CN209038423U - A kind of feeding mechanism of Word-carving machine - Google Patents

Abstract

The utility model discloses a kind of feeding mechanisms of Word-carving machine, belong to pipe fitting production field, including outer feeding mechanism and interior feeding mechanism, outer feeding mechanism includes vibrating disc and pipe fitting blow tank, interior feeding mechanism includes feeding mechanism in feeding mechanism and No. two in No.1, feeding mechanism includes pipe fitting feed chute and pipe fitting accommodation groove in No.1, feeding mechanism includes taking pipe fitting, No.1 translation mechanism and No. two translation mechanisms in No. two, pipe fitting is taken to be mounted on No.1 translation mechanism, No.1 translation mechanism is mounted on No. two translation mechanisms.Feeding is carried out to feeding mechanism in No.1 by outer feeding mechanism, then makes in No. two feeding mechanism from feeding in feeding mechanism in No.1, forms segmented feeding, be finally reached the effect for improving pushing precision.Wherein the pipe fitting accommodation groove in No.1 in feeding mechanism with respect to No. two in feeding mechanism form one and alleviate the feeding pressure of feeding mechanism in No. two to hopper, the covert pushing precision for promoting feeding mechanism in No. two.

Description

A kind of feeding mechanism of Word-carving machine

[technical field]

The utility model relates to a kind of feeding mechanisms of Word-carving machine, belong to pipe fitting production field.

[background technique]

The working efficiency of existing Word-carving machine determines by two parts, respectively feeding mechanism and Word-carving machine structure.Due to pipe fitting It is small in size, therefore the pushing precision of feeding mechanism is more demanding.And the feeding mechanism error rate of Word-carving machine is larger at this stage, therefore The rejection rate for causing pipe fitting to produce is high, and very big burden is caused to enterprise's production cost.

[utility model content]

A kind of Word-carving machine is provided the technical problem to be solved by the utility model is to overcome the deficiencies in the prior art Feeding mechanism.

Above-mentioned technical problem is solved, the utility model adopts the following technical solution:

A kind of feeding mechanism of Word-carving machine, including outer feeding mechanism and interior feeding mechanism, outer feeding mechanism include vibrating disc And the pipe fitting blow tank being connected with the discharge port of vibrating disc, interior feeding mechanism include feeding in feeding mechanism and No. two in No.1 Mechanism, feeding mechanism includes pipe fitting feed chute and the pipe fitting accommodation groove for accommodating and positioning pipe fitting, pipe fitting discharging in No.1 Slot is connected to one end of pipe fitting feed chute, and the other end of pipe fitting feed chute is connected to pipe fitting accommodation groove, feeding mechanism packet in No. two It includes and takes pipe fitting, No.1 translation mechanism and No. two translation mechanisms, the installation direction of No.1 translation mechanism and No. two translation mechanisms Installation direction is mutually perpendicular to, and pipe fitting is taken to be mounted on No.1 translation mechanism, takes pipe fitting for obtaining from pipe fitting accommodation groove Pipe fitting, No.1 translation mechanism are mounted on No. two translation mechanisms, pipe fitting blow tank, pipe fitting feed chute, pipe fitting accommodation groove and No. two Translation mechanism is set gradually along feed direction.

Feeding is carried out to feeding mechanism in No.1 by outer feeding mechanism, send feeding mechanism in No. two out of No.1 Expect feeding in mechanism, form segmented feeding, is finally reached the effect for improving pushing precision.Wherein in No.1 in feeding mechanism Pipe fitting accommodation groove with respect to No. two in feeding mechanism formed one alleviate the feeding pressure of feeding mechanism in No. two to hopper, become Mutually promote the pushing precision of feeding mechanism in No. two.

No.1 translation mechanism described in the utility model includes No.1 linear actuator, push plate and the connector connecting with push plate Connecting shaft, No.1 linear actuator, push plate, connector connecting shaft and pipe fitting accommodation groove along No.1 linear actuator installation direction according to Secondary setting, No.1 linear actuator are fixedly connected with push plate, and pipe fitting is taken to be located at the one end of connector connecting shaft far from push plate.

No. two translation mechanisms described in the utility model include No. two linear actuators, sliding rail and sliding cunning on the slide rail Plate, No.1 linear actuator and push plate are each attached on slide plate, and No. two linear actuators are connect with slide plate, No. two linear actuators Installation direction perpendicular to No.1 linear actuator installation direction.

Pipe fitting accommodation groove described in the utility model is provided with the pipe fitting for sliding for pipe fitting along the rear of feed direction and slides Row slot, pipe fitting slide slot are axially parallel to sliding rail.

It is provided with pedestal below pipe fitting accommodation groove described in the utility model, No.1 accommodating is fixedly installed at the top of pedestal Slot baffle and No. two accommodation groove baffles for being limited to pipe fitting, pipe fitting accommodation groove are located at No.1 accommodation groove baffle and No. two Between accommodation groove baffle, pipe fitting feed chute runs through No.1 accommodation groove baffle.

The top of pedestal described in the utility model offers accommodation groove sliding slot along the installation direction of No.1 linear actuator, holds It sets to slip in slot sliding slot and has accommodation groove sliding block, pipe fitting accommodation groove is located on accommodation groove sliding block, and accommodation groove sliding block is connected with No. three directly Line drive, the installation direction of No. three linear actuators are parallel to the installation direction of No.1 linear actuator.

The locating piece for being positioned to pipe fitting, locating piece are provided at the top of accommodation groove sliding block described in the utility model There are two altogether, two locating pieces are respectively No.1 locating piece and No. two locating pieces, and No.1 locating piece and No. two locating pieces are respectively provided with Between No.1 accommodation groove baffle and No. two accommodation groove baffles.

Accommodation groove sliding block described in the utility model includes accommodation groove top shoe and accommodation groove sliding block, and accommodation groove sliding block is sliding It connects in accommodation groove sliding slot, accommodation groove top shoe is mounted on the top of accommodation groove sliding block, No.1 locating piece and No. two locating pieces It is arranged at the top of accommodation groove top shoe, accommodation groove top shoe, No.1 locating piece and No. two locating pieces are integrally formed, accommodation groove Top shoe is located between No.1 accommodation groove baffle and No. two accommodation groove baffles.

No.1 locating piece, No. two locating pieces and sliding rail described in the utility model are set gradually, and are provided on No. two locating pieces Lower buoyance lift part, lower buoyance lift part are located at No. two between locating piece and sliding rail, are provided with one between lower buoyance lift part and accommodation groove top shoe Number return unit.

Linear vibrator is fixed on pipe fitting feed chute described in the utility model.

Other features and advantages of the utility model will the detailed exposure in following specific embodiment, attached drawing.

[Detailed description of the invention]

The utility model is described further with reference to the accompanying drawing:

Fig. 1 is the utility model embodiment Word-carving machine schematic perspective view；

Fig. 2 is the schematic perspective view of the utility model embodiment support desk top structure；

Fig. 3 is another schematic perspective view of the utility model embodiment support desk top structure；

Fig. 4 is the schematic perspective view of the utility model embodiment mounting plate top structure；

Fig. 5 is the schematic perspective view of feeding mechanism in the utility model embodiment No.1；

Fig. 6 is the configuration schematic diagram of feeding mechanism in the utility model embodiment No.1；

Fig. 7 is the schematic perspective view of feeding mechanism in the utility model embodiment two；

Fig. 8 is the configuration schematic diagram of feeding mechanism in the utility model embodiment two；

Fig. 9 is the schematic perspective view of the utility model embodiment feeding pressure mechanism；

Figure 10 is the configuration schematic diagram of the utility model embodiment feeding pressure mechanism；

Figure 11 is another configuration schematic diagram of the utility model embodiment feeding pressure mechanism；

Figure 12 is the schematic perspective view of the utility model embodiment Word-carving machine structure；

Figure 13 is the configuration schematic diagram of the utility model embodiment Word-carving machine structure.

A, outer feeding mechanism；A1, vibrating disc；A2, pipe fitting blow tank；A3, vibration tray-top table；B, interior feeding mechanism；B1, No.1 Interior feeding mechanism；B11, pipe fitting feed chute；B111, linear vibrator；B112, vibrator support plate；B113, vibrator support Column；B12, pipe fitting accommodation groove；B121, pedestal；B1211, accommodation groove sliding slot；B1212, accommodation groove sliding block；On B12121, accommodation groove Sliding block；B12122, accommodation groove sliding block；B12123, No.1 locating piece；B12124, No. two locating pieces；B12125, lower buoyance lift part； B12126, upper buoyance lift part；B122, No. three linear actuators；B125, No.1 accommodation groove baffle；B126, No. two accommodation groove baffles； B2, feeding mechanism in No. two；B21, pipe fitting is taken；B22, No.1 translation mechanism；B221, No.1 linear actuator；B222, it pushes away Plate；B223, connector connecting shaft；B23, No. two translation mechanisms；B231, No. two linear actuators；B232, sliding rail；B233, slide plate； B234, pipe fitting slide slot；B3, support desk；B31, mounting plate；B311, blanking port；C, Word-carving machine structure；C1, rolling letter disk；C11, word Mould；C12, roll left letter disk；C121, left driven gear；C122, left rotary shaft；C13, right rolling letter disk；C131, right driven gear； C132, right spindle；C2, motor；C21, motor plate；C3, master gear；C4, gear-box；C42, gear box plates；D, discharging mechanism； D1, material-collecting funnel；D2, conveyer belt；D3, driving motor；D4, striker plate；D5, flitch is blocked；D6, material cylinder is blocked；E, pipe fitting；F, it presses Expect mechanism；F1, press cylinder；F2, binder axis；F21, locating part；F22, latch groove；F3, binder sliding rail；F4, No.1 top board； F41, limited mouth；F5, No.1 lower skateboard；F6, No. two top boards；F61, bolt；F7, No. two lower skateboards；F8, binder part；F81, Binder pedestal；F82, fixing axle；F83, swage set piece.

[specific embodiment]

The technical solution of the utility model embodiment is explained below with reference to the attached drawing of the utility model embodiment and Illustrate, but following embodiments are only the preferred embodiment of the utility model, and not all.Based on the implementation example in the implementation mode, Those skilled in the art's obtained other embodiments without making creative work, belong to the utility model Protection scope.

In the following description, occur term "inner", "outside", "upper", "lower", the indicating positions such as "left", "right" or Positional relationship is to be based on the orientation or positional relationship shown in the drawings, description embodiment merely for convenience and simplified description, and It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, because This should not be understood as limiting the present invention.

Embodiment.

Referring to Fig. 1-13.

Present embodiments provide a kind of feeding mechanism of Word-carving machine.Particularly, the Word-carving machine is a kind of outer in the present embodiment Cut type Full-automatic word rolling machine.The outer cut type Full-automatic word rolling machine further includes feeding pressure mechanism F, Word-carving machine structure C and discharging mechanism D.

Wherein, feeding mechanism includes outer feeding mechanism A and interior feeding mechanism B.Pipe fitting E is transported to interior by outer feeding mechanism A Feeding mechanism B, and then pipe fitting E is sent to Word-carving machine structure C by interior feeding mechanism B and carries out rolling word, pipe fitting E is rolled at Word-carving machine structure C It is discharged after word by discharging mechanism D.During Word-carving machine structure C rolls word, pipe fitting E is pushed down by feeding pressure mechanism F, is prevented Only pipe fitting E is movable during rolling word.

Outer feeding mechanism A includes vibration tray-top table A3, vibrating disc A1, the pipe fitting blow tank being connected with vibrating disc A1 discharge port A2.Vibrating disc A1 is mounted on vibration tray-top table A3, the height of vibrating disc A1 is adjusted by the vibration tray-top table A3 of different height, in turn Adjust the height of pipe fitting blow tank A2.The cell wall shape of pipe fitting blow tank A2 is configured according to the shape of required conveying pipe fitting E. Such as pipe fitting E is L shape in the present embodiment, so the shape of the cell wall of pipe fitting blow tank A2 is also configured as L shape, to play all pipes Pipe fitting E in part blow tank A2 stablizes along special angle to be transported.

Interior feeding mechanism B includes feeding mechanism B2 in feeding mechanism B1 and No. two in No.1.In No.1 feeding mechanism B1 and Feeding mechanism B2 is installed on a support desk B3 in No. two.It is adjusted in No.1 in feeding mechanism B1 and No. two by support desk B3 The height of feeding mechanism B2, to cooperate the height of pipe fitting blow tank A2.

Specifically, feeding mechanism B1 includes pipe fitting feed chute B11 and the pipe fitting for accommodating and positioning pipe fitting E in No.1 Accommodation groove B12, pipe fitting blow tank A2 are connected to one end of pipe fitting feed chute B11, and the other end of pipe fitting feed chute B11 is connected to pipe Part accommodation groove B12, and pipe fitting feed chute B11 is perpendicular to pipe fitting accommodation groove B12.

Pipe fitting blow tank A2 is arranged along a straight line with pipe fitting feed chute B11, and the cell wall shape of pipe fitting feed chute B11 should be with The cell wall shape of pipe fitting blow tank A2 is consistent, adjusts the angular relationship between pipe fitting feed chute B11 and pipe fitting blow tank A2, so that Pipe fitting E smoothly can be moved to pipe fitting feed chute B11 from pipe fitting blow tank A2, then be moved to pipe fitting accommodation groove B12, and pipe fitting E exists Feeding mechanism B2 in No. two is waited to be obtained in pipe fitting accommodation groove B12.So feeding mechanism B1 phase in No.1 in the present embodiment It is a mechanism to be expected to feeding mechanism B2 in No. two.

In order to enable pipe fitting feed chute B11 can be crossed more successfully to pipe fitting accommodation groove B12 feeding, pipe fitting in the present embodiment Linear vibrator B111 is fixed on feed chute B11, linear vibrator B111 is located at the desktop and pipe fitting feed chute of support desk B3 Between B11.Linear vibrator B111 is fixed with vibrator support plate B112 close to the side of support desk B3 desktop, support desk B3's Vibrator support column B113, the vibration side axially along linear vibrator B111 of vibrator support column B113 are fixed on desktop To setting, while vibrator support plate B112 vibration is driven when linear vibrator B111 vibration, so that linear vibrator Vibrator support column B113 plays position-limiting action to vibrator support plate B112 when B111 over vibration.So vibrator in the present embodiment Support column B113 is located at the underface of vibrator support plate B112.

Feeding mechanism B2 includes taking pipe fitting B21, No.1 translation mechanism B22 and No. two translation mechanism B23 in No. two.Take pipe Connector B21 is mounted on No.1 translation mechanism B22, is taken pipe fitting B21 to be moved to pipe fitting under No.1 translation mechanism B22 driving and is held It sets in slot B12, is inserted in pipe fitting E.No.1 translation mechanism B22 is mounted on No. two translation mechanism B23, takes pipe fitting B21 After being inserted in the pipe fitting E into pipe fitting accommodation groove B12, No.1 translation mechanism B22 is driven by No. two translation mechanism B23 and pipe is taken to connect Head B21, and then pipe fitting E is driven to leave pipe fitting accommodation groove B12, drive pipe fitting E that Word-carving machine structure C is gone to carry out rolling word.

Specifically, Word-carving machine structure C includes rolling letter disk C1 and rotating mechanism in the present embodiment, rotating mechanism and rolling letter disk C1 It is connected, rotating mechanism is for driving rolling letter disk C1 rotation.Rolling letter disk C1 edge be provided with setting it is jagged, be equipped in notch The type matrix C11 to match with notch geometry.After rolling letter disk C1 installs type matrix C11, rolling letter disk C1 and type matrix C11 is together formed One disk.By installing different type matrix C11, different literals are rolled in pipe fitting E.

Pipe fitting E is moved at rolling letter disk C1 in the case where No. two translation mechanism B23 drive, and the rolling letter disk C1 in rotation drives type matrix C11 rotation.No.1 translation mechanism B22 and No. two translation mechanism B23 cyclical actions by pipe fitting E from pipe fitting accommodation groove B12 send to It rolls at letter disk C1, type matrix C11 is then periodically tapped on pipe fitting E.Discharging mechanism D is then fallen by the pipe fitting E after rolling word, carries out pipe The finished product of part E is collected.

So in the present embodiment, vibrating disc A1, pipe fitting blow tank A2, pipe fitting feed chute B11, pipe fitting accommodation groove B12, No. two Translation mechanism B23, rolling letter disk C1 and discharging mechanism D are set gradually along feed direction.

The working principle of the present embodiment is as follows: being continued not by vibrating disc A1, pipe fitting blow tank A2 and pipe fitting feed chute B11 It is disconnected that pipe fitting E is sent to pipe fitting accommodation groove B12, by the pipe fitting E in pipe fitting feed chute B11 to the pipe fitting E in pipe fitting accommodation groove B12 Extruding so that having remained material state in pipe fitting accommodation groove B12.By taking pipe fitting B21 to cover from pipe fitting accommodation groove B12 Material recycles No.1 translation mechanism B22 and No. two translation mechanism B23 that periodically pipe fitting E is sent at rolling letter disk C1 and carries out rolling word, Finally recycled using finished product of the discharging mechanism D to pipe fitting E.

Preferably, No.1 translation mechanism B22 includes No.1 linear actuator B221, push plate B222 and connects with push plate B222 The connector connecting shaft B223 connect.

No.1 linear actuator B221 is fixedly connected with push plate B222, and connector connecting shaft B223 is set perpendicular to push plate B222 It sets.It pushes push plate B222 to move along a straight line by No.1 linear actuator B221, and then makes connector connecting shaft B223 along No.1 The driving direction of linear actuator B221 is mobile.Pipe fitting accommodation groove B12 is gone to extract in order to enable connector connecting shaft B223 can be crossed Pipe fitting E, therefore the installation direction of No.1 linear actuator B221, i.e. driving direction should be perpendicular to pipe fitting feed chute B11, connectors Connecting shaft B223 is parallel to the installation direction setting of No.1 linear actuator B221, and pipe fitting B21 is taken to be located at connector connecting shaft The one end of B223 far from push plate B222 takes pipe fitting B21 to be located at connector connecting shaft B223 close to the one of pipe fitting accommodation groove B12 End.No.1 linear actuator B221, push plate B222, connector connecting shaft B223 and take pipe fitting B21 along perpendicular to pipe fitting feed chute The direction of B11 is set gradually,

No.1 linear actuator B221 can select cylinder or electric pushrod etc., No.1 linear actuator in the present embodiment B221 selects cylinder.

Preferably, No. two translation mechanism B23 include No. two linear actuator B231, sliding rail B232 and slip in sliding rail B232 On slide plate B233.No. two linear actuator B231 are connect with slide plate B233.Slide plate is driven by No. two linear actuator B231 B233 moves along a straight line on sliding rail B232.

Likewise, No. two linear actuator B231 can select cylinder or electric pushrod etc., in the present embodiment No. two it is straight Line drive B231 selects cylinder.

No.1 linear actuator B221 and push plate B222 are each attached on slide plate B233 in the present embodiment, to keep No.1 flat Telephone-moving structure B22 is installed to No. two translation mechanism B23.No. two linear actuator B231 are perpendicular to No.1 linear actuator simultaneously B221, so that the driving direction of the driving direction of No. two linear actuator B231 and No.1 linear actuator B221 mutually hang down Directly, while the plane that is constituted of the driving direction of the driving direction of No. two linear actuator B231 and No.1 linear actuator B221 The axis of rolling letter disk C1 should be parallel to.Such as the driving direction of No. two linear actuator B231 and No.1 straight line in the present embodiment The plane that the driving direction of driver B221 is constituted is parallel to the desktop of support desk B3, and rolls letter disk C1 perpendicular to support desk B3 Desktop.

Pipe fitting accommodation groove B12 is provided with the pipe fitting slide slot B234 for sliding for pipe fitting E along the rear of feed direction, pipe Part slide slot B234's is axially parallel to sliding rail B232 setting.After taking pipe fitting B21 to be inserted in the pipe fitting E in pipe fitting accommodation groove B12, No.1 linear actuator B221 resets, until pipe fitting accommodation groove B12 and pipe fitting slide slot B234 is penetrated through, then takes pipe fitting B21 Along in sliding rail B232 moving process under the drive of No. two linear actuator B231, pipe fitting E enters pipe fitting slide slot B234 simultaneously Always the positioning by pipe fitting slide slot B234, it is ensured that pipe fitting E opposite will not take pipe to connect in along sliding rail B232 moving process Unnecessary rotation occurs for head B21.The cell wall shape of pipe fitting slide slot B234 is identical as the cell wall shape of pipe fitting accommodation groove B12, So that pipe fitting slide slot B234 is penetrated through to pipe fitting accommodation groove B12, pipe fitting E can smoothly be moved to pipe from pipe fitting accommodation groove B12 Part slide slot B234 is without being hindered.

In order to further realize positioning of the pipe fitting E in pipe fitting accommodation groove B12, and then guarantee to take pipe fitting B21 in pipe fitting The stability and accuracy of pipe fitting E are obtained in accommodation groove B12, a pedestal is arranged in the lower section of pipe fitting accommodation groove B12 in the present embodiment No.1 accommodation groove baffle B125 and No. two appearances for being limited to pipe fitting E are fixedly installed at the top of B121, pedestal B121 Slot baffle B126, No.1 accommodation groove baffle B125 and No. two accommodation groove baffle B126 are set each parallel to pipe fitting accommodation groove B12, and is managed Part accommodation groove B12 is located between No.1 accommodation groove baffle B125 and No. two accommodation groove baffle B126, and pipe fitting feed chute B11 runs through one Number accommodation groove baffle B125.

The opening matched with the cell wall shape of pipe fitting feed chute B11 is offered on No.1 accommodation groove baffle B125, so that No.1 accommodation groove baffle B125 must be first passed through positioned at pipe fitting E in pipe fitting feed chute B11 enter back into pipe fitting accommodation groove B12.And No. two Accommodation groove baffle B126 makes the pipe fitting E in pipe fitting accommodation groove B12 not shift along the axial direction of pipe fitting feed chute B11. And the pipe fitting E in No.1 accommodation groove baffle B125 in the axial direction of pipe fitting feed chute B11 by pipe fitting E in pipe fitting feed chute B11 Limit is squeezed with the front and back of the pipe fitting E in pipe fitting accommodation groove B12, the pipe fitting E in No.1 accommodation groove baffle B125 is perpendicular to pipe Limit on the direction of part feed chute B11 axis by No.1 accommodation groove baffle B125 guarantees the pipe fitting in pipe fitting feed chute B11 E successively can precisely be sent into pipe fitting accommodation groove B12.

It is L-shaped pipe fitting E by conveying in this present embodiment, pipe fitting E manages in order to be taken pipe fitting B21 to obtain The nozzle of part E needs direction that pipe fitting B21 is taken to be arranged.The shape that this outer tube member accommodation groove B12 is designed to limit pipe fitting E It will limit pipe fitting E to move in pipe fitting accommodation groove B12 along the direction for being parallel to No.1 linear actuator B221, therefore in order to Pipe fitting E is moved to pipe fitting slide slot B234 from pipe fitting accommodation groove B12, needs pipe fitting accommodation groove B12 can be along being parallel to No.1 It is moved in the direction of linear actuator B221.

As a specific embodiment of above scheme, the top of pedestal B121 is straight along No.1 is parallel in the present embodiment The direction of line drive B221 offers accommodation groove sliding slot B1211, and slipping in accommodation groove sliding slot B1211 has accommodation groove sliding block B1212, pipe fitting accommodation groove B12 are located in accommodation groove slide block B 1212.In No.1 linear drives after taking pipe fitting B21 to be inserted in pipe fitting E It is resetted under device B221 effect, takes pipe fitting B21 to pull the side wall of pipe fitting accommodation groove B12 by pipe fitting E, so that pipe fitting be made to hold The side wall for setting slot B12 drives accommodation groove slide block B 1212 to slide in accommodation groove sliding slot B1211, until pipe fitting accommodation groove B12 is aligned Pipe fitting slide slot B234, then take pipe fitting B21 in the case where No. two linear actuator B231 drive by pipe fitting E from pipe fitting accommodation groove B12 is sent into pipe fitting slide slot B234.

Due to take connected between pipe fitting B21 and pipe fitting E it is loose, in order to take pipe fitting B21 not out of pipe fitting E nozzle from It opens, is parallel to the auxiliary power means moved in the direction of No.1 linear actuator B221, this implementation as the edge pipe fitting accommodation groove B12 Accommodation groove slide block B 1212 is connected with No. three linear actuators B122, No. three linear actuator B122 and is parallel to No.1 straight line in example Driver B221 setting.

No. three linear actuator B122 can select cylinder or electric pushrod etc., No. three linear actuators in the present embodiment B122 selects cylinder.

As a kind of concrete form that pipe fitting accommodation groove B12 positions pipe fitting E, the present embodiment is in accommodation groove slide block B 1212 Top be provided with the locating piece for being positioned to pipe fitting E, locating piece altogether there are two, two locating pieces are respectively that No.1 is fixed Position block B12123 and No. two locating piece B12124, No.1 locating piece B12123, No. two locating piece B12124 and sliding rail B232 are along one The installation direction of number linear actuator B221 is set gradually, and pipe fitting accommodation groove B12 is then located at No.1 locating piece B12123 and No. two Between locating piece B12124, No.1 locating piece B12123 and No. two locating piece B12124 constitute pipe fitting accommodation groove in the present embodiment The side wall of B12.No.1 locating piece B12123 and No. two locating piece B12124 are arranged at No.1 accommodation groove baffle B125 and No. two Between accommodation groove baffle B126.After pipe fitting E is located in pipe fitting accommodation groove B12, No. two locating piece B12124 then have blocked pipe fitting E's Corner, No.1 locating piece B12123 are abutted against on the tube wall of pipe fitting E, so that pipe fitting E cannot be along in pipe fitting accommodation groove B12 It is parallel to the direction movement of No.1 linear actuator B221, and No. two locating piece B12124 will not influence and pipe fitting B21 is taken to cover Take pipe fitting E.

In the present embodiment, accommodation groove slide block B 1212 includes accommodation groove top shoe B12121 and accommodation groove sliding block B12122, Accommodation groove sliding block B12122 is slidably arranged in accommodation groove sliding slot B1211, and accommodation groove top shoe B12121 is mounted on accommodation groove The top of sliding block B12122, No.1 locating piece B12123 and No. two locating piece B12124 are arranged at accommodation groove top shoe The top of B12121, accommodation groove sliding block B12122, accommodation groove top shoe B12121, No.1 locating piece B12123 and No. two positioning Block B12124 is integrally formed, and accommodation groove top shoe B12121 is located at No.1 accommodation groove baffle B125 and No. two accommodation groove baffle B126 Between.

Preferably, lower buoyance lift part B12125, lower buoyance lift part are provided in the present embodiment on No. two locating piece B12124 B12125 between No. two locating piece B12124 and sliding rail B232, lower buoyance lift part B12125 and accommodation groove top shoe B12121's No.1 return unit is provided between bottom.

Specifically, offering an opening on accommodation groove sliding block B12122, lower buoyance lift part B12125 can be in the opening It is moved along the direction perpendicular to support desk B3 desktop, opening perforation to the bottom of accommodation groove top shoe B12121, lower buoyance lift part A portion that B12125 is located in opening is located at the underface of accommodation groove top shoe B12121, and No.1 return unit is then set to Between the part and accommodation groove top shoe B12121 of lower buoyance lift part B12125.Take pipe fitting B21 close to pipe fitting accommodation groove B12's Part is that arc is arranged, and lower buoyance lift part B12125 nature height is unsuitable excessively high, and pipe fitting B21 is taken to move closer to pipe fitting accommodating Lower buoyance lift part B12125 is squeezed during slot B12.Buoyance lift part B12125 under natural conditions can be in pipe fitting accommodation groove B12 Pipe fitting E carries out auxiliary stopper.The buoyance lift part B12125 being extruded can help that pipe fitting B21 is taken to be locked in the nozzle of pipe fitting E.

Approximately, it is provided with a top plate at the top of pipe fitting accommodation groove B12, buoyance lift part B12126 is installed on top plate, on Buoyance lift part B12126 can be moved relative to the top plate along perpendicular to the direction of support desk B3 desktop, at the same upper buoyance lift part B12126 and No. two return units are installed, and the lower end of upper buoyance lift part B12126 is located at the lower section of top plate between top plate.No.1 accommodation groove baffle Pipe fitting E in B125, since pipe fitting E itself has certain radian, is gradually squeezed into empty pipe fitting accommodation groove B12 moving process The lower end of upper buoyance lift part B12126 moves buoyance lift part B12126 towards the direction far from pipe fitting accommodation groove B12, and upper buoyance lift part Pipe fitting E is located in pipe fitting accommodation groove B12 by B12126 in the case where No. two return units are acted on along the direction perpendicular to top plate.

Preferably, No.1 return unit and No. two return units can select spring.

Be different from the prior art, the present embodiment feeding mechanism altogether there are two, two feeding mechanisms are respectively left feeding mechanism With right feeding mechanism.Left feeding mechanism and right feeding mechanism are arranged in mirror symmetry.Corresponding, the quantity of rolling letter disk C1 shares two A, two rolling letter disk C1 are respectively the letter disk C12 and right rolling letter disk C13 that rolls left.

The letter disk C12 that rolls left is set to the pipe fitting slide slot B234 of left feeding mechanism after left feeding mechanism feed direction Side carries out rolling word to the pipe fitting E of left feeding mechanism transport, and right rolling letter disk C13 is set to the pipe fitting slide slot of right feeding mechanism B234 carries out rolling word along the rear of right feeding mechanism feed direction, to the pipe fitting E of right feeding mechanism transport.

Rotating mechanism includes motor C2, master gear C3, left driven gear C121 and right driven gear C131.Motor C2 and master Gear C 3 connects, so that motor C2 driving master gear C3 rotation, such as motor C2 are connect by a shaft with master gear C3.

Left driven gear C121 and right driven gear C131 is located at the two sides of master gear C3, while left driven gear C121 and right driven gear C131 are engaged with master gear C3.Master gear C3 drives left driven gear C121 and right driven tooth simultaneously Take turns C131 rotation.Wherein the left driven gear C121 and letter disk C12 that rolls left is fixed, and right driven gear C131 and right rolling letter disk C13 are solid It is fixed, roll left letter disk C12 rotation and the right rolling letter disk C13 of right driven gear C131 driving are driven to reach left driven gear C121 The purpose of rotation.

Specifically, solid by a left rotary shaft C122 between left driven gear C121 and the letter disk C12 that rolls left in the present embodiment It is fixed, it is fixed between right driven gear C131 and right rolling letter disk C13 by a right spindle C132.

Master gear C3, left driven gear C121, right driven gear C131, left rotary shaft C122 and right spindle in the present embodiment C132 is installed in a gear-box C4 so that master gear C3, left driven gear C121 and right driven gear C131 three it Between relative translational movement will not occur.

The diameter proportion of left driven gear C121 and right driven gear C131 determines that left driven gear C121 and the right side are driven The angular speed ratio of gear C 131, and then determine the ratio between the rolling word efficiency of roll left letter disk C12 and right rolling letter disk C13, while in order to The course of work of letter disk C12 and right rolling letter disk C13 of not making to roll left interferes, and also in a disguised form determines roll left letter disk C12 and right rolling The diameter proportion of letter disk C13.Therefore by the diameter of the diameter of left driven gear C121 and right driven gear C131 in the present embodiment It is chosen for identical value.Still further preferably, roll left letter disk C12 diameter with it is right rolling letter disk C13 diameter it is identical.

It is reason for this is that if left driven gear C121 is different from the diameter proportion of right driven gear C131, although can regulate and control Roll left letter disk C12 and right the ratio between the rolling word efficiency for rolling letter disk C13, but thus will cause the gravity center instability of entire rotating mechanism, It causes the edge stress of master gear C3 to change with own rotation simultaneously huge, causes the odontotripsis at the edge master gear C3 serious, instead And the rolling word efficiency for the letter disk C12 and right rolling letter disk C13 that causes to roll left is more and more uncontrollable, roll left letter disk C12 and right rolling letter disk C13 Rejection number increase simultaneously instead, generate more consumes compared to existing unilateral Word-carving machine.

In the present embodiment, a mounting plate B31 is fixed on support desk B3, mounting plate B31 is parallel to the desktop of support desk B3, There are gaps between mounting plate B31 and support desk B3.Left feeding mechanism and right feeding mechanism are installed on mounting plate B31.Phase Pair, the top of mounting plate B31 is fixed with a gear box plates C42 in parallel, and gear-box C4 is fixedly mounted on gear box plates C42, It is located above feeding mechanism with achieving the purpose that roll letter disk C1.For the relative position of cooperating teeth roller box C4 and support desk B3, originally Motor C2 is mounted on a motor plate C21 in embodiment, and motor plate C21 is mounted on mounting plate B31, same motor plate C21 with There are spacing between mounting plate B31.

In the present embodiment, discharging mechanism D is mounted in the gap between support desk B3 and mounting plate B31.Mounting plate B31 On offer a blanking port B311.Blanking port B311 is located at the underface of roll left letter disk C12 and right rolling letter disk C13, and rolling word terminates Pipe fitting E afterwards is fallen in blanking port B311 naturally from taking pipe fitting B21.

Discharging mechanism D includes the driving motor D3 of material-collecting funnel D1, conveyer belt D2 and driving conveyer belt D2 rotation.Driving Motor D3 is connect with conveyer belt D2, and driving conveyer belt D2 is to drive pipe fitting E to destination.The upper end of material-collecting funnel D1, which is located at, to be fallen The underface of material mouth B311, the lower end of material-collecting funnel D1 are connected to conveyer belt D2.The two sides of conveyer belt D2 are provided with striker plate D4, To prevent pipe fitting E from falling from the two sides of conveyer belt D2.

Wherein, striker plate D4 is fixed with one and blocks flitch D5 and block along the rear end of feed direction expects cylinder D6, and it is solid to block flitch D5 It is scheduled on and blocks on material cylinder D6, block material cylinder D6 and block the top that flitch D5 is respectively positioned on conveyer belt D2, block flitch D5 and blocking material cylinder D6 driving is lower to intercept substandard product.

In addition, respectively left feeding pressure mechanism and right feeding pressure mechanism, left feeding pressure mechanism setting exist there are two feeding pressure mechanism F is total It rolls left by letter disk C12, right feeding pressure mechanism is arranged by the letter disk C12 that rolls left.Left feeding pressure mechanism and right feeding pressure mechanism are each attached to peace On the upper surface of loading board B31, and left feeding pressure mechanism and right feeding pressure mechanism mirror symmetry.

Feeding pressure mechanism F includes press cylinder F1, binder axis F2, binder sliding rail F3, No.1 top board F4, one in the present embodiment Number lower skateboard F5, No. two top board F6, No. two lower skateboard F7 and binder part F8.Press cylinder F1 is fixed on mounting plate B31's On upper surface, press cylinder F1 is fixed with binder axis F2, to drive binder axis F2 separate or close along the normal direction of rolling letter disk C1 Roll letter disk C1.Press cylinder F1, No.1 top board F4 and No. two top board F6 are set gradually along the axial direction of binder axis F2, binder axis F2 passes through No.1 top board F4 and No. two top board F6.Wherein No.1 top board F4 is fixed on binder axis F2, No. two top boards F6 is movably arranged on binder axis F2 along the axial direction of binder axis F2.

No.1 top board F4 is fixed on the upper surface of No.1 lower skateboard F5, and No. two top board F6 are fixed on No. two lower skateboard F7 Upper surface.No.1 top board F4, No.1 lower skateboard F5, No. two top board F6 and No. two lower skateboard F7 are each parallel to mounting plate B31 setting.No.1 top board F4 and No.1 lower skateboard F5 forms No.1 Slide Group, No. two top board F6 and No. two lower skateboard F7 groups At No. two Slide Groups.No.1 lower skateboard F5 and No. two lower skateboard F7 are arranged on binder sliding rail F3.No.1 Slide Group and binder Axis F2 is fixed, and No. two Slide Groups can activity along the axial direction of binder axis F2 with respect to binder axis F2.

In order to which the relative position during the installation process to No.1 top board F4 and binder axis F2 positions, the present embodiment exists A locating part F21 made by elastic material is fixedly installed on binder axis F2.Locating part F21 is selected as limiting in the present embodiment Ring.The material of stop collar can select rubber, plastics etc..

Opposite No.1 top board F4 offers limited mouth F41 on the side wall far from rolling letter disk C1, in No.1 top board F4 In installation process, No.1 top board F4 is inserted by binder axis F2 close to one end of rolling letter disk C1, until No.1 top board F4 is fitted in After on stop collar, fall into stop collar in limited mouth F41 by squeezing stop collar, to reach installation locating effect.It limits simultaneously After ring is fallen into limited mouth F41, No.1 top board F4 is the fixation completed between binder axis F2, to realize No.1 Slide Group With the fixation of binder axis F2.

A bolt F61 is plugged on No. two top board F6.The upper surface of No. two top board F6 is protruded from the top of bolt F61 To be fitted in the upper surface of No. two top board F6, the bottom end of bolt F61 protrudes from the lower surface of No. two top board F6.On No. two The upper surface of pressing plate F6 is No. two sides of the top board F6 far from binder sliding rail F3, and the lower surface of No. two top board F6 is on No. two Pressing plate F6 is close to the side of binder sliding rail F3.

Position-limiting action is played at the top of bolt F61, it can not be axial along binder axis F2 between bolt F61 and No. two top board F6 Relative motion.The position that binder axis F2 is used to install No. two top board F6 offers a latch groove F22, and latch groove F22 is along pressure Expect the axial setting of axis F2, the bottom end of bolt F61 is located in latch groove F22, while the length of latch groove F22 should meet bolt F61 can cross the axial carry out activity along binder axis F2, and then make between No. two top board F6 and binder axis F2 along binder axis F2 axis To relative position can be adjustable in a certain range.

Wherein binder part F8 is fixed on No. two top board F6.

When press cylinder F1 driving binder axis F2 is towards rolling letter disk C1 movement, latch groove F22 is close to the side of press cylinder F1 Wall hits bolt F61, and also or No.1 Slide Group hits No. two Slide Groups, so that No. two Slide Groups are moved towards rolling letter disk C1, To make binder part F8 push down the pipe fitting E of word to be rolled.

When press cylinder F1 driving binder axis F2 is far from rolling letter disk C1 movement, side of the latch groove F22 far from press cylinder F1 Wall hits bolt F61, so that No. two top board F6 drive No. two lower skateboard F7 to be resetted together far from rolling letter disk C1, to make Binder part F8 no longer pushes down the pipe fitting E after rolling word.

Due to taking the connection between pipe fitting B21 and pipe fitting E very loose, binder part F8 extruding and pipe fitting slide slot are lost After the support of B234, roll that the pipe fitting E after word is natural under the effect of gravity to fall into blanking port from taking pipe fitting B21 to fall off B311。

Furthermore bolt F61 will not be fallen off due to gravity from No. two top board F6 in the present embodiment.To No. two upper pressures Plate F6, which is dismantled, only to be needed manually to extract or be inserted into advance bolt F61 when perhaps being installed.

Binder part F8 includes binder pedestal F81, fixing axle F82 and swage set piece F83 in the present embodiment.Binder pedestal F81 It is fixed on No. two top board F6, fixing axle F82 is then axially fixed in binder pedestal F81 along binder axis F2, and swage set piece F83 is flat Row is in rolling letter disk C1, and swage set piece F83 is mounted on the one end of fixing axle F82 far from press cylinder F1.

It is selected in non-the case for this embodiment, the height and fixing axle F82 of the adjustable swage set piece F83 of binder pedestal F81 Angle, and then angle feelings for cooperating pipe fitting E and pipe fitting E of different shapes different when leaving from pipe fitting slide slot B234 Condition.

Preferably, in the present embodiment swage set piece F83 material selection nylon, with prevent swage set piece F83 press pipe fitting E when damage Hurt pipe fitting E.

Above description is only a specific implementation of the present invention, but the protection scope of the utility model is not limited to In this, being familiar with the those skilled in the art should be understood that the utility model includes but is not limited to attached drawing and specific embodiment party above Content described in formula.The modification of any function and structure principle without departing from the utility model is intended to be included in claims Range in.

Claims (10)

1. a kind of feeding mechanism of Word-carving machine, it is characterised in that: including outer feeding mechanism and interior feeding mechanism, outer feeding mechanism packet The pipe fitting blow tank for including vibrating disc and being connected with the discharge port of vibrating disc, interior feeding mechanism include feeding mechanism and two in No.1 Feeding mechanism in number, feeding mechanism includes pipe fitting feed chute and the pipe fitting accommodation groove for accommodating and positioning pipe fitting in No.1, Pipe fitting blow tank is connected to one end of pipe fitting feed chute, and the other end of pipe fitting feed chute is connected to pipe fitting accommodation groove, send in No. two Including taking pipe fitting, No.1 translation mechanism and No. two translation mechanisms, the installation direction of No.1 translation mechanism and No. two are put down for material mechanism The installation direction of telephone-moving structure is mutually perpendicular to, and pipe fitting is taken to be mounted on No.1 translation mechanism, takes pipe fitting for accommodating from pipe fitting Pipe fitting is obtained in slot, No.1 translation mechanism is mounted on No. two translation mechanisms, pipe fitting blow tank, pipe fitting feed chute, pipe fitting accommodating Slot and No. two translation mechanisms are set gradually along feed direction.

2. the feeding mechanism of Word-carving machine according to claim 1, it is characterised in that: the No.1 translation mechanism includes No.1 Linear actuator, push plate and the connector connecting shaft being connect with push plate, No.1 linear actuator, push plate, connector connecting shaft and pipe Part accommodation groove is set gradually along the installation direction of No.1 linear actuator, and No.1 linear actuator is fixedly connected with push plate, takes pipe Connector is located at the one end of connector connecting shaft far from push plate.

3. the feeding mechanism of Word-carving machine according to claim 2, it is characterised in that: No. two translation mechanisms include No. two Linear actuator, sliding rail and sliding slide plate on the slide rail, No.1 linear actuator and push plate are each attached on slide plate, and No. two straight Line drive is connect with slide plate, the installation direction of the installation directions of No. two linear actuators perpendicular to No.1 linear actuator.

4. the feeding mechanism of Word-carving machine according to claim 3, it is characterised in that: the pipe fitting accommodation groove is along feed direction Rear be provided with the pipe fitting slide slot for sliding for pipe fitting, pipe fitting slide slot is axially parallel to sliding rail.

5. the feeding mechanism of Word-carving machine according to claim 4, it is characterised in that: the lower section of the pipe fitting accommodation groove is arranged There is pedestal, No.1 accommodation groove baffle and No. two accommodation grooves gear for being limited to pipe fitting are fixedly installed at the top of pedestal Plate, pipe fitting accommodation groove are located between No.1 accommodation groove baffle and No. two accommodation groove baffles, and pipe fitting feed chute runs through No.1 accommodation groove Baffle.

6. the feeding mechanism of Word-carving machine according to claim 5, it is characterised in that: the top of the pedestal is along No.1 straight line The installation direction of driver offers accommodation groove sliding slot, and slipping in accommodation groove sliding slot has accommodation groove sliding block, and pipe fitting accommodation groove is located at On accommodation groove sliding block, accommodation groove sliding block is connected with No. three linear actuators, and the installation direction of No. three linear actuators is parallel to one The installation direction of number linear actuator.

7. the feeding mechanism of Word-carving machine according to claim 6, it is characterised in that: the top of the accommodation groove sliding block is arranged Have a locating piece for being positioned to pipe fitting, locating piece altogether there are two, two locating pieces are respectively No.1 locating piece and No. two Locating piece, No.1 locating piece and No. two locating pieces are arranged between No.1 accommodation groove baffle and No. two accommodation groove baffles.

8. the feeding mechanism of Word-carving machine according to claim 7, it is characterised in that: the accommodation groove sliding block includes accommodation groove Top shoe and accommodation groove sliding block, accommodation groove sliding block slip in accommodation groove sliding slot, and accommodation groove top shoe is mounted on accommodation groove The top of sliding block, No.1 locating piece and No. two locating pieces are arranged at the top of accommodation groove top shoe, accommodation groove top shoe, one Number locating piece and No. two locating pieces are integrally formed, accommodation groove top shoe be located at No.1 accommodation groove baffle and No. two accommodation groove baffles it Between.

9. the feeding mechanism of Word-carving machine according to claim 8, it is characterised in that: the No.1 locating piece, No. two positioning Block and sliding rail are set gradually, and lower buoyance lift part is provided on No. two locating pieces, and lower buoyance lift part is located at No. two between locating piece and sliding rail, No.1 return unit is provided between lower buoyance lift part and accommodation groove top shoe.

10. the feeding mechanism of Word-carving machine according to claim 1, it is characterised in that: be fixed on the pipe fitting feed chute Linear vibrator.