CN208828733U - A kind of screw feeding device - Google Patents
A kind of screw feeding device Download PDFInfo
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- CN208828733U CN208828733U CN201821285041.XU CN201821285041U CN208828733U CN 208828733 U CN208828733 U CN 208828733U CN 201821285041 U CN201821285041 U CN 201821285041U CN 208828733 U CN208828733 U CN 208828733U
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- feeding cylinder
- screw
- conveying piece
- feeding
- piece group
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Abstract
The utility model belongs to screw production technical field, more particularly to a kind of screw feeding device, the assembled tubes include interconnected upper barrel and feeding cylinder, one end that upper barrel and feeding cylinder are located remotely from each other is connected separately with barrel end cap and feeding cylinder end cap, the endless inner wall of upper barrel is connected with multiple upper tablets, the annular sidewall digging of feeding cylinder has feed opening and tapping hole, and wherein one end of conveying piece group is set in upper barrel, and the other end of conveying piece group is supported by electromagnet assembly.Rapid material-feeding may be implemented by the rotation of upper barrel in a kind of screw feeding device described in the utility model, cleaning agency, which sweeps the screw for not falling into conveying piece group correctly, simultaneously falls in upper barrel, not only charging is convenient, also as save process time, improves processing efficiency.
Description
Technical field
The utility model belongs to screw production technical field, and in particular to a kind of screw feeding device.
Background technique
In the environment of current free competition market, to reach target profit just must make great efforts to reach objective cost.Work
Factory will reduce cost, it is necessary to from the part that enterprises can be controlled, such as: artificial, equipment and management cost as improvement pair
As.Screw is as industrial necessity indispensable in daily life, in the industrial production, with the continuous increasing of human cost
Add, how quickly and effectively to carry out screw transmission at the means of many factories control cost, at present on filature on the market
There are mainly two types of material modes: lifting type and drum-type, drum-type due to overall structure, inconvenience screw is taken mostly
It takes.
Existing screw machining device gradually increases, but still has the following problems:
1, feeding is slow, reduces the efficiency of filature.
2, when there are other sundries in screw, filature is easily caused to get stuck.
3, the start and stop of feeding are unable to control, Intelligence Feedback is insufficient.
4, a motor is controlled, complicated mechanism, is easily damaged and is not easy to repair.
Chinese utility model CN201620779320.6 drum type brake screw feeding transmission mechanism, the utility model disclose one
Kind feeding transmission mechanism, not only transmission system is complicated, and there are no opposite feed inlet and drain hole, screw picks and places difficulty, especially
It is very troublesome when needing replacing screw.
Utility model content
The utility model aim is to provide a kind of screw feeding device, slow for solving screw feeding in the prior art
Problem.Meanwhile the utility model further also solves asking for feeding blowing difficulty by setting feed inlet and drain hole
Topic.
The technology employed by the present utility model is
A kind of screw feeding device, comprising: assembled tubes, power mechanism, feeding unit and supporting mechanism, the power mechanism
It is supported by supporting mechanism with assembled tubes.
The assembled tubes include interconnected upper barrel and feeding cylinder, and feeding cylinder is socketed on barrel, upper barrel and into
One end that barrel is located remotely from each other is connected separately with barrel end cap and feeding cylinder end cap, the feeding cylinder end cap digging have material transport hole and
Motor hole, the motor hole are connected with cleaning agency, and the endless inner wall of upper barrel is connected with multiple upper tablets, the ring-type of feeding cylinder
Side wall digging has feed opening and tapping hole, and the tapping hole is rotatably connected to sealing plate.
The feeding unit includes adjustable plate and conveying piece group, and the conveying piece group passes through material transport hole and is overlapped in material transport hole
Lower edge, wherein one end of conveying piece group is set in upper barrel, and the other end of conveying piece group passes through electromagnet assembly support, conveying
One end of piece group connection electromagnet assembly is dug to feeding cylinder has the side of tapping hole to tilt.
Further, the feeding cylinder is equipped with by charging tube stent support, the upper barrel close to one end of feeding cylinder
One circle connection wall, the outer diameter of the connection wall are less than the internal diameter of feeding cylinder, and feeding cylinder is placed on the outside of connection wall, the feeding cylinder
Outer snare is connected by screw in the outside of feeding cylinder, feeding cylinder outer ring in feeding cylinder.
Further, the power mechanism is driving motor, and the shell of the driving motor is supported by electric machine support, institute
Stating transmission mechanism is the gear set that driving gear and driven gear form, and the driving gear is connected to the shaft end of driving motor,
The driven gear is socketed on the outside of barrel, is engaged transmission, the tooth of driving gear between driving gear and driven gear
Number is less than the number of teeth of driven gear, and when the driving motors drive, transmission mechanism drives upper barrel rotation.
Further, the feed opening and tapping hole are axisymmetricly distributed centered on the axis of feeding cylinder, the charging
Hole is set to the surface of tapping hole.
Further, the feeding cylinder is supported by charging tube stent, is removably connected with feeding cylinder on the outside of feeding cylinder
Outer ring, feeding cylinder outer ring are connected with sealing plate.
Further, the cleaning agency includes cleaning motor and hairbrush piece, and the motor that cleans is set to the outer of feeding cylinder
Side, the shell for cleaning motor are fixedly connected on feeding cylinder end cap, and the shaft end for cleaning motor is connected with hairbrush piece, hairbrush by shaft
Piece is set to inside feeding cylinder, when cleaning motor rotation, the minimum end in contact conveying piece group of hairbrush piece.
Further, the conveying piece group is connected with auxiliary pressing plate by connecting plate, and the auxiliary pressing plate is set to conveying piece
Side of the group far from adjustable plate.
Further, the conveying piece group includes two conveying pieces being parallel to each other, and is equipped with pad post between two conveying pieces,
Two conveying pieces are connected separately with a sub-barrier, two one end of sub-barrier far from conveying piece close to one end of upper barrel
It is located remotely from each other.
Further, the side that two conveying pieces are located remotely from each other is connected separately with a baffle, and the baffle is to defeated
A lateral process of the tablet close to auxiliary pressing plate.
Further, the side of the feeding cylinder end cap far from feeding cylinder is connected with sensor, the biography by mounting base
Sensor is electrically connected controller, and controller is electrically connected power mechanism, and the inductive head of the sensor is right against auxiliary pressing plate and conveying
Between piece.
The utility model has the following beneficial effects:
(1) by the rotation of upper barrel, rapid material-feeding may be implemented, while cleaning agency will not fall into conveying piece group correctly
Screw sweep and fall in barrel, when upper barrel internal thread deficiency, by feed opening, can directly add under non-stop-machine state
Add screw, not only charging is convenient, also as save process time, improves processing efficiency；Secondly, the design of tapping hole is so that screw
It is also more convenient when collecting.
(2) upper barrel and feeding cylinder are designed as split type, so that feeding and charging are mutually indepedent, feeding and charging can be with
It carries out simultaneously, improves processing efficiency to greatest extent.
(3) motor is cleaned by setting so that the work of entire feed mechanism is more smooth, when screw do not fall into correctly it is defeated
When tablet group, clean motor control hairbrush piece and screw be swept into feeding cylinder, will not correctly fall into conveying piece because of screw and
The pause for causing processing ensure that the fluency of conveying piece group work.
(4) feed opening is set to the top of feeding cylinder, is not only convenient for blowing, in process of production, screw will not be by feeding
Hole flies out, and similarly, tapping hole is set to the lowermost end of feeding cylinder, so that the process of blowing is lighter.
Spacing between (5) two conveying pieces is adjustable, according to different screws, designs different spacing, selects different
Pad post expands the scope of application of feed mechanism, improves the utilization rate of feed mechanism.
(6) baffle is conducive to screw smooth transfer, prevents screw from being fallen in transmittance process by vibration.
(7) so that entire feed mechanism has feedback function, the screw come out from assembled tubes is passed through for the setting of sensor
Secondary detection is crossed, the stability and safety of entire mechanism operation is ensure that, improves the service life of feed mechanism.
Detailed description of the invention
Fig. 1 is the main view of the utility model；
Fig. 2 is the axonometric drawing of Fig. 1；
Fig. 3 is the axonometric drawing of feeding unit in Fig. 1；
Fig. 4 is the schematic diagram of feeding unit in Fig. 1；
Fig. 5 is the axonometric drawing of feed mechanism in Fig. 1；
Fig. 6 is the explosive view of assembled tubes in Fig. 1.
In figure: 11- driving motor；12- cleans motor；13- driving gear；14- driven gear；21- electric machine support；22-
Feed tube stent；3- feeding unit；31- conveying piece；32- baffle；33- assists baffle；34- connecting plate；35- assists pressing plate；36-
Adjustable plate；37- pad post；4- electromagnet assembly；5- assembled tubes；The upper barrel end cap of 50-；501- connection wall；51- feeding cylinder end cap；
52- motor hole；53- material transport hole；54- tapping hole；55- feed opening；56- feeding cylinder；57- sealing plate；58- feeding cylinder outer ring；59-
Upper barrel；6- hairbrush piece；7- sensor；8- mounting base；The upper tablet of 9-.
Specific embodiment
With reference to the accompanying drawing and specific embodiment is further elaborated the utility model.
It is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular
Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific
Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the
One ", " second ", " third " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
Specific embodiment of the present utility model is described in detail below in conjunction with attached drawing.It should be understood that herein
Described specific embodiment is only used for describing and explaining the present invention, and is not intended to limit the utility model.
Embodiment 1: as shown in Fig. 1,3 and 6, comprising: assembled tubes 5, power mechanism, feeding unit 3 and supporting mechanism, it is described
Power mechanism and assembled tubes 5 are supported by supporting mechanism.
The assembled tubes 5 include interconnected upper barrel 59 and feeding cylinder 56, and feeding cylinder 56 is socketed on barrel 59, on
One end that barrel 59 and feeding cylinder 56 are located remotely from each other is connected separately with barrel end cap 50 and feeding cylinder end cap 51, the feeding cylinder
The digging of end cap 51 has material transport hole 53 and motor hole 52, and the motor hole 52 is connected with cleaning agency, and the endless inner wall of upper barrel 59 connects
Multiple upper tablets 9 are connected to, the annular sidewall digging of feeding cylinder 56 has feed opening 55 and tapping hole 54, is equipped at the tapping hole 54 close
Sealing plate 57.
The feeding unit 3 includes adjustable plate 36 and conveying piece group, and the conveying piece group passes through material transport hole 53 and is overlapped in
Wherein one end of the lower edge of material transport hole 53, conveying piece group is set in upper barrel 59, and the other end of conveying piece group passes through electromagnet group
Part 4 supports, and one end of conveying piece group connection electromagnet assembly 4 is dug to feeding cylinder has the side of tapping hole 54 to tilt.
By the rotation of upper barrel 59, rapid material-feeding may be implemented, while cleaning agency 3 will not fall into conveying piece group correctly
Screw sweep and fall in feeding cylinder 56,, can be under non-stop-machine state by feed opening 55 when upper 59 internal thread deficiency of barrel
Screw is directly added, not only charging is convenient, also as save process time, improves processing efficiency；Secondly, the design of tapping hole 54
So that screw is also more convenient when collecting.
Upper barrel 59 and feeding cylinder 56 are designed as split type, so that feeding and charging are mutually indepedent, feeding and charging can
To carry out simultaneously, processing efficiency is improved to greatest extent.
Embodiment 2: as shown in Fig. 2,4 and 5, comprising: assembled tubes 5, power mechanism, feeding unit 3 and supporting mechanism, it is described
Power mechanism and assembled tubes 5 are supported by supporting mechanism.
The assembled tubes 5 include interconnected upper barrel 59 and feeding cylinder 56, and feeding cylinder 56 is socketed on barrel 59, on
One end that barrel 59 and feeding cylinder 56 are located remotely from each other is connected separately with barrel end cap 50 and feeding cylinder end cap 51, the feeding cylinder
The digging of end cap 51 has material transport hole 53 and motor hole 52, and the motor hole 52 is connected with cleaning agency, and the endless inner wall of upper barrel 59 connects
Multiple upper tablets 9 are connected to, the annular sidewall digging of feeding cylinder 56 has feed opening 55 and tapping hole 54, is equipped at the tapping hole 54 close
Sealing plate 57.
The feeding unit 3 includes adjustable plate 36 and conveying piece group, and the conveying piece group passes through material transport hole 53 and is overlapped in
Wherein one end of the lower edge of material transport hole 53, conveying piece group is set in upper barrel 59, and the other end of conveying piece group passes through electromagnet group
Part 4 supports, and one end of conveying piece group connection electromagnet assembly 4 is dug to feeding cylinder has the side of tapping hole 54 to tilt.
The feeding cylinder 56 is supported by charging tube stent 22, and the upper barrel 59 is equipped with one close to one end of feeding cylinder 56
Connection wall 501 is enclosed, the outer diameter of the connection wall 501 is less than the internal diameter of feeding cylinder 56, and feeding cylinder 56 is placed on the outer of connection wall 501
Side, outside of 58 sets of the feeding cylinder outer ring in feeding cylinder 56, feeding cylinder outer ring 58 is connected by screw in feeding cylinder 56.
The cleaning agency includes cleaning motor 12 and hairbrush piece 6, the outside for cleaning motor 12 and being set to feeding cylinder 56,
The shell for cleaning motor 12 is fixedly connected on feeding cylinder end cap 51, and the shaft end for cleaning motor 12 is connected with hairbrush piece 6 by shaft,
When cleaning the rotation of motor 12, the minimum end in contact conveying piece group of hairbrush piece 6.
The conveying piece group is connected with auxiliary pressing plate 35 by connecting plate 34, and it is remote that the auxiliary pressing plate 35 is set to conveying piece group
Side from adjustable plate 36.
The conveying piece group includes two conveying pieces 31 being parallel to each other, and is equipped with pad post 37 between two conveying pieces 31, and two
A conveying piece 31 is connected separately with a sub-barrier 33 close to one end of upper barrel 59, and two sub-barriers 33 are far from conveying piece
31 one end is located remotely from each other.
Side of the feeding cylinder end cap 51 far from feeding cylinder 56 is connected with sensor 7, the sensor by mounting base 8
7 inductive head is set between auxiliary pressing plate 35 and conveying piece 31.
By the rotation of upper barrel 59, rapid material-feeding may be implemented, while cleaning agency 3 will not fall into conveying piece group correctly
Screw sweep and fall in feeding cylinder 56,, can be under non-stop-machine state by feed opening 55 when upper 59 internal thread deficiency of barrel
Screw is directly added, not only charging is convenient, also as save process time, improves processing efficiency；Secondly, the design of tapping hole 54
So that screw is also more convenient when collecting.
Clean motor 12 by setting so that the work of entire feed mechanism is more smooth, when screw do not fall into correctly it is defeated
When tablet group, cleans the control hairbrush piece 6 of motor 12 and screw is swept into feeding cylinder 56, will not be that correctly fall into conveying because of screw
Piece group and cause processing pause, ensure that conveying piece group work fluency.
Spacing between two conveying pieces 31 is adjustable, according to different screws, designs different spacing, selects different pads
Column 37 expands the scope of application of feed mechanism, improves the utilization rate of feed mechanism.
So that entire feed mechanism has feedback function, the screw come out from assembled tubes 5 passes through for the setting of sensor 7
Secondary detection ensure that the stability and safety of entire mechanism operation, improve the service life of feed mechanism.
Embodiment 3: as shown in figures 1 to 6, comprising: assembled tubes 5, power mechanism, feeding unit 3 and supporting mechanism, it is described dynamic
Force mechanisms and assembled tubes 5 are supported by supporting mechanism.
The assembled tubes 5 include interconnected upper barrel 59 and feeding cylinder 56, and feeding cylinder 56 is socketed on barrel 59, on
One end that barrel 59 and feeding cylinder 56 are located remotely from each other is connected separately with barrel end cap 50 and feeding cylinder end cap 51, the feeding cylinder
The digging of end cap 51 has material transport hole 53 and motor hole 52, and the motor hole 52 is connected with cleaning agency, and the endless inner wall of upper barrel 59 connects
Multiple upper tablets 9 are connected to, the annular sidewall digging of feeding cylinder 56 has feed opening 55 and tapping hole 54, is equipped at the tapping hole 54 close
Sealing plate 57.
The feeding unit 3 includes adjustable plate 36 and conveying piece group, and the conveying piece group passes through material transport hole 53 and is overlapped in
Wherein one end of the lower edge of material transport hole 53, conveying piece group is set in upper barrel 59, and the other end of conveying piece group passes through electromagnet group
Part 4 supports, and one end of conveying piece group connection electromagnet assembly 4 is dug to feeding cylinder has the side of tapping hole 54 to tilt.
The feeding cylinder 56 is supported by charging tube stent 22, and the upper barrel 59 is equipped with one close to one end of feeding cylinder 56
Connection wall 501 is enclosed, the outer diameter of the connection wall 501 is less than the internal diameter of feeding cylinder 56, and feeding cylinder 56 is placed on the outer of connection wall 501
Side, outside of 58 sets of the feeding cylinder outer ring in feeding cylinder 56, feeding cylinder outer ring 58 is connected by screw in feeding cylinder 56.
The power mechanism is driving motor 11, and the shell of the driving motor 11 is supported by electric machine support 21, described
Transmission mechanism is the gear set that driving gear 13 and driven gear 14 form, and the driving gear 13 is connected to driving motor 11
Shaft end, the driven gear 14 are connected to the outside of barrel 59, are engaged transmission between driving gear 13 and driven gear 14,
The number of teeth of driving gear 13 is less than the number of teeth of driven gear 14, and when driving motor 11 starts, transmission mechanism drives upper barrel 59
Rotation.
The feed opening 55 and tapping hole 54 are axisymmetricly distributed centered on the axis of feeding cylinder 56, the feed opening 55
Set on the surface of tapping hole 54.
The feeding cylinder 56 is supported by charging tube stent 22, and the outside of feeding cylinder 56 is removably connected with feeding cylinder outer ring
58, feeding cylinder outer ring 58 is connected with sealing plate 57.
The cleaning agency includes cleaning motor 12 and hairbrush piece 6, the outside for cleaning motor 12 and being set to feeding cylinder 56,
The shell for cleaning motor 12 is fixedly connected on feeding cylinder end cap 51, and the shaft end for cleaning motor 12 is connected with hairbrush piece 6 by shaft,
When cleaning the rotation of motor 12, the minimum end in contact conveying piece group of hairbrush piece 6.
The conveying piece group is connected with auxiliary pressing plate 35 by connecting plate 34, and it is remote that the auxiliary pressing plate 35 is set to conveying piece group
Side from adjustable plate 36.
The conveying piece group includes two conveying pieces 31 being parallel to each other, and is equipped with pad post 37 between two conveying pieces 31, and two
A conveying piece 31 is connected separately with a sub-barrier 33 close to one end of upper barrel 59, and two sub-barriers 33 are far from conveying piece
31 one end is located remotely from each other.
The side that two conveying pieces 31 are located remotely from each other is connected separately with a baffle 32, and the baffle 32 is to conveying piece
31 close to the lateral process for assisting pressing plate 35.
Side of the feeding cylinder end cap 51 far from feeding cylinder 56 is connected with sensor 7, the sensor by mounting base 8
7 inductive head is set between auxiliary pressing plate 35 and conveying piece 31.
The device working principle starts 11 He of driving motor in use, screw is put into assembled tubes 5 by feed inlet 55
Motor 12 is cleaned, driving motor 11 drives upper barrel 59 to rotate by transmission mechanism, and upper tablet 9 digs screw, with feeding
The rotation of cylinder 59, screw slide from upper tablet 9 in conveying piece group, assist baffle 33 that more screws is made to fall in conveying piece group
On, the biggish one end of screw is stuck in the upside of conveying piece group, and the lesser one end of screw passes through conveying piece group, and screw is made to be in vertical
State, by the switch of electromagnet assembly 4, the vibration of the absorption and control feeding unit of electromagnet assembly 4, screw by vibration to
It is moved outside assembled tubes 5, when screw does not fall in conveying piece group correctly, cleans motor 12 and fall in screw brush with electric brush piece 6
It in feeding cylinder 56, is not swept and is fallen when segment screw, when the screw passes through sensor 7, the signal that sensor 7 will test is transmitted
To controller, controller control power mechanism stops operating, so that staff adjusts in time, prevents from carrying out subsequent device
Damage.
The utility model is not limited to above-mentioned optional embodiment, anyone can obtain under the enlightenment of the utility model
Other various forms of products, however, making any variation in its shape or structure, all the utility model rights that falls into are wanted
The technical solution in confining spectrum is sought, is all fallen within the protection scope of the utility model.
Claims (10)
1. a kind of screw feeding device characterized by comprising assembled tubes (5), power mechanism, transmission mechanism, feeding unit
(3) it is supported by supporting mechanism with supporting mechanism, the power mechanism and assembled tubes (5)；
The assembled tubes (5) include interconnected upper barrel (59) and feeding cylinder (56), and feeding cylinder (56) is socketed on barrel
(59), one end that upper barrel (59) and feeding cylinder (56) are located remotely from each other is connected separately with barrel end cap (50) and feeding cylinder end cap
(51), the feeding cylinder end cap (51), which is dug, material transport hole (53) and motor hole (52), and the motor hole (52) is connected with scavenging machine
Structure, the endless inner wall of upper barrel (59) are connected with multiple upper tablets (9), and the annular sidewall digging of feeding cylinder (56) has feed opening (55)
With tapping hole (54), the tapping hole (54) is rotatably connected to sealing plate (57)；
The feeding unit (3) includes adjustable plate (36) and conveying piece group, and the conveying piece group passes through material transport hole (53) and overlaps
Wherein one end of lower edge in material transport hole (53), conveying piece group is set in upper barrel (59), and the other end of conveying piece group passes through electricity
Magnet assemblies (4) support, one end of conveying piece group connection electromagnet assembly (4) dig the inclination for having tapping hole (54) to feeding cylinder
Tiltedly.
2. a kind of screw feeding device according to claim 1, it is characterised in that: the feeding cylinder (56) passes through feeding cylinder
Bracket (22) support, the upper barrel (59) are equipped with circle connection wall (501), the connection wall close to the one end of feeding cylinder (56)
(501) outer diameter is less than the internal diameter of feeding cylinder (56), and feeding cylinder (56) is placed on the outside of connection wall (501), outside the feeding cylinder
Circle (58) covers in the outside of feeding cylinder (56), and feeding cylinder outer ring (58) are connected by screw in feeding cylinder (56).
3. a kind of screw feeding device according to claim 2, it is characterised in that: the power mechanism is driving motor
(11), the shell of the driving motor (11) by electric machine support (21) support, the transmission mechanism be driving gear (13) and
The gear set of driven gear (14) composition, the driving gear (13) are connected to the shaft end of driving motor (11), the driven tooth
Wheel (14) is socketed on the outside of barrel (59), is engaged transmission, driving tooth between driving gear (13) and driven gear (14)
The number of teeth for taking turns (13) is less than the number of teeth of driven gear (14), and when driving motor (11) starting, transmission mechanism drives upper barrel
(59) it rotates.
4. a kind of screw feeding device according to claim 2, it is characterised in that: the feed opening (55) and tapping hole
(54) be axisymmetricly distributed centered on the axis of feeding cylinder (56), the feed opening (55) be set to tapping hole (54) just on
Side.
5. a kind of screw feeding device according to claim 4, it is characterised in that: the outside of the feeding cylinder (56) is removable
It unloads and is connected with feeding cylinder outer ring (58), feeding cylinder outer ring (58) are connected with sealing plate (57).
6. a kind of screw feeding device according to claim 1, it is characterised in that: the cleaning agency includes cleaning motor
(12) and hairbrush piece (6), the outside for cleaning motor (12) and being set to feeding cylinder (56), the shell for cleaning motor (12) fix company
Be connected to feeding cylinder end cap (51), clean motor (12) shaft end be connected with hairbrush piece (6) by shaft, hairbrush piece (6) set on into
Barrel (56) is internal, when cleaning motor (12) rotation, the minimum end in contact conveying piece group of hairbrush piece (6).
7. a kind of screw feeding device according to claim 1, it is characterised in that: the conveying piece group passes through connecting plate
(34) it is connected with auxiliary pressing plate (35), the auxiliary pressing plate (35) is set to side of the conveying piece group far from adjustable plate (36).
8. a kind of screw feeding device according to claim 1, it is characterised in that: the conveying piece group includes two mutual
Parallel conveying piece (31) is equipped with pad post (37) between two conveying pieces (31), and two conveying pieces (31) are close to upper barrel (59)
One end be connected separately with a sub-barrier (33), the one end of two sub-barriers (33) far from conveying piece (31) is mutually remote
From.
9. a kind of screw feeding device according to claim 7, it is characterised in that: two conveying pieces (31) are mutually remote
From side be connected separately with a baffle (32), the baffle (32) is to conveying piece (31) close to the side of auxiliary pressing plate (35)
Protrusion.
10. a kind of screw feeding device according to claim 9, it is characterised in that: the feeding cylinder end cap (51) is separate
The side of feeding cylinder (56) is connected with sensor (7) by mounting base (8), and the inductive head of the sensor (7) is right against auxiliary
Between pressing plate (35) and conveying piece (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821285041.XU CN208828733U (en) | 2018-08-09 | 2018-08-09 | A kind of screw feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821285041.XU CN208828733U (en) | 2018-08-09 | 2018-08-09 | A kind of screw feeding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208828733U true CN208828733U (en) | 2019-05-07 |
Family
ID=66308853
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821285041.XU Active CN208828733U (en) | 2018-08-09 | 2018-08-09 | A kind of screw feeding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208828733U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022266764A1 (en) * | 2021-06-25 | 2022-12-29 | Robotiq Inc. | Adjustable fastener feeder flexible and vacuum fastener gripping attachment for automatic screwdriver |
-
2018
- 2018-08-09 CN CN201821285041.XU patent/CN208828733U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022266764A1 (en) * | 2021-06-25 | 2022-12-29 | Robotiq Inc. | Adjustable fastener feeder flexible and vacuum fastener gripping attachment for automatic screwdriver |
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