CN205967682U - Thread processing machine - Google Patents
Thread processing machine Download PDFInfo
- Publication number
- CN205967682U CN205967682U CN201620870982.4U CN201620870982U CN205967682U CN 205967682 U CN205967682 U CN 205967682U CN 201620870982 U CN201620870982 U CN 201620870982U CN 205967682 U CN205967682 U CN 205967682U
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- Prior art keywords
- fixed part
- feed
- feeding
- block
- pipe
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Abstract
The utility model provides a thread processing machine, includes frame, control panel, control panel locates in the frame, be equipped with feed mechanism, feeding mechanism and processing agency in the frame, feed mechanism, feeding mechanism, processing agency connect gradually, its characterized in that, feed mechanism includes feed bin and the vibrating motor who locates the feed bin below, be equipped with the ascending feedstock channel of spiral in the feed bin, the below of feedstock channel upper end is equipped with a feed inlet that stretches out the feed bin lateral wall, feed inlet the place ahead is equipped with a separation blade, the preceding tip of separation blade touches with feedstock channel's tip top, the back tip of separation blade through a horizontal pole demountable installation on the lateral wall, the separation blade can rotate for the horizontal pole. This processing machine beneficial effect is: simple structure, with low costs, the feeding is efficient, can distinguish with unprocessed work piece processing moreover, the pay -off is rapid, improves operating personnel's security, ability simultaneous processing A number of processes, the work piece location is accurate, and the machining efficiency of tapping is high.
Description
Technical field
The invention belongs to the process equipment field of screw-type connection part is and in particular to a kind of thread generator.
Background technology
Existing a lot of connector is required for two ends and processes to realize the annexation to other two critical pieces, for
Column or square workpiece, traditional processing is single turn hole or independent tapping, and one procedure is carried out, and two end faces of workpiece are all
Need process, when wherein one side holed or tapping after need process another side when, semi-finished product are processed further, pass
One side orientation to be processed for workpiece mostly manually can only be placed, is put into boring machine or tapping machine using manual by system operation
Lower section, operated by hand, its work efficiency is low, and manually operation had very big potential safety hazard.And it is undressed
(the unprocessed workpiece in two ends) or machined semi-finished product (the namely manufactured workpiece of one side) once mixed in together,
Need hand picking, more manually operated, have a strong impact on production efficiency；In addition processing is all that each equipment per pass operation is independent
Processing, common process equipment mostly complex structure, manufacturing cost is high.
Content of the invention
The invention aims to solving the problems, such as that current connector working (machining) efficiency is low, provide a kind of screw-type processing
Machine.
In order to reach foregoing invention purpose, the present invention employs the following technical solutions：
A kind of screw-type processing machine, including frame, control panel, described control panel in frame it is characterised in that：
Described frame is provided with feeding mechanism, feed mechanism and organisation of working, and described feeding mechanism, feed mechanism, organisation of working are successively
Connect it is characterised in that described feeding mechanism includes feed bin and the vibrating motor below feed bin, in described feed bin, be provided with spiral shell
The feeding-passage spinning up, the lower section of feeding-passage upper end is provided with a charging aperture stretching out feed bin side wall, before described charging aperture
Side is provided with a catch, and the leading section of described catch is contacted with the end of feeding-passage, and the rearward end of described catch passes through a cross bar
It is removably mounted on the wall of side, catch can rotate with respect to cross bar.
Further, described catch is obliquely installed, and catch leading section is less than described catch rearward end, the leading section of catch and side
The distance of wall is more than the distance of catch rearward end and side wall.
Further, described side wall is provided with a pillar, blocks material hook on described pillar, the described hook blocking material hook
End is located above charging aperture, and the other end is provided with a reset balance weight, and two ends keep balancing, during either end stress centered on pillar
Blocking material hook can swing.
Further, described pillar is fixedly connected with a cradle top, and described support is packed in outside the wall of side, and support is provided with
One fixed plate having straight trough, the described hook end blocking material hook passes through from this straight trough, and the described material hook that blocks is centered on pillar
Swing carry out in this straight trough.
First, it is rotated away catch, catch upset is placed upward, is easy to later stage workpiece and can fall under the obstruction blocking material hook
Feed back storehouse.Secondly, the workpiece with inner bolt hole for the vibrator (as columnar workpiece or rectangular workpiece) is transferred to feeding-passage end,
When workpiece finished one be forward-facing sent to helical duct end when, directly contact hook, hook stretches into workpiece
Screw thread in the hole, catches on workpiece front end, and vibrator continues concussion and continues to push workpiece, links up with to the direction away from helical duct end
Rotate, until the workpiece other end departs from feeding-passage end, fall into charging aperture under hook guiding, workpiece unprocessed faces
Under fall into charging aperture；And in the case of another kind, it is forward-facing pushed dynamic that end face is not processing, touch with hook, in spiral
Workpiece on passage moves under electromagnetic shaker, and feed bin recalled to by the workpiece touching with hook.
Further preferably arrange as some, described block material hook for a bonding jumper through at least twice bending form and
The one end of bonding jumper is provided with described hook (can also be lobe, as long as the in the hole of workpiece can be stretched into), pillar located at
First bending place of lobe, reset balance weight is located at the second bending place.The outer end blocking material hook is to reset balance weight side
Bending.Reset balance weight is avoided to drop.Pillar is located to block outside in material hook and is respectively equipped with a securing member, and securing member is hung to blocking material
The displacement being hooked on pillar plays restriction effect, it is to avoid blocks when material hook swings and is shifted over.
Further, described feed mechanism includes base, shell, feed pipe, and described base top is provided with shell, described shell
It is provided with a horizontal channel from back-to-front, located at upper rear portion, described horizontal channel is connected described feed pipe with feed pipe；Institute
State and a pusher cylinder is additionally provided with base, the push rod of described pusher cylinder can stretch into described horizontal channel from shell rear surface；Described
Charging aperture is connected with the feed pipe of feed mechanism.
Further, described horizontal channel is provided with one and blocks flitch, blocks flitch upset and can open and close horizontal channel.
Further, the described top blocking flitch two ends is provided with supporting part, and described shell is provided with through hole, described supporting part
Stretch out described through hole.
Further, described through hole is slotted hole.The position of material version can be blocked according to the adjustment of workpiece length.
Further, described blocking leaves space between flitch and horizontal channel bottom.
Further, the height blocking flitch is more than the 2/3 of horizontal channel height.
Further, it is provided with a support, the first cylinder, feeding cylinder above described shell, described support fixed installation the
One cylinder, the connecting rod top of described first cylinder is affixed with pole top by a cross bar, and described feeding cylinder top is installed with
Contiguous block, described contiguous block is connected with pole bottom；Described feeding cylinder is provided with secondary clamping part.Described pair clamping part can be
The pipe of one inner hollow.
Further, the outlet of described horizontal channel is provided with a groove.This groove is easy to the workpiece holding of clamping part.
Further, described first cylinder upper end, lower end are respectively equipped with a photoelectric probe.
Further, described organisation of working includes motor, and motor is connected with clamping part located at frame one end, motor, described machine
The frame other end is provided with a workbench, enable between described workbench and frame X to slip from X to vertical Y-direction；Described
Be arranged in parallel on workbench the first fixed part, the second fixed part and the 3rd fixed part, described first fixed part, the second fixed part and
It is respectively equipped with face cutter, drill bit, screw tap, described face cutter, drill bit, screw tap are located at same horizontal line on 3rd fixed part
On；Described feed mechanism is above the clamping part of organisation of working.Slide between workbench and frame and slided using conventional straight line
Rail principle is realized sliding.This processing function carries out face milling, boring and tapping thread to workpiece, need not repeatedly more exchange device or
Travelling workpiece.Workpiece is delivered in the clamping part in organisation of working by the feeding cylinder in feed mechanism.
Further, positioning pipe passes through from the 3rd fixed part and the 3rd fixed part is stretched out at two ends, and positioning pipe can be with respect to
3rd fixed part move forward and backward, described screw tap located at the leading section of positioning pipe, before the top at described positioning pipe two ends is respectively equipped with
Locating piece, post-positioning block, described pre-positioning block, the 3rd fixed part, the upper surface of post-positioning block are located at sustained height, shown positioning
Pipe is located at a sheathed main spring between pre-positioning block, the 3rd fixed part, and the rear end of shown 3rd fixed part is provided with a runner block, institute
State post-positioning block to slide in the chute in runner block.This setting can carry out the buffering of a cutter to screw tap processing, it is to avoid
Excessively advance and cause Cutting Tool Damage.
Further, it is provided with the first bullet between the upper surface of described pre-positioning block and the upper surface of the 3rd fixed part of screw tap
Spring, is provided with second spring between the upper surface of the upper surface of described post-positioning block and the 3rd fixed part.First spring and the second bullet
The setting of spring enables the operation between tapping process plug tap and workpiece to play the role of individual buffering in front and back, improves cutter and workpiece
Contact cushion effect during processing.
Further, described first both ends of the spring is installed in the right side of pre-positioning block, the right side of the 3rd fixed part, and described
Two both ends of the spring are installed in the left side of the 3rd fixed part, the left side of post-positioning block.The left and right setting of spring position is it is ensured that can be in X
On direction, the angle of straight ahead and retrogressing is it is ensured that the angle accuracy of screw tap.
Further, described clamping part upper lateral part is provided with an infrared probe, for detecting accuracy and the integrity of cutter.
Further, it is provided with an outlet pipe above described clamping part side, the workpiece at the corresponding clamping part center of described outlet pipe
Position.In the course of processing, motor drives the workpiece rotation in the middle part of clamping part, and cutter is processed to workpiece, and cutter and workpiece hold
Easily it is heated, outlet pipe water outlet carries out effective temperature-reducing to working position and punching removes machining chips.
Further, described clamping part is provided near motor side and is additionally provided with an air inlet pipe being used for discharging.Work pieces process
After good, clamping part unclamps, and air inlet pipe is supplied gas, and workpiece is sent clamping part.
Further, described screw-type processing machine also includes auxiliary body, and auxiliary body includes luminaire and side board,
, in frame, for illuminating the processing situation between clamping part and cutter, described side board is located at machine for described luminaire
Frame two ends, realize to chip in the course of processing etc..
Compared with prior art, beneficial effect is the present invention：1. this thread generator structure is simple, low cost, charging effect
Rate is high, and machined and unprocessed workpiece can be made a distinction, raising charging processing efficiency, it is to avoid the work of manual sorting
Sequence；2 feedings are rapid, can be arranged as required to the interval time of feeding, and batch is processed in order, effectively improve feeding speed
Degree, and efficiency high, improve the safety of operator；3 can process multiple working procedure to connector a end face simultaneously, and
Accurate work piece positioning, tapping high in machining efficiency.
Brief description
Fig. 1 is the composition schematic diagram of thread generator；
Fig. 2 is a kind of schematic diagram of state of feeding mechanism；
Fig. 3 is the feeding mechanism sectional perspective schematic diagram of Fig. 2；
Fig. 4 is feeding mechanism another kind view；
Fig. 5 is the structural representation of feed mechanism；
Fig. 6 is the partial structural diagram of feed mechanism.
Fig. 7 is the schematic diagram of organisation of working；
Fig. 8 is the depression angle schematic diagram of organisation of working.
In figure：1 feed bin, 2 vibrators, 3 feeding-passages, the end of 30 feeding-passages, 4 catch, the leading section of 41 catch, 42
The rearward end of catch, 5 cross bars, nut in 6,7 exterior nut caps, 8 pillars, 9 block material links up with, 91 first bending places, 92 second bending places,
93 hooks, 94 upper ends, 10 reset balance weights, 11 securing members, 12 supports, 13 straight troughs, 14 feed bin side walls, 15 charging apertures, 16 is solid
Fixed board, 17 workpiece, 171 inner hole of workpieces, 18 longitudinal register grooves, 19 pins；
31 bases, 32 shells, 32a front, the 32b back side, 33 feed pipes, 34 photoelectric probe, 35 horizontal channels, 36 workpiece,
37 pusher cylinders, 38 push rods, 39 block flitch, 310 supporting parts, 311 through holes, 312 spaces, 313 grooves, 314 first cylinders, and 315
Feeding cylinder, 316 connecting rods, 317 cross bars, 318 poles, 319 contiguous blocks, 320 supports, 321 secondary clamping parts；
51 frames, 52 motors, 53 clamping parts, 54 workpiece, 55 workbench, 56 first fixed parts, 57 second fixed parts, 58
Three fixed parts, 59 face cutters, 510 drill bits, 511 screw taps, 512 positioning pipes, 513 pre-positioning blocks, 514 post-positioning blocks, 515 main bullets
Spring, 516 alignment pins, 517 first springs, 518 second springs, 519 outlet pipes, 520 infrared probes, 521 air inlet pipe, 522 dischargings
Mouthful, to track, to track, 525X is to slide block for 524Y for 523X.
Specific embodiment
Below by specific embodiment, explanation is further described to technical scheme.
As shown in figure 1, thread generator includes feeding mechanism in frame, feed mechanism, organisation of working and auxiliary
Mechanism, feeding mechanism, feed mechanism, organisation of working are sequentially connected.Whole mechanism realizes sub-material feeding processing to connector etc.
The operation of complete set.
As shown in figure 4, feeding mechanism, this mechanism includes feed bin 1, vibrator 2 and the feeding-passage on feed bin 3, enters
It is provided with charging aperture 15, feed bin side wall 14 is provided with a catch 4, and described catch is turning, Yi Zhongzhuan below the end 31 of material passage
The leading section 41 of state lower stop piece is contacted with the end 30 of feeding-passage, and catch rearward end 42 is removably mounted on the wall of side.The party
Formula is suitable for the feeding of all untreated workpiece in two ends.
As Figure 2-3, catch is rotated away, and the leading section 41 of catch overturns upwards, adds and block material extension at charging aperture
Hook 9, blocks material hook and admittedly can be located above charging aperture by pillar 8, pillar is fixedly installed on the support 12 on feed bin side wall 14
Top, support is provided with a fixed plate 16 having straight trough 13, and hook 92 end blocking material hook extend into charging aperture from straight trough, blocks
The material hook other end is provided with reset balance weight 10, forms a thick stick with pillar as the strong point between hook and reset balance weight
Bar, is not balanced by holding during external force.Block material hook directly repeatedly to bend from bonding jumper, bending at least 2 times, first is curved
At folding, 91 located at pillar, and a reset balance weight is placed in the second bending place 92.The upper end 94 of this bonding jumper can inside lateral bend
Avoid reset balance weight landing.Feed bin bottom surface is set to horizontal plane.Longitudinal register groove 18 is opened on fixed plate, fixing by pin 19
On the wall of feed bin side, the height of pillar can be adjusted by this groove, so can when processing the workpiece of different size inner hole of workpiece
With the height of suitable adjustment hook, strengthen the effect of sub-material guiding.Pillar is located to block outside in material hook and is respectively equipped with a fastening
Part 11.Securing member plays restriction effect to blocking displacement on pillar for the material hook.
When feeding mechanism is not actuated, feed bin does not vibrate charging, keeps a balance between hook and reset balance weight.Vibration
The workpiece with inner bolt hole for the device (as columnar workpiece or rectangular workpiece) is transferred to feeding-passage end, when workpiece is processed
One directly contact hook when being forward-facing sent to helical duct end, hook stretches into inner hole of workpiece (or screwed hole) 171
Interior, catch on workpiece front end, vibrator continues concussion and continues to push workpiece, links up with and rotates to the direction away from helical duct end,
Until the workpiece other end departs from feeding-passage end, fall into charging aperture under hook guiding, workpiece unprocessed faces down
Enter charging aperture；And in the case of another kind, it is forward-facing pushed dynamic that end face is not processing, touch with hook, in helical duct
On workpiece move under electromagnetic shaker, fall feed back storehouse with the workpiece that touches of hook.
As seen in figs. 5-6, feed mechanism, described feed mechanism includes base 31, shell 32, feed pipe 33, shell located at
Base top, located at the top of shell rear surface 32b, inside the shell is provided with a horizontal channel 35 to feed pipe, and horizontal channel top connects
It is provided with feed pipe 36, workpiece to be processed enters from feed pipe, and the push rod 38 of pusher cylinder 37 can stretch into level from shell rear surface
Passage pushes to the workpiece in horizontal channel.Horizontal channel is provided with one and blocks flitch 39, in the presence of push rod 38, can turn over
Turn and open and close horizontal channel.The top blocking flitch two ends is provided with supporting part 310, and supporting part stretches out the through hole 311 on shell
It is fixed on shell.Through hole could be arranged to slotted hole, and supporting part is fixed on slotted hole by other fixed forms such as nut
On block and leave space 312 between flitch and horizontal channel bottom and do not contact with horizontal channel bottom surface that is to say, that blocking flitch, block
The height of flitch is more than the 2/3 of horizontal channel height.It is provided with a support 320, the first cylinder 314, feeding cylinder above shell
315, the first cylinder is installed in above shell by support, and connecting rod 316 top on the first cylinder and pole 318 top are solid respectively
It is connected on cross bar 317 two ends, described pole is connected with contiguous block 319, fixed feeding cylinder 315 below contiguous block, on the first cylinder
Lower pushing tow, drives contiguous block to move up and down, thus driving feeding cylinder also to move up and down.Feeding cylinder is provided with secondary clamping part
321, the workpiece 36 that feeding cylinder grips for clamping part in horizontal channel provides power.Clamping part can be directly hollow pipe, pushes away
Workpiece is pushed in hollow pipe bar 8.Horizontal channel exit (namely near outer casing frontispiece 32a) side is provided with a groove
313, it is easy to secondary clamping part and enter gripping workpiece.First cylinder upper end, lower end are respectively equipped with a photoelectric probe 34.Photoelectric probe is used
In detecting whether the position that the first cylinder runs up and down puts in place.
As Figure 7-8, described organisation of working includes motor, is provided with a motor 52 frame 51 one end is fixed, motor with
One clamping part 53 connects, and clamping part 53 is used for clamping workpiece 54, and the frame other end is provided with a workbench 55, and workbench is with respect to machine
The X of frame position can relative slide to X to vertical Y-direction, that is, can relatively slide around；On workbench
Be arranged in parallel the first fixed part 56, the second fixed part 57 and the 3rd fixed part 58, described first fixed part, the second fixed part and
Face cutter 59, drill bit 510, screw tap 511 are respectively equipped with three fixed parts, face cutter, drill bit, screw tap are located at same horizontal line
On.Positioning pipe 512 passes through from the 3rd fixed part and the 3rd fixed part is stretched out at two ends, before positioning pipe can be with respect to the 3rd fixed part
After move, located at positioning tube end, positioning pipe two ends top is respectively equipped with pre-positioning block 513, post-positioning block 514 to described screw tap,
Described pre-positioning block, the 3rd fixed part, post-positioning block upper surface be located at sustained height, shown positioning pipe be located at pre-positioning block,
A sheathed main spring 515 between 3rd fixed part, the rear end of shown 3rd fixed part is provided with a runner block 516, described rear positioning
Block can slide in the chute 517 in runner block.Between the upper surface of pre-positioning block and the upper surface of the 3rd fixed part of screw tap
It is provided with the first spring 517, between the upper surface of the upper surface of described post-positioning block and the 3rd fixed part, be provided with second spring 518.
First both ends of the spring is installed in the right side of pre-positioning block, the right side of the 3rd fixed part, and described second spring two ends are installed in the 3rd
The left side of fixed part, the left side of post-positioning block, that is, the first spring and second spring are to be arranged in parallel.Wherein, the first spring,
The mounting means of second spring can be in pre-positioning block, post-positioning block, the 3rd fixed part upper surface setting alignment pin 516.Folder
Hold and above portion side, be provided with an outlet pipe 519 and infrared probe 520, outlet pipe water outlet is used for reducing workpiece and product during tool sharpening
Heat amount and the scrap rinsing generation, infrared probe is used for detecting tool wear and integrity.Clamping part is provided with an air inlet pipe
521, for the workpiece after processing is sent.Frame between clamping part and cutter is provided with a discharging opening 522, processes
Workpiece drops to frame lower from this discharging opening.Frame is provided with X to track 523, X to slide block 525 located at X on track, X to
The top of slide block is provided with Y-direction track 524, and above Y-direction track 524, X realizes X to cunning to slide block with respect to frame to workbench
Dynamic, workbench is realized Y with respect to Y-direction track and is slided.X to the i.e. axially in parallel direction with motor, clamping part, Y-direction i.e. with electricity
The vertical direction of machine, clamping part axial direction, the slip between workbench and frame is that level is slided, X to be exactly workbench to
Clamping part closer or far from direction, Y-direction is mobile corresponding with motor, clamping part axle center for realizing in three cutters any one
Mobile.
Auxiliary body can be for arranging the auxiliary equipments such as protective cover, lighting pilot lamp in frame, improving safety is
Count and be easy to operator and check machining state.
Thread generator also includes control panel, described control panel and motor, vibrator, photoelectric probe, the first cylinder,
Feeding cylinder, pusher cylinder, infrared probe etc. connect realization respectively and control.
Whole thread generator main operational principle is that the discharging opening of feeding mechanism is connected with the feed pipe of feed mechanism,
Feeding mechanism vibration charging, the top of motor in organisation of working for the feed mechanism, by the feeding cylinder in feed mechanism
Workpiece is moved to the clamping part of organisation of working, motor rotates and drives the workpiece on clamping part to rotate, the then knife of organisation of working
Tool is processed to workpiece successively from face cutter, drill bit, screw tap, machines rear clamping part air inlet pipe air inlet and send workpiece
Go out, drop to the discharging opening of frame.
It is the preferred embodiment of the present invention above, do not limit protection scope of the present invention, for people in the art
Deformation and improvement that member makes according to the mentality of designing of the present invention, all should be considered as within protection scope of the present invention.
Claims (10)
1. a kind of thread generator, including frame it is characterised in that：Described frame is provided with feeding mechanism, feed mechanism and adds
Work mechanism, described feeding mechanism, feed mechanism, organisation of working are sequentially connected it is characterised in that described feeding mechanism includes feed bin
With the vibrating motor below feed bin, it is provided with spiral feeding-passage upwards in described feed bin, under feeding-passage upper end
Side is provided with a charging aperture stretching out feed bin side wall, is provided with a catch, the leading section of described catch and charging in front of described charging aperture
The end of passage contacts.
2. a kind of thread generator according to claim 1 is it is characterised in that the rearward end of described catch passes through a cross bar
It is removably mounted on the wall of side, catch can rotate with respect to cross bar；Described side wall is provided with a pillar, blocks material hook located at described
On pillar, the described hook end blocking material hook is located above charging aperture, and the other end is provided with a reset balance weight, and two ends with pillar are
Center keeps balance, and blocking material hook during either end stress can swing.
3. a kind of thread generator according to claim 2 is it is characterised in that the top of described pillar and a support is fixed
Connect, described support is packed in outside the wall of side, support is provided with a fixed plate having straight trough, the described hook end blocking material hook
Pass through from this straight trough, described blocking expects that swing centered on pillar for the hook is carried out in this straight trough.
4. a kind of thread generator according to claim 1 it is characterised in that described feed mechanism include base, shell,
Feed pipe, described base top is provided with shell, and described shell is provided with a horizontal channel from back-to-front, described feed pipe located at
Upper rear portion, described horizontal channel is connected with feed pipe；One pusher cylinder is additionally provided with described base, the pushing away of described pusher cylinder
Bar can stretch into described horizontal channel from shell rear surface；Described charging aperture is connected with the feed pipe of feed mechanism；Described horizontal channel
It is provided with one and blocks flitch, block flitch upset and can open and close horizontal channel.
5. a kind of thread generator according to claim 4 it is characterised in that be provided with above described shell a support,
One cylinder, feeding cylinder, described support fixedly mounts the first cylinder, and the connecting rod top of described first cylinder is passed through a cross bar and propped up
Masthead portion is affixed, and described feeding cylinder top is installed with contiguous block, and described contiguous block is connected with pole bottom；Described feeding cylinder
It is provided with secondary clamping part.
6. a kind of thread generator according to claim 1 is it is characterised in that described organisation of working includes motor, motor
Located at frame one end, motor is connected with clamping part, and the described frame other end is provided with a workbench, between described workbench and frame
Enable X to slip from X to vertical Y-direction；Be arranged in parallel on described workbench the first fixed part, the second fixed part and
Three fixed parts, described first fixed part, the second fixed part and the 3rd fixed part are respectively equipped with face cutter, drill bit, screw tap, institute
State face cutter, drill bit, screw tap in same horizontal line；Described feed mechanism is above the clamping part of organisation of working.
7. a kind of thread generator according to claim 6 it is characterised in that positioning pipe from the 3rd fixed part pass through and
The 3rd fixed part is stretched out at two ends, and positioning pipe can move forward and backward with respect to the 3rd fixed part, and described screw tap is located at the front end of positioning pipe
Portion, the top at described positioning pipe two ends is respectively equipped with pre-positioning block, post-positioning block, described pre-positioning block, the 3rd fixed part, fixed afterwards
The upper surface of position block is located at sustained height, and shown positioning pipe is located at a sheathed main spring between pre-positioning block, the 3rd fixed part,
The rear end of shown 3rd fixed part is provided with a runner block, and described post-positioning block can slide in the chute in runner block.
8. a kind of thread generator according to claim 7 is it is characterised in that the upper surface of described pre-positioning block and screw tap
The upper surface of the 3rd fixed part between be provided with the first spring, the upper surface of the upper surface of described post-positioning block and the 3rd fixed part
Between be provided with second spring.
9. a kind of thread generator according to claim 8 is it is characterised in that described first both ends of the spring is fixed before being installed in
The position right side of block, the right side of the 3rd fixed part, described second spring two ends are installed in the left side of the 3rd fixed part, post-positioning block
Left side.
10. a kind of thread generator according to claim 6 goes out it is characterised in that being provided with one above described clamping part side
Water pipe, the location of workpiece at the corresponding clamping part center of described outlet pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620870982.4U CN205967682U (en) | 2016-08-11 | 2016-08-11 | Thread processing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620870982.4U CN205967682U (en) | 2016-08-11 | 2016-08-11 | Thread processing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205967682U true CN205967682U (en) | 2017-02-22 |
Family
ID=59978239
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620870982.4U Withdrawn - After Issue CN205967682U (en) | 2016-08-11 | 2016-08-11 | Thread processing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205967682U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106112143A (en) * | 2016-08-11 | 2016-11-16 | 平湖市品耀机器自动化有限公司 | A kind of thread generator |
-
2016
- 2016-08-11 CN CN201620870982.4U patent/CN205967682U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106112143A (en) * | 2016-08-11 | 2016-11-16 | 平湖市品耀机器自动化有限公司 | A kind of thread generator |
| CN106112143B (en) * | 2016-08-11 | 2018-06-19 | 平湖市品耀机器自动化有限公司 | A kind of thread generator |
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