CN105196541B - Desktop consumptive material testing machine - Google Patents
Desktop consumptive material testing machine Download PDFInfo
- Publication number
- CN105196541B CN105196541B CN201510619771.3A CN201510619771A CN105196541B CN 105196541 B CN105196541 B CN 105196541B CN 201510619771 A CN201510619771 A CN 201510619771A CN 105196541 B CN105196541 B CN 105196541B
- Authority
- CN
- China
- Prior art keywords
- winding
- machine barrel
- motor
- plastic wire
- transmission component
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The present invention relates to the desktop consumptive material testing machine of automation equipment field,Including rack and it is arranged at the automatic assembly line of frame top,Automatic assembly line is by plastic wire extrusion mechanism,Cooling body,Haulage gear,Automatic winding mechanism and operating mechanism are formed,Plastic wire extrusion mechanism is located at the head end procedure position of automatic assembly line,Cooling body is located at the subsequent processing position of plastic wire extrusion mechanism,Automatic winding mechanism is located at the end procedure position of automatic assembly line,Whole production line is multiple functional,Each mechanism overall structure is simple,Overall structure is the equipment of low yield and low energy consumption,The blank lacked to testing green wood material formula equipment has been filled up in current industry,Design as the equipment of new material formula test,The structure of low yield and low energy consumption can be reduced to material,The consumption and waste of energy consumption and manpower,Low manufacture cost,Energy consumption is low,Machine, which only needs to configure an operator, at the same time can complete all operations,Operating process is simple and convenient.
Description
Technical field
The present invention relates to automation equipment field, and in particular to the equipment for making 3D printing product consumptive material, especially relates to
And desktop consumptive material testing machine.
Background technology
Production line currently used for making 3D printing consumptive material has a variety of, and is all applied to large-tonnage manufacturer, biography
The large-scale production line equipment overall structure of system is complicated, high energy consumption, and yield is high, including extrusion equipment, cooling device and winding device
Structure it is complex, and overall volume is larger, is an independent large scale equipment, it is necessary to which separate configurations entirely produce
Workshop can accommodate the production line, while integrated operation is also very complicated, and every equipment is required to one operator of configuration and carries out
Independent operation, can consume substantial amounts of material, the energy and human resources when devoting oneself to work.
Change with the not section of the market demand, the client of existing in the market small yield in need, or it is in need for making
The client of new material formula, this client is not high to output demand, nor is ready to spend more costs, if directly
Produced using large-scale production line, the substantial amounts of wasting of resources can be caused, while can also increase the cost of each side, including
Cost, the cost of raw material, Energy Consumption Cost and the cost of human resources of purchase of equipment, therefore traditional large-scale production line is basic
The customer demand of this respect can not be satisfied with.
The content of the invention
Present invention aim to address disadvantages described above, there is provided desktop consumptive material testing machine, its overall structure is simple, cost of manufacture
It is low and easy to operate.
The purpose of the present invention is what is be accomplished by the following way：
Desktop consumptive material testing machine, including rack and the automatic assembly line for being arranged at frame top, rack is interior to be equipped with master control electricity
Case, the automatic assembly line are made of plastic wire extrusion mechanism, cooling body, haulage gear, automatic winding mechanism and operating mechanism,
Plastic wire extrusion mechanism is located at the head end procedure position of automatic assembly line, and cooling body is located at next work of plastic wire extrusion mechanism
Tagmeme is put, and automatic winding mechanism is located at the end procedure position of automatic assembly line, and haulage gear is located at the upper of automatic winding mechanism
One procedure position, plastic wire extrusion mechanism are drawn to cooling body and automatic winding respectively after plastic wire is extruded by haulage gear
Mechanism, is directly wound again after first being cooled down.
Plastic wire extrusion mechanism includes the extrusion device and driving motor for extrusion plastic silk, extrusion device and driving electricity
It is attached between machine by chain gear transmission component;Cooling body includes aqua storage tank, water pump and bar shaped cooling bath, bar shaped cooling bath
It is arranged on the top of aqua storage tank, two ends of aqua storage tank and bar shaped cooling bath are equipped with the feeding opening for being sent into plastic wire,
Water pump is used to pump the cooling water in aqua storage tank to cooling bath.
Haulage gear includes traction electric machine and the traction wheel group driven by traction electric machine, is additionally provided with above traction wheel group
Draw guide wheel;Automatic winding mechanism includes being mounted vertically in the riser, winding motor and closed reel of frame top, and winding motor is horizontal
To installed in the side of riser, closed reel is transversely mounted on the opposite side of riser, and the side of riser, which is equipped with, to be used to connect winding electricity
The Synchronous Transmission component of machine and closed reel, drives closed reel to carry out rotation receipts when winding motor rotates by Synchronous Transmission component
Volume, the opposite side of riser are also horizontally installed with bus cable device, and the bus cable device is by horizontal support, traverse shaft, strand oscillator and winding displacement
Guide wheel is formed, and cable guide pulley is fixedly connected with strand oscillator, and cable guide pulley extends forwardly into the top of closed reel, traverse shaft
It is installed on by bearing on horizontal support, one end and the Synchronous Transmission component of traverse shaft are attached, and traverse shaft passes through strand oscillator
It is interior, and strand oscillator can be slid laterally along the surface of traverse shaft, be driven when winding motor is rotated by Synchronous Transmission component
Traverse shaft rotates, and strand oscillator also uniformly slides along the surface of traverse shaft and drives cable guide pulley to be arranged while traverse shaft rotates
Line.
In described above, as preferable scheme, the extrusion device includes machine barrel, mouth mold, extrusion hopper, screw rod, master
Arbor and bearing assembly, the top of machine barrel are equipped with pan feeding opening, and extrusion hopper is mounted vertically in the top of machine barrel and is opened with pan feeding
Mouth conducting, mouth mold is installed on the front end of machine barrel and is turned on the inside of machine barrel, and is equipped with fever group in the periphery of mouth mold and machine barrel
Part, screw rod penetrate the inside of machine barrel, and the rear end of screw rod and the front end of boss rod carry out key connection, and the rear end of boss rod penetrates fixation
It is attached in bearing assembly, and with chain gear transmission component, is driven and led by chain gear transmission component when driving motor work
Arbor synchronizes rotation, so as to drive screw rod to complete extrusion action in machine barrel.
In described above, as preferable scheme, the front opening of the machine barrel is additionally provided with porous plate, the surface of porous plate
Equipped with several open-works, mouth mold is internally provided with bell-mouth structure of air, and the big opening end of bell-mouth structure of air is close to porous plate.
In described above, as preferable scheme, the heat generating component includes mouth mold fever circle and machine barrel fever circle, mouth mold
Fever circle is equipped with two altogether, is set in the front-end surface and rear end surface of mouth mold, and machine barrel fever circle is also equipped with two altogether, point
The front-end surface and rear end surface of machine barrel are not sleeved on.
In described above, as preferable scheme, the chain gear transmission component includes drive sprocket, driven sprocket and chain
Bar, drive sprocket be installed on driving motor rotation axis on, driven sprocket be installed on boss rod rear end, chain respectively with actively
Sprocket wheel and driven sprocket synchronize engagement connection, make during driving motor action by chain-driving boss rod synchronize turn
It is dynamic.
In described above, as preferable scheme, the bearing assembly includes bearing block, fore bearing, rear bearing, preceding sealing
Circle, rear sealing ring and round nut, fore bearing are separately positioned on inside the front end of bearing block with preceding sealing ring, rear bearing, round nut
It is separately positioned on rear sealing ring inside the rear end of bearing block, the rear end of boss rod penetrates and is separately fixed at fore bearing and rear axle
In holding.
In described above, as preferable scheme, travel switch is additionally provided with the top of the strand oscillator, is gone back on horizontal support
Equipped with two and the corresponding stroke front contact in travel switch position, travel switch is driven to distinguish at the same time in strand oscillator moving process
Point contact is touched with stroke, to realize that left and right moves back and forth.
In described above, as preferable scheme, two stroke front contacts transversely can carry out transverse shifting tune by stent
Section, so as to change the spacing of two stroke front contacts.
In described above, as preferable scheme, horizontal guide rod is additionally provided with the horizontal support, the side of strand oscillator is set
Have two guide rollers, two guide rollers respectively positioned at horizontal guide rod upper and lower side and can transversely guide rod upper and lower side
Roll.
In described above, as preferable scheme, the Synchronous Transmission component include motor drum in-phase, winding synchronization wheel,
Winding displacement synchronizing wheel and synchronous belt, motor drum in-phase are installed on the output revolving shaft of winding motor, and winding synchronization wheel passes through Scroll
It is attached with closed reel, winding displacement synchronizing wheel is attached with traverse shaft, and synchronous belt is used to connect motor drum in-phase, winding synchronization
Wheel and winding displacement synchronizing wheel, make winding motor drive winding synchronization wheel to be synchronized with winding displacement synchronizing wheel by synchronous belt when rotating and turn
It is dynamic.
In described above, as preferable scheme, the operating mechanism is located at the rear of cooling body, and positioned at it is whole from
The middle end position of dynamic production line, is provided with and simply starts, stops operation button, operating process is simple and convenient, it is only necessary to one
Operator can complete all operations.
In described above, as preferable scheme, the traction wheel group is made of two traction wheels, respectively upper traction wheel
And lower traction wheel, lower traction wheel are installed by drawing bottom plate, and by bearing be installed on traction bottom plate on, lower traction wheel with
The shaft of traction electric machine is attached, and upper traction wheel is arranged on the top of traction bottom plate, and installation is fixed by regulating arm, is led to
Cross and rotate regulating arm so as to adjust the spacing of traction wheel and lower traction wheel, to adapt to the plastic wire of different-diameter size.
The invention has the advantages that：The automatic assembly line of complete machine by plastic wire extrusion mechanism, cooling body, lead
Draw mechanism, automatic winding mechanism and operating mechanism combination to form, global design into only computer desk size structure, it is and traditional
To be compared applied to large-tonnage machine, the whole production line of testing machine of the invention is multiple functional, and each mechanism overall structure is simple,
Overall structure is the equipment of low yield and low energy consumption, and many producers are all unable to reach the requirement of low yield and low energy consumption at present, separately
Outside, testing machine of the invention filled up in current industry lack to test green wood material formula equipment blank, be specifically designed out for
The structure of the equipment of new material formula test, low yield and low energy consumption can reduce the consumption and waste to material, energy consumption and manpower,
Low manufacture cost, energy consumption is low, while machine only needs to configure an operator can complete all operations, and operating process is simple
It is convenient.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the embodiment of the present invention;
Fig. 2 is the front view of the embodiment of the present invention;
Fig. 3 is the top view of the embodiment of the present invention;
Fig. 4 is the structural decomposition diagram of plastic wire extrusion mechanism in the embodiment of the present invention;
Fig. 5 is automatic winding mechanism dimensional structure diagram in the embodiment of the present invention;
In figure, 1 is rack, and 2 be main power control box, and 3 be plastic wire extrusion mechanism, and 4 be cooling body, and 5 be haulage gear, 6
For automatic winding mechanism, 7 be operating mechanism, and 301 be L-shaped base, and 302 be driving motor, and 303 be mouth mold, and 304 be machine barrel, 305
It is screw rod for extrusion hopper, 306,307 be boss rod, and 308 be mouth mold fever circle, and 309 be machine barrel fever circle, and 310 be drive chain
Wheel, 311 be driven sprocket, and 312 be chain, and 313 be bearing block, and 314 be fore bearing, and 315 be rear bearing, and 316 be preceding sealing ring,
317 be rear sealing ring, and 318 be round nut, and 601 be riser, and 602 be winding motor, and 603 be closed reel, and 604 be horizontal support,
605 be traverse shaft, and 606 be strand oscillator, and 607 be cable guide pulley, and 608 be travel switch, and 609 be stroke front contact, and 610 be motor
Synchronizing wheel, 611 be winding synchronization wheel, and 612 be winding displacement synchronizing wheel, and 613 be synchronous belt.
Embodiment
The present invention is described in further detail with embodiment below in conjunction with the accompanying drawings.
The present embodiment, with reference to Fig. 1~Fig. 5, its desktop consumptive material testing machine being embodied includes rack 1 and is arranged at rack
The automatic assembly line at 1 top, rack 1 is interior to be equipped with master control electronic box 2.As shown in FIG. 1 to 3, automatic assembly line is extruded by plastic wire
Mechanism 3, cooling body 4, haulage gear 5, automatic winding mechanism 6 and operating mechanism 7 are formed, and plastic wire extrusion mechanism 3 is located at certainly
The head end procedure position of dynamic production line, cooling body 4 are located at the subsequent processing position of plastic wire extrusion mechanism 3, automatic coiling machine
Structure 6 is located at the end procedure position of automatic assembly line, and haulage gear 5 is located at a upper procedure position for automatic winding mechanism 6.This reality
The operating mechanism 7 for applying example is located at the rear of cooling body 4, and positioned at the middle end position of whole automatic assembly line, is provided with simple
Startup, stop operation button, operating process is simple and convenient, it is only necessary to which an operator can complete all operations.During work,
Plastic wire extrusion mechanism 3 is drawn to cooling body 4 and automatic winding mechanism 6 respectively after plastic wire is extruded by haulage gear 5, first
Directly wound again after being cooled down, wrapup procedure can carry out automatic winding displacement, and integrated automation degree is high, and winding displacement is stablized.
As shown in figure 4, plastic wire extrusion mechanism 3 includes the extrusion device and driving motor 302 for extrusion plastic silk, squeeze
Go out device to be installed by L-shaped base 301 with driving motor 302, the top of rack 1 is fixedly mounted on by L-shaped base 301
Face, is attached between extrusion device and driving motor 302 by chain gear transmission component.Extrusion device includes machine barrel 304, mouth mold
303rd, extrusion hopper 305, screw rod 306, boss rod 307 and bearing assembly, the top of machine barrel 304 are equipped with pan feeding opening, extruded stock
Bucket 305 is mounted vertically in the top of machine barrel 304 and is turned on pan feeding opening.Mouth mold 303 is installed on the front end of machine barrel 304 and and machine
The inside conducting of cylinder 304, the front opening of machine barrel 304 are additionally provided with porous plate, and the surface of porous plate is equipped with several open-works, mouth mold
303 are internally provided with bell-mouth structure of air, and the big opening end of bell-mouth structure of air is close to porous plate.In the outer of mouth mold 303 and machine barrel 304
Enclose and be equipped with heat generating component, heat generating component includes mouth mold fever circle 308 and machine barrel fever circle 309, and mouth mold fever circle 308 is equipped with two altogether
It is a, the front-end surface and rear end surface of mouth mold 303 are set in, machine barrel fever circle 309 is also equipped with two, is set in altogether
The front-end surface and rear end surface of machine barrel 304.Screw rod 306 penetrates the inside of machine barrel 304, rear end and the boss rod 307 of screw rod 306
Front end carry out key connection, the rear end of boss rod 307, which penetrates, to be fixed in bearing assembly, and is connected with chain gear transmission component
Connect, drive boss rod 307 to synchronize rotation by chain gear transmission component when driving motor 302 to work, so as to drive screw rod
306 complete extrusion action in machine barrel 304.
The draw ratio (D/L) of the screw rod 306 of the present embodiment is 0.5 times of 306 draw ratio of same type screw, and pitch is also same
0.5 times of class screw rod 306, since draw ratio and pitch reduce, so the power of driving screw rod 306 also accordingly reduces.
In addition, as shown in figure 4, chain gear transmission component includes drive sprocket 310, driven sprocket 311 and chain 312, actively
Sprocket wheel 310 is installed in the rotation axis of driving motor 302, and driven sprocket 311 is installed on the rear end of boss rod 307, and chain 312 divides
Do not synchronized with drive sprocket 310 and driven sprocket 311 and engage connection, make driving motor 302 act when by 312 band of chain
Dynamic boss rod 307 synchronizes rotation.Bearing assembly includes bearing block 313, fore bearing 314, rear bearing 315, preceding sealing ring
316th, rear sealing ring 317 and round nut 318, fore bearing 314 are separately positioned in the front end of bearing block 313 with preceding sealing ring 316
Portion, rear bearing 315, round nut 318 and rear sealing ring 317 are separately positioned on inside the rear end of bearing block 313, boss rod 307
Rear end penetrate and be separately fixed at fore bearing 314 and rear bearing 315 in.
Cooling body 4 includes aqua storage tank, water pump and bar shaped cooling bath, and bar shaped cooling bath is arranged on the top of aqua storage tank, storage
Two ends of sink and bar shaped cooling bath are equipped with the feeding opening for being sent into plastic wire, and water pump is used for will be cold in aqua storage tank
But water is pumped to cooling bath.
As shown in figure 5, haulage gear 5 includes traction electric machine and the traction wheel group driven by traction electric machine, in traction wheel group
Top be additionally provided with traction guide wheel.Automatic winding mechanism 6 includes being mounted vertically in riser 601, the winding motor at the top of rack 1
602 and closed reel 603, winding motor 602 be transversely mounted on the side of riser 601, closed reel 603 is transversely mounted on riser 601
Opposite side, the side of riser 601 is equipped with the Synchronous Transmission component for being used for connecting winding motor 602 and closed reel 603, winding electricity
Closed reel 603 is driven to carry out rotation winding by Synchronous Transmission component when machine 602 rotates.The opposite side of riser 601 is also laterally pacified
Equipped with bus cable device, which is made of horizontal support 604, traverse shaft 605, strand oscillator 606 and cable guide pulley 607, row
Wire carrier 607 is fixedly connected with strand oscillator 606, and cable guide pulley 607 extends forwardly into the top of closed reel 603, winding displacement
Axis 605 is installed on horizontal support 604 by bearing, and one end and the Synchronous Transmission component of traverse shaft 605 are attached, traverse shaft
605 through in strand oscillator 606, and strand oscillator 606 can be slid laterally along the surface of traverse shaft 605, when 602 turns of winding motor
Traverse shaft 605 is driven to rotate by Synchronous Transmission component when dynamic, strand oscillator 606 is also along traverse shaft while traverse shaft 605 rotates
Uniformly slide and drive cable guide pulley 607 to carry out winding displacement in 605 surface.
In addition, in order to make strand oscillator 606 to realize that left and right moves back and forth, as shown in figure 5, the top of strand oscillator 606 is also set
There is travel switch 608, two and the corresponding stroke front contact 609 in 608 position of travel switch be additionally provided with horizontal support 604,
Respectively in the limit point of left and right, two stroke front contacts 609 can transversely stent 604 carry out two stroke front contacts 609
Transverse shifting is adjusted, so as to change the spacing of two stroke front contacts 609, strand oscillator 606 drives at the same time during movement
Travel switch 608 is contacted with stroke front contact 609 respectively, so as to can realize Stroke Control and turn to switching.Synchronous Transmission component
Including motor drum in-phase 610, winding synchronization wheel 611, winding displacement synchronizing wheel 612 and synchronous belt 613, motor drum in-phase 610 is installed on
On the output revolving shaft of winding motor 602, winding synchronization wheel 611 is attached by Scroll and closed reel 603, winding displacement synchronizing wheel
612 are attached with traverse shaft 605, and synchronous belt 613 is used to connect motor drum in-phase 610, winding synchronization wheel 611 and winding displacement synchronization
Wheel 612, makes winding motor 602 be carried out together with winding displacement synchronizing wheel 612 by the drive winding synchronization of synchronous belt 613 wheel 611 when rotating
Step rotates.
The automatic assembly line of the present embodiment is by plastic wire extrusion mechanism 3, cooling body 4, haulage gear 5, automatic coiling machine
Structure 6 and the combination of operating mechanism 7 are formed, and global design is into the structure of only computer desk size, and by debugging, this production line can produce
The product of 1KG/H, complete machine power is less than 1KW, especially compact, generally computer desk size, can directly be operated in desktop, with tradition
Compared applied to large-tonnage machine, the whole production line of testing machine of the invention is multiple functional, the letter of each mechanism overall structure
Single, overall structure is the equipment of low yield and low energy consumption, and many producers are all unable to reach the requirement of low yield and low energy consumption at present,
In addition, the testing machine of the present invention has filled up in current industry the blank lacked to testing green wood material formula equipment, it is specifically designed out
For the equipment of new material formula test, the structure of low yield and low energy consumption can reduce consumption and wave to material, energy consumption and manpower
Take, low manufacture cost, energy consumption is low, while machine only needs to configure an operator can complete all operations, operating process
It is simple and convenient.
Above content is to combine specific preferred embodiment further description made for the present invention, it is impossible to assert this
The specific implementation of invention is confined to these explanations.For general technical staff of the technical field of the invention, not
On the premise of departing from present inventive concept, some simple deduction or replace can also be made, are regarded as protection scope of the present invention.
Claims (3)
1. desktop consumptive material testing machine, including rack and the automatic assembly line for being arranged at frame top, rack is interior to be equipped with master control electronic box,
It is characterized in that：The automatic assembly line is by plastic wire extrusion mechanism, cooling body, haulage gear, automatic winding mechanism and operation
Mechanism is formed, and plastic wire extrusion mechanism is located at the head end procedure position of automatic assembly line, and cooling body is located at plastic wire extruder
The subsequent processing position of structure, automatic winding mechanism are located at the end procedure position of automatic assembly line, and haulage gear is received positioned at automatic
A upper procedure position for mechanism is rolled up, plastic wire extrusion mechanism is drawn to cooling body respectively after plastic wire is extruded by haulage gear
And automatic winding mechanism, directly wound again after first being cooled down；
The plastic wire extrusion mechanism includes the extrusion device and driving motor for extrusion plastic silk, extrusion device and driving
It is attached between motor by chain gear transmission component；
The extrusion device includes machine barrel, mouth mold, extrusion hopper, screw rod, boss rod and bearing assembly, the top of machine barrel be equipped with into
Material opening, extrusion hopper is mounted vertically in the top of machine barrel and turn on pan feeding opening, mouth mold installed in the front end of machine barrel and with
The inside conducting of machine barrel, and heat generating component is equipped with the periphery of mouth mold and machine barrel, screw rod penetrates the inside of machine barrel, the rear end of screw rod
Carry out key connection with the front end of boss rod, the rear end of boss rod, which penetrates, to be fixed in bearing assembly, and with chain gear transmission component into
Row connection, drives boss rod to synchronize rotation, so as to drive screw rod to exist when driving motor work by chain gear transmission component
Extrusion action is completed in machine barrel；
The front opening of the machine barrel is additionally provided with porous plate, and the surface of porous plate is equipped with several open-works, and mouth mold is internally provided with
Bell-mouth structure of air, the big opening end of bell-mouth structure of air are close to porous plate；
The heat generating component includes mouth mold fever circle and machine barrel fever circle, and mouth mold fever circle is equipped with two, is set in mouth altogether
The front-end surface and rear end surface of mould, machine barrel fever circle are also equipped with two, are set in front-end surface and the rear end of machine barrel altogether
Surface；
The chain gear transmission component includes drive sprocket, driven sprocket and chain, and drive sprocket is installed on the rotation of driving motor
On axis, driven sprocket is installed on the rear end of boss rod, and chain synchronizes with drive sprocket and driven sprocket engage connection respectively,
Make to synchronize rotation by chain-driving boss rod during driving motor action；
The cooling body includes aqua storage tank, water pump and bar shaped cooling bath, and bar shaped cooling bath is arranged on the top of aqua storage tank, water storage
Two ends of groove and bar shaped cooling bath are equipped with the feeding opening for being sent into plastic wire, and water pump is used for the cooling in aqua storage tank
Water is pumped to cooling bath；
The haulage gear includes traction electric machine and the traction wheel group driven by traction electric machine, is additionally provided with above traction wheel group
Draw guide wheel；Automatic winding mechanism includes being mounted vertically in the riser, winding motor and closed reel of frame top, winding motor
The side of riser is transversely mounted on, closed reel is transversely mounted on the opposite side of riser, and the side of riser, which is equipped with, to be used to connect winding
The Synchronous Transmission component of motor and closed reel, drives closed reel to carry out rotation receipts when winding motor rotates by Synchronous Transmission component
Volume, the opposite side of riser are also horizontally installed with bus cable device, and the bus cable device is by horizontal support, traverse shaft, strand oscillator and winding displacement
Guide wheel is formed, and cable guide pulley is fixedly connected with strand oscillator, and cable guide pulley extends forwardly into the top of closed reel, traverse shaft
It is installed on by bearing on horizontal support, one end and the Synchronous Transmission component of traverse shaft are attached, and traverse shaft passes through strand oscillator
It is interior, and strand oscillator can be slid laterally along the surface of traverse shaft, be driven when winding motor is rotated by Synchronous Transmission component
Traverse shaft rotates, and strand oscillator also uniformly slides along the surface of traverse shaft and drives cable guide pulley to be arranged while traverse shaft rotates
Line；
Travel switch is additionally provided with the top of the strand oscillator, be additionally provided with horizontal support two it is corresponding with travel switch position
Stroke front contact, drives travel switch to touch point contact with stroke respectively in strand oscillator moving process, to realize that left and right is past at the same time
It is multiple mobile；
Horizontal guide rod is additionally provided with the horizontal support, the side of strand oscillator is equipped with two guide rollers, two guide rollers point
Not Wei Yu horizontal guide rod upper and lower side and can the upper and lower side of transversely guide rod roll；
The Synchronous Transmission component includes motor drum in-phase, winding synchronization wheel, winding displacement synchronizing wheel and synchronous belt, motor drum in-phase peace
On the output revolving shaft of winding motor, winding synchronization wheel is attached by Scroll and closed reel, winding displacement synchronizing wheel and row
Spool is attached, and synchronous belt is used to connect motor drum in-phase, winding synchronization wheel and winding displacement synchronizing wheel, rotates winding motor
When by synchronous belt drive winding synchronization wheel and winding displacement synchronizing wheel to synchronize rotation.
2. desktop consumptive material testing machine according to claim 1, it is characterised in that：The bearing assembly includes bearing block, front axle
Hold, rear bearing, preceding sealing ring, rear sealing ring and round nut, fore bearing are separately positioned in the front end of bearing block with preceding sealing ring
Portion, rear bearing, round nut and rear sealing ring are separately positioned on inside the rear end of bearing block, and the rear end of boss rod penetrates and consolidates respectively
It is scheduled in fore bearing and rear bearing.
3. desktop consumptive material testing machine according to claim 1, it is characterised in that：Two stroke front contacts can transversely stent
Transverse shifting adjusting is carried out, so as to change the spacing of two stroke front contacts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510619771.3A CN105196541B (en) | 2015-09-25 | 2015-09-25 | Desktop consumptive material testing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510619771.3A CN105196541B (en) | 2015-09-25 | 2015-09-25 | Desktop consumptive material testing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105196541A CN105196541A (en) | 2015-12-30 |
| CN105196541B true CN105196541B (en) | 2018-04-20 |
Family
ID=54944660
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510619771.3A Active CN105196541B (en) | 2015-09-25 | 2015-09-25 | Desktop consumptive material testing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105196541B (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1172469A1 (en) * | 1999-12-27 | 2002-01-16 | Hermanos Talleres Galan S.A. | Ring twisting and winding spinning machine with autonomous and independent unitary production modules |
| CN104441537A (en) * | 2014-07-11 | 2015-03-25 | 东莞市松湖塑料机械有限公司 | High-precision high-efficiency consumable production device of industrial-grade 3D printer |
| CN204322533U (en) * | 2014-12-11 | 2015-05-13 | 斯瑞迪（武汉）三维打印耗材有限公司 | A kind of print plastic cord production process for 3D lift line apparatus |
| CN204340148U (en) * | 2014-10-20 | 2015-05-20 | 东莞市华希塑料机械有限公司 | A kind of pair goes out 3D consumptive material extruding production line |
| CN104786501A (en) * | 2015-04-16 | 2015-07-22 | 南京彩云机械电子制造集团有限公司 | Quick 3D (three-dimensional) printing material spraying mechanism |
| CN205044177U (en) * | 2015-09-25 | 2016-02-24 | 东莞市松湖塑料机械股份有限公司 | Desktop consumptive material testing machine |
-
2015
- 2015-09-25 CN CN201510619771.3A patent/CN105196541B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1172469A1 (en) * | 1999-12-27 | 2002-01-16 | Hermanos Talleres Galan S.A. | Ring twisting and winding spinning machine with autonomous and independent unitary production modules |
| CN104441537A (en) * | 2014-07-11 | 2015-03-25 | 东莞市松湖塑料机械有限公司 | High-precision high-efficiency consumable production device of industrial-grade 3D printer |
| CN204340148U (en) * | 2014-10-20 | 2015-05-20 | 东莞市华希塑料机械有限公司 | A kind of pair goes out 3D consumptive material extruding production line |
| CN204322533U (en) * | 2014-12-11 | 2015-05-13 | 斯瑞迪（武汉）三维打印耗材有限公司 | A kind of print plastic cord production process for 3D lift line apparatus |
| CN104786501A (en) * | 2015-04-16 | 2015-07-22 | 南京彩云机械电子制造集团有限公司 | Quick 3D (three-dimensional) printing material spraying mechanism |
| CN205044177U (en) * | 2015-09-25 | 2016-02-24 | 东莞市松湖塑料机械股份有限公司 | Desktop consumptive material testing machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105196541A (en) | 2015-12-30 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN212330045U (en) | High-precision cutting equipment for protective film | |
| CN203367734U (en) | Improved wire stripping machine | |
| CN208758354U (en) | A kind of stainless steel thickness square tube molding machine | |
| CN105196541B (en) | Desktop consumptive material testing machine | |
| CN108711475A (en) | A kind of core feed mechanism for conducting wire poling | |
| CN205044177U (en) | Desktop consumptive material testing machine | |
| CN209349339U (en) | A kind of computer production outside plate punch forming device | |
| CN211141134U (en) | Shielding cable winding and packaging device | |
| CN214335108U (en) | Quality detection device is used in insulating piece production | |
| CN209051921U (en) | A kind of V-ribbed belt Conveyor | |
| CN114273445A (en) | Wire drawing device of LED bonding copper wire production usefulness | |
| CN203668650U (en) | Template mechanism for template sewing machine | |
| CN204094448U (en) | Automatic locking screw machine | |
| CN209193175U (en) | A kind of quick wrap-up of strap | |
| CN203388201U (en) | Vertical quick compression forming tea machine | |
| CN206011823U (en) | A kind of rubber cushion roller Traverse Displacement Unit for printing equipment | |
| CN203325589U (en) | Pair twisting cable-rewinding machine of pair twisting angle adjustment device | |
| CN205337381U (en) | Automatic supply won ton apparatus for producing of filling | |
| CN210816761U (en) | Draw equipment in production of wire and cable copper core | |
| CN210970090U (en) | Flanging mechanism of full-automatic wine box production line | |
| CN217263881U (en) | Cable take-up device for communication engineering construction | |
| CN216598363U (en) | Feeding device of commutator sheet arranging machine | |
| CN108972730A (en) | NEW TYPE OF COMPOSITE woodwork | |
| CN216487492U (en) | Frame-type wire twisting machine for wire production | |
| CN219041256U (en) | Core separating device for shielded cable |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |