration 7 be processed to compared with
Difficult material, such as filamentary fibers connect more close material, by assisting the cooperation of threaded configuration 7 and threaded configuration 4 can
With more easily by the fiber separation of material, while the cooperation by grinding silk structure and threaded configuration 4 can carry out material
Fine Wire Drawing.
In order to realize the replacement of the auxiliary threaded configuration 7, will be set between the auxiliary threaded configuration 7 and the outer barrel 1
It is set to dismountable connection.Specifically setting is as follows for its structure：
Offered on the outer wall of the outer barrel 1 with it is described auxiliary threaded configuration 7 group number it is corresponding and with the working roll 3
Axial parallel bar shaped mounting hole, the bar shaped mounting hole penetrate through the inner wall of the outer barrel 1, and the shape of the bar shaped mounting hole is big
It is small identical with the shape size of the strip through-hole 13.
Bar shaped mounting structure 8, the inside of the bar shaped mounting structure 8 and institute are both provided in each bar shaped mounting hole
The inner wall for stating outer barrel 1 connects, and described each group of all auxiliary threaded configurations 7 are each attached to the interior of corresponding bar shaped mounting structure 8
Wall, the outside of the bar shaped mounting structure 8 are provided with for the second mounting portion 81 fixed between the outer barrel 1, and described
Two mounting portions 81 are close to the outer wall of the outer barrel 1, and pass through screw and connect fixation with the outer barrel 1.Second mounting portion 81
Could be provided as the composition section T-shaped structure as shown in figure 14 with the bar shaped mounting structure 8, may be set to be with it is described
Bar shaped mounting structure 8 forms the L-shaped structure in section.
Using such structure, after strip structure 6 is worn can replace strip structure 6, it can be with
Installation auxiliary threaded configuration 7 is chosen whether according to process requirements, it, can be in the case of installation auxiliary threaded configuration 7 is not needed to
Strip structure 6 is installed in bar shaped mounting hole.
In addition to above structure, remaining structure difference in the present embodiment is same as Example 2.
Embodiment 4
Compared with Example 1, in the present embodiment, as shown in Figure 15 and Figure 16, on the working roll 3 with the charging
The threaded configuration 4 of 11 corresponding regions of mouth is replaced with cutting structure 9, and the cutting structure 9 is fixed on the working roll 3 for one end to be justified
All outer walls, the other end and the laminated structure that blade is carried along the circumferential both sides of the working roll 3.It in this way, can be from feed inlet
11 are put into the material of bulk into the Work container, after material is fallen into the Work container, are cut structure 9 first and cut
It into fritter, is then conveyed to 12 direction of discharge port, threaded configuration 4 and mill silk respective outer side edges draw the piece material after cutting
Silk processing.The cutting of material and wire drawing are disposably completed, processing is simple, reduces manufacturing procedure, saved process time and
Cost.
In addition to above structure, remaining structure difference in the present embodiment is same as Example 1.
Furthermore it is also possible to by being located on the working roll 3 and 11 corresponding region of feed inlet in embodiment 2 and 3
Cutting structure 9 in the present embodiment of threaded configuration 4 replaces (not shown), to reach cutting processing and the wire drawing to bulk materials
Processing is continuously finished successively.
The foregoing is merely presently preferred embodiments of the present invention, is not intended to limit the invention, it is all the present invention spirit and
Within principle, any modification, equivalent replacement, improvement and so on should all be included in the protection scope of the present invention.
Claims (9)
1. a kind of Multifunctional material continous way wire-drawing equipment, which is characterized in that including：
Working roll (3), the working roll (3) are cylinder；
Work container, the Work container have cylindrical inner cavity, and the axial direction of the inner cavity is horizontally disposed, the work
Make roller (3) positioned at the interior intracavitary and set with the coaxial, the Work container circumferential inner wall and the working roll (3)
Outer circumferential walls between form material channel, the top of the Work container has the feed inlet (11) of connection material channel, institute
The outer circumferential walls of working roll (3) one end described in feed inlet (11) face are stated, there is connection material to lead to for the bottom of the Work container
The discharge port (12) in road, the outer circumferential walls of working roll (3) other end described in discharge port (12) face；
Rotation axis, the rotation axis include the first connecting shaft (31) and the second connecting shaft (32), first connecting shaft (31) and
Second connecting shaft (32) is coaxial fixed with the working roll (3) and is located at the both ends of the working roll (3), the work respectively
Roller (3) is rotatablely connected by the first connecting shaft (31) and the second connecting shaft (32) with the Work container respectively, and described second connects
The one end of spindle (32) far from the working roll (3) is driving end, and the driving end is extend out to outside the Work container；
Power plant, the power plant have power output shaft, the second connecting shaft (32) described in the power output axis connection
Driving end, the power plant drives the working roll (3) to be rotated relative to the Work container by the second rotation axis；
Silk structure is ground, the mill silk structure setting is in the circumferential inner wall of the Work container；
Threaded configuration (4), described threaded configuration (4) one end and the outer circumferential walls of the working roll (3) are fixed, the other end for institute
State the processing end that mill silk respective outer side edges carry out material Wire Drawing, the processing end of the threaded configuration (4) and the mill silk knot
There is gap, the threaded configuration (4) is multiple, and all threaded configurations (4) are in the outer circumferential walls of the working roll (3) between structure
The a plurality of circumferentially distributed spiral material channel along the working roll (3) of upper arrangement form；
The working roll (3) can do the rotation of two opposite directions relative to the Work container, and all threaded configurations (4) are in institute
State arrangement form in the outer circumferential walls of working roll (3) be used for by material to the first spiral material channel that discharge port direction is oriented to
Second spiral material channel, the first spiral material channel and the second spiral material channel are respectively along the working roll (3)
It is circumferentially distributed a plurality of, and the hand of spiral of the first spiral material channel and the second spiral material channel respectively with it is described
Two rotation directions of the relatively described Work container of working roll (3) correspond to.
2. Multifunctional material continous way wire-drawing equipment according to claim 1, which is characterized in that further include rack and be used for
The angle regulator of the material channel axial angle is adjusted, the Work container and power plant pass through the angular adjustment
Device is mounted in the rack.
3. Multifunctional material continous way wire-drawing equipment according to claim 1, which is characterized in that the threaded configuration (4)
Including the cylindrical section (41) being fixed on the working roll (3) and the cylindrical section (41) is fixed on far from the working roll (3)
The round platform section (431) of one end is either located at the small end or described of the round platform section (431) in conical section (432) the processing end
The top of conical section (432)；
Or the threaded configuration (4) including the polygon prism section (42) that is fixed on the working roll (3) and is fixed on described more
Prism section (42) is far from more terrace with edge sections (433) of the working roll (3) one end or polygonal pyramid section (434), processing end position
In the small end of more terrace with edge sections (433) or the top of the polygonal pyramid section (434).
4. Multifunctional material continous way wire-drawing equipment according to claim 1, which is characterized in that the mill silk structure includes
The multiple dentalations (5) circumferentially uniformly distributed along the Work container inner wall, each dentalation (5) are and the working roll (3)
Axis is corresponding and section be in tooth form structure, each dentalation (5) is respectively provided with first flank of tooth (51) and second flank of tooth (52),
First flank of tooth (51) and another dentalation of one of dentalation (5) in the adjacent dentalation of each two (5)
(5) second flank of tooth (52) is disposed adjacent, to the distance at tooth top at the tooth root of second flank of tooth (52) of each dentalation (5)
More than at the tooth root of first flank of tooth (51) to the distance at tooth top.
5. Multifunctional material continous way wire-drawing equipment according to claim 4, which is characterized in that the mill silk structure is also wrapped
It includes along the circumferentially uniformly distributed multiple strip structures (6) of the Work container inner wall, the strip structure (6) is and the working roll
(3) axis correspondence and the structure of rectangular in cross-section；
At least two dentalation (5) is spaced between the adjacent strip structure of each two (6).
6. Multifunctional material continous way wire-drawing equipment according to claim 5, which is characterized in that outside the Work container
Corresponding with the strip structure (6) quantity and the perforation Work container inner wall strip through-hole (13) is offered on wall, it is described
Strip structure (6) is arranged in the strip through-hole (13), be provided on the outside of the strip structure (6) for the work
Fixed first mounting portion (61) between container, first mounting portion (61) are close to the outer wall of the Work container, and pass through
Screw connect fixation with the Work container.
7. Multifunctional material continous way wire-drawing equipment according to claim 5, which is characterized in that the Work container inner wall
Multiple auxiliary threaded configurations (7) are additionally provided with, each assist one end of threaded configuration (7) with the circumferential inner wall of the Work container
Fixed, the other end is the processing end to material progress Wire Drawing, all auxiliary wire drawings with the threaded configuration (4) cooperation
Structure (7) is divided into along circumferentially uniformly distributed multigroup of the Work container inner wall, and each group of all auxiliary threaded configurations (7) are along described
Working roll (3) axially is linearly arranged on the circumferential inner wall of the Work container, it is all it is described auxiliary threaded configurations (7) with
Position in relatively described working roll (3) axial direction of all threaded configurations (4) mutually staggers, and all auxiliary wire drawing knots
Between being respectively provided between the working end of structure (7) and the working end of all threaded configurations (4) along the radial direction of the working roll (3)
Gap；
At least two dentalation (5) and at least one strip structure are spaced between every two groups adjacent auxiliary threaded configurations (7)
(6)。
8. Multifunctional material continous way wire-drawing equipment according to claim 7, which is characterized in that outside the Work container
It is additionally provided with corresponding with the group number of the auxiliary threaded configuration (7) on wall and is installed with the axial parallel bar shaped of the working roll (3)
Hole, the bar shaped mounting hole penetrate through the inner wall of the Work container, bar shaped installation are both provided in each bar shaped mounting hole
Structure (8), the inside of the bar shaped mounting structure (8) connect with the inner wall of the Work container, described each group all auxiliary
Threaded configuration (7) is helped to be each attached to the inner wall of corresponding bar shaped mounting structure (8), the outside setting of the bar shaped mounting structure (8)
Fixed second mounting portion (81) between the Work container is useful for, second mounting portion (81) is close to the work and is held
The outer wall of device, and pass through screw and connect fixation with the Work container.
9. Multifunctional material continous way wire-drawing equipment as claimed in any of claims 1 to 8, which is characterized in that institute
State be additionally provided in the outer circumferential walls of working roll (3) part corresponding with the feed inlet (11) it is multiple along the working roll (3)
Circumferentially uniformly distributed cutting structure (9), the cutting structure (9) is fixed on the working roll (3) outer circumferential walls for one end, another
End and the structure that blade is carried along the both sides of the working roll (3) circumferential direction.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610814195.2A CN106509958B (en) | 2016-09-09 | 2016-09-09 | Multifunctional material continous way wire-drawing equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610814195.2A CN106509958B (en) | 2016-09-09 | 2016-09-09 | Multifunctional material continous way wire-drawing equipment |
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| CN106509958A CN106509958A (en) | 2017-03-22 |
| CN106509958B true CN106509958B (en) | 2018-07-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022170981A1 (en) * | 2021-02-10 | 2022-08-18 | 上海尤顺汽车技术有限公司 | Engine rocker arm mechanism, engine two-stroke cycle braking system and method |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0763332B2 (en) * | 1986-03-25 | 1995-07-12 | 株式会社幸和工業 | Meat products |
| CN202276773U (en) * | 2011-07-27 | 2012-06-20 | 太仓市飞凤食品有限公司 | Dried meat floss drawing machine |
| CN204168964U (en) * | 2014-07-29 | 2015-02-25 | 响水县智诚知识产权信息服务有限公司 | A kind of dried meat floss drawing machine |
| CN204015004U (en) * | 2014-07-29 | 2014-12-17 | 响水县智诚知识产权信息服务有限公司 | A kind of dried meat floss drawing machine |
| CN204015003U (en) * | 2014-07-29 | 2014-12-17 | 响水县智诚知识产权信息服务有限公司 | A kind of dried meat floss is dried wire drawing all-in-one |
| CN104351461B (en) * | 2014-08-29 | 2017-09-15 | 河北晓进机械制造股份有限公司 | Soybean wire-drawing protein wire machine |
| CN204090958U (en) * | 2014-10-22 | 2015-01-14 | 响水县智诚知识产权信息服务有限公司 | A kind of from drying dried meat floss drawing machine |
| CN205305929U (en) * | 2015-12-31 | 2016-06-15 | 友臣(福建)食品有限公司 | Dried meat floss drawing machine |
-
2016
- 2016-09-09 CN CN201610814195.2A patent/CN106509958B/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022170981A1 (en) * | 2021-02-10 | 2022-08-18 | 上海尤顺汽车技术有限公司 | Engine rocker arm mechanism, engine two-stroke cycle braking system and method |
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