CN207770500U - The Z-direction mechanism of the feed device of material-extruding machine - Google Patents
The Z-direction mechanism of the feed device of material-extruding machine Download PDFInfo
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- CN207770500U CN207770500U CN201721920263.XU CN201721920263U CN207770500U CN 207770500 U CN207770500 U CN 207770500U CN 201721920263 U CN201721920263 U CN 201721920263U CN 207770500 U CN207770500 U CN 207770500U
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- fixed seat
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Abstract
The utility model discloses a kind of Z-direction mechanism of the feed device of material-extruding machine, the X of feed device is set to in the guiding group of mechanism can be moved back and forth along the length direction of the material-extruding machine, it is characterised in that：Including being vertically arranged to Z-direction fixed seats of the X on the Mobile base of mechanism, the Z-direction pushing mechanism being set in the Z-direction fixed seat, connect with the Z-direction promote-side of the Z-direction pushing mechanism and be sheathed in the Z-direction fixed seat with can be vertically movable with the promotion of the Z-direction pushing mechanism Y-direction mechanism mounting portion, the Z-direction pushing mechanism includes that the second hinged block and the Z-direction being installed on second hinged block push cylinder, the Z-direction pushes the upper end of the Z-direction catch bar of cylinder to be connect with Y-direction mechanism mounting portion, one end that the Z-direction catch bar is connect with Y-direction mechanism mounting portion is above-mentioned Z-direction promote-side.
Description
Technical field
The utility model is related to a kind of Z-direction mechanisms of the feed device of material-extruding machine.
Background technology
In traditional technology, the feeding of material-extruding machine is generally artificial or operation or semi-artificial operation, and material is sent to material-extruding machine phase
The position (feed entrance point) answered is in order to which material-extruding machine squeezes the material.General material-extruding machine build is huge, and artificial feeding is time-consuming
Arduously, it is unfavorable for Machine automated production, is unfavorable for improving efficiency, and increase certain danger.
Utility model content
In view of this, the utility model it is really necessary to provide it is a kind of it is simple in structure, automation material to be extruded is sent to squeeze
The feed device Z-direction mechanism of the material-extruding machine of material machine corresponding position.
A kind of Z-direction mechanism of the feed device of material-extruding machine is provided, be set to feed device X in the guiding group of mechanism with energy
Enough length directions along the material-extruding machine move back and forth, including are vertically arranged to Z-directions of the X on the Mobile base of mechanism and fix
Seat, the Z-direction pushing mechanism being set in the Z-direction fixed seat connect and are arranged with the Z-direction promote-side of the Z-direction pushing mechanism
In in the Z-direction fixed seat with can be vertically movable with the promotion of the Z-direction pushing mechanism Y-direction mechanism mounting portion, the Z
Include that the second hinged block and the Z-direction being installed on second hinged block push cylinder, the Z-direction to push cylinder to pushing mechanism
The upper end of Z-direction catch bar is connect with Y-direction mechanism mounting portion, what the Z-direction catch bar was connect with Y-direction mechanism mounting portion
One end is above-mentioned Z-direction promote-side.
Further, second hinged block include a rear pedestal, front pedestal and be vertically connected at the rear pedestal and
The second pin between front pedestal, the Z-direction push cylinder to be arranged in the sky between the rear pedestal and front pedestal along the Z-direction
Between, and passed through for second pin.
Further, the top of the Z-direction pushing mechanism is provided with one for detecting Z-direction promote-side upward stroke
Third trip detecting element and fourth line journey detecting element for detecting Z-direction promote-side descending stroke.
Further, the upper end of lateral surface of the cylinder far from the Z-direction fixed seat is pushed to be provided with straight up in the Z-direction
One holder, the third trip detecting element and fourth line journey detecting element are respectively arranged at the upper and lower ends of the holder.
Further, Y-direction mechanism mounting portion include set on the Z-direction fixed seat first side and with the Z-direction
First vertical cover board of promote-side connection and the second vertical cover board set on the Z-direction fixed seat second side, described second
Vertical cover board connect and is mutually parallel with the described first vertical cover board, and parallel space is arranged in wherein for the Z-direction fixed seat,
The Y-direction mechanism is set to the lateral surface of the described second vertical cover board.
The feed device Z-direction mechanism of the material-extruding machine of the utility model is arranged the Z-direction in Z-direction fixed seat side and pushes away
Motivation structure, the mobile Y-direction mechanism mounting portion by Z-direction pushing mechanism is pushed up or retracted downwards, so as to
The Y-direction mechanism is set to be installed on the top of the Z-direction pushing mechanism, to drive the Y-direction mechanism to move up and down, so as to rise
It is moved up and down to the feed mechanism being set in the Y-direction mechanism is adjusted.
Description of the drawings
Fig. 1 is front view of the utility model for the feed device of material-extruding machine.
Fig. 2 is the sectional view of B-B in Fig. 1.
Fig. 3 is the left view of Fig. 1.
Fig. 4 is the enlarged drawing of part A in Fig. 3.
Fig. 5 is the enlarged drawing of part B in Fig. 3.
Fig. 6 is the sectional view of E-E in Fig. 3.
Fig. 7 is cooperation figure of the utility model for the feed device and the material-extruding machine of material-extruding machine.
Specific implementation mode
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.
Fig. 1 to Fig. 7 is referred to, the feed device for material-extruding machine 800 of the utility model includes a feed mechanism 1, energy
Enough make the feed mechanism 1X to (i.e. along the length direction of the material-extruding machine 800, also referred to as laterally) mobile X to mechanism 2, slide
It is dynamic set on the X in mechanism 2 and Z-direction mechanism 4 that the feed mechanism 1 can be made move in vertical direction and described in
The upper end of Z-direction mechanism 4 and the feed mechanism 1 can be made (also referred to as vertical i.e. along the width direction of the material-extruding machine 800 in Y-direction
To) mobile Y-direction mechanism 3；The X to mechanism 2 include a guide rail group 21, close to guide rail group 21 the X that is arranged of first end to pushing away
Motivation structure 22 is snug fit at the movement being connect in the guide rail group 21 and to the X of pushing mechanism 22 to promote-side with the X
Seat 23, set on the first stroke detecting element 24 of 21 first end of guide rail group, set on the second of 21 second end of guide rail group
Stroke detection element；The Z-direction mechanism 4 includes the Z-direction fixed seat 41 being vertically arranged on the Mobile base 23, is set to institute
The Z-direction pushing mechanism 42 in Z-direction fixed seat 41 is stated, is connect with the Z-direction promote-side of the Z-direction pushing mechanism 42 and is sheathed on described
In Z-direction fixed seat 41 with can be vertically movable with the promotion of the Z-direction pushing mechanism 42 Y-direction mechanism mounting portion 31；It is described
Y-direction mechanism 3 is horizontally placed on Y-direction mechanism mounting portion 31, and the Y-direction mechanism 3 includes Y-direction pushing mechanism, the feeding
Mechanism 1 is set to the Y of the Y-direction pushing mechanism to promote-side.
The guide rail group 21 is set to the corresponding side of the material-extruding machine 800, specifically along the length direction of the material-extruding machine 800
(i.e. X to) is set to the corresponding side of the material-extruding machine 800, the parallel corresponding side set on the material-extruding machine 800 of the guide rail group 21
Lateral surface.For sending material to be extruded to the corresponding side position of the material-extruding machine, in this specific embodiment, the material to be extruded
It is cylinder.
About X to mechanism 2：
The X to mechanism 2 include a guide rail group 21, close to guide rail group 21 the X that is arranged of first end to pushing mechanism 22, sliding
Be actively tied in the guide rail group 21 and connect to the X of pushing mechanism 22 to promote-side with the X Mobile base 23, be set to it is described
First stroke detecting element 24 of 21 first end of guide rail group, set on the second stroke detection element of 21 second end of guide rail group
(not shown).Wherein：
The guide rail group 21 includes one being set to 800 corresponding side of the material-extruding machine along the length direction of the material-extruding machine 800
Fixed plate 211, the guide supporting group set on the outside of the fixed plate 211.
The guide supporting group includes the first guide rail supporting frame 212 for being set to 211 outside of the fixed plate close to top edge
And set on 211 outside of the fixed plate close to the second guide rail supporting frame 213 of lower edge, first guide rail supporting frame 212
And second guide rail supporting frame 213 along the length direction of the fixed plate 211 be arranged (the length phase with the fixed plate 211
With).First guide rail supporting frame, 212 and second guide rail supporting frame 213 is L-shaped, and first guide rail supporting frame 212 has
There are the inner end of a first level frame 212a and one first vertical stand 212b, the first level frame 212a and the fixed plate
211 connections, the lower end vertical connection of outer end and the first vertical stand 212b, the upper end of the first vertical stand 212b vertically to
Upper extension.Second guide rail supporting frame 213 has an one second level frame 213a and one second vertical stand 213b, and described second
The inner end of level frame 213a is connect with the fixed plate 211, and outer end is connect with the upper end of the second vertical stand 213b, and described
The lower end of two vertical stand 213b extends straight down.In this specific embodiment, first guide rail supporting frame, 212 and second guide rail
Supporting rack 213 is connect by several screws with the fixed plate 211 respectively, it will be appreciated that, it is in other examples, described to lead
Rail support group can also directly with the fixed plate 211 welding, riveting etc..
The first stroke detecting element 24 and the second stroke detection element are set to the outer of the both ends of the fixed plate 211
Side, and first detecting element and the second detecting element are located at the lower section of second guide rail supporting frame 213.
23 1 top surface of the Mobile base close to first guide rail supporting frame 212 a side (inboard side) to described first
Extend one first edge 231, the upper end of one first guide rail baffle 232 and first edge in the direction of guide rail supporting frame 212
231 the inside vertical connection, first guide rail baffle 232 is with the Mobile base 23 close to the one side wall of the fixed plate 211
The thickness (width) of parallel distance and the first vertical stand 212b between (inboard wall 233) matches, and described first leads
It is formed and the first vertical stand 212b between the inboard wall 233 of rail baffle 232, the first edge 231 and the Mobile base 23
A matched inverted U-shaped guide groove.In the present embodiment, also set between the first vertical stand 212b and first edge 231
It is equipped with an adjustment plate.First guide rail baffle 232 can be integrally formed with the first edge, i.e., from first side vertically to
Under extend and formed.In the present embodiment, first guide rail baffle 232 passes through several first screws 234 and first side
Along 231 connections, to form the inverted U-shaped guide groove, at position of first edge 231 corresponding to first screw 234
It opens and offers reinforced hole straight down, offered in for one at position of first screw 234 corresponding to the reinforced hole
Hexagonal tapered end holding screw 235 wears the first perforation of locking, the interior hexagonal tapered end holding screw 235 wear be fixed on it is described
In first perforation and reinforced hole, tapered end is embedded in the adjustment plate, from the vertical fixed Mobile base 23, to prevent the shifting
Dynamic seat 23 falls off.
Extend one second to 213 direction of the second guide rail supporting frame in the bottom end of the inboard wall 233 of the Mobile base 23
Edge 236, second edge 236 extend one second guide rail baffle 237 straight up, second guide rail baffle 237 with
The thickness (width) of parallel distance and the second vertical stand 213b between the inboard wall 233 of the Mobile base 23 matches,
And it is formed between the inboard wall 233 of second guide rail baffle 237, the second edge 236 and the Mobile base 23 and described the
The U-shaped guide groove that two vertical stand 213b match.In the present embodiment, second guide rail baffle 237 passes through several 5th screws
238 connect with second edge 236, to form the U-shaped guide groove.The Mobile base 23 is towards the X to the direction of mechanism 2
It is provided with one first connecting plate 239, a connection flange 230 is provided on first connecting plate 239.
Further, the guide rail group 21 further includes being set to the parallel drag chain group 25 set on 211 outside of the fixed plate, institute
Drag chain group 25 is stated to include a U-lag being arranged along 800 length direction of the material-extruding machine and set drag chain in the inner.The drag chain
Mainly some electric wires, hose road etc., with a fixing end and one on the feed device each electricity consumption, with oil
Equal components connection can move and mobile tache motorice with the Z-direction fixed seat 41.In the present embodiment, the U shapes slot is used for
So that the support chain is located therein and is oriented to it, prevents drag chain from poking one's nose everywhere, play the role of bunch.The U-lag position
Lower section in side of the Mobile base 23 far from the material-extruding machine 800, and the U-lag is towards the X to pushing mechanism 22
One end externally protrude out in the fixed plate 211 towards the X to one end of pushing mechanism 22, the U-lag is far from the X to promotion
One end of mechanism 22 is located at the middle section position of the fixed plate 211.It is intelligible, in other examples, the drag chain group
25 not necessarily components, various cables, the hose Lu Junke of the feed device are directly connected with corresponding part.
The X includes one first hinged block 221 and the X being installed on first hinged block 221 to pushing mechanism 22
To cylinder 222 is pushed, the X passes through the connection flange 230 to catch bar 223 to the X of promotion cylinder 222 and the Mobile base 23 connects
It connects, one end that the X is connect to catch bar 223 with the Mobile base 23 is above-mentioned X to promote-side.Further, described
One hinged block 221 is including the first upper pedestal 221a, the first lower base 221b and is vertically connected to the first upper pedestal 221a
And first the first the pin 221c, the first upper pedestal 221a between lower base 221b and the first lower base 221b is solderable is connected into
Type.The X to push cylinder 222 along X to the space being arranged between the first upper pedestal 221a and the first lower base 221b, and
It is vertically passed through for the first pin 221c.In this way, the X can be made to the promotion energy under the driving of heavier external force of cylinder 222
It is enough slightly to be rotated around the first pin 221c, prevent the X to the situation for pushing cylinder 222 to be damaged because that cannot rotate, it is main to use
In adjusting the X to the direction for pushing cylinder 222, it is made to be aligned with the Mobile base 23 to be attached.
The X of this feed device is set to the side of guide rail group to pushing mechanism to mechanism, the X, and Mobile base is snug fit at
In guide rail group, by drivings of the X to pushing mechanism ShiZXiang mechanisms along the X to moving, to adjust material to be extruded described
The position of material-extruding machine length direction.The Slide Group passes through the first guide rail supporting frame and the second guide rail supporting frame and the Mobile base
Cooperation, first guide rail supporting frame and the second guide rail supporting frame are respectively provided with L-shaped, and its vertical stand is vertically distinguished
Extend, makes corresponding position setting and the matched U-shaped guide-track groove of corresponding supporting rack of the Mobile base, it can be firm with this
Realize sliding matching structure, and compared with traditional technology, such structure is not easy that Mobile base is made to derail.
About Z-direction mechanism 4：
The Z-direction mechanism 4 includes the Z-direction fixed seat 41 being vertically arranged on the Mobile base 23, it is solid to be set to the Z-direction
Z-direction pushing mechanism 42 in reservation 41 is connect and to be sheathed on the Z-direction solid with the Z-direction promote-side of the Z-direction pushing mechanism 42
In reservation 41 with can be vertically movable with the promotion of the Z-direction pushing mechanism 42 Y-direction mechanism mounting portion 31.
In the present embodiment, the lower end of the Z-direction fixed seat 41 is detachably secured to the top surface of the Mobile base 23, described
Z-direction fixed seat 41 is in side plate shape.Further, the bottom surface of the Z-direction fixed seat 41 is provided with a rectangle seat 411, in the square
Several first mounting holes are offered on shape seat 411, the Mobile base 23 is corresponding to upward projection at the position of the rectangle seat 411
There is the rectangular boss 23a that a shape matches, offers several second mounting holes on the rectangular boss 23a, several second
Screw is locked after being each passed through first mounting hole with corresponding second mounting hole, and the Z-direction fixed seat 41 is fixed on
On the rectangular boss 23a of the Mobile base 23.It is intelligible, in other embodiments, the Z-direction fixed seat 41 is also solderable,
It is riveted on the Mobile base 23.In the present embodiment, set between each side and the rectangle seat 411 of the Z-direction fixed seat 41
It is equipped with reinforcement corner block.
In the present embodiment, the top of the Z-direction fixed seat 41 be horizontally arranged with one prevent the Y-direction mechanism 3 fall off or after
The continuous height limit plate 412 risen, the height limit plate 412 are detachably secured to the Z-direction by a third screw and consolidate
The top of reservation 41.
The Z-direction pushing mechanism 42 includes one second hinged block 421 and the Z being installed on second hinged block 421
To pushing cylinder 422, the Z-direction pushes the upper end of the Z-direction catch bar of cylinder 422 to be connect with Y-direction mechanism mounting portion 31, the Z
The one end being connect to catch bar with Y-direction mechanism mounting portion 31 is above-mentioned Z-direction promote-side.Further, second hinge
Axle bed 421 is set to the first side of the Z-direction fixed seat 41 (the present embodiment is far from the X to one end of pushing mechanism 22)
Lower end.Second hinged block 421 include a rear pedestal, front pedestal and be vertically connected at the rear pedestal and front pedestal it
Between the second pin 421a, the rear pedestal and the solderable molding of front pedestal.The Z-direction pushes cylinder 422 to be arranged in along the Z-direction
Space between the rear pedestal and front pedestal, and passed through for the second pin 421a.In this way, the Z-direction can be made to push away
Dynamic cylinder 422 can prevent the Z-direction from pushing cylinder 422 because not under the driving of heavier external force around micro- turn of the second pin 421a
It can rotate and impaired situation, be mainly used for adjusting the direction that the Z-direction pushes cylinder 422, it is made to be installed with the Y-direction mechanism
The alignment connection of portion 31.
The top of the Z-direction pushing mechanism 42 is provided with the third line for detecting Z-direction promote-side upward stroke
Journey detecting element 423 and fourth line journey detecting element 424 for detecting Z-direction promote-side descending stroke.The present embodiment
In, push the upper end of lateral surface of the cylinder 422 far from the Z-direction fixed seat 41 to be provided with a holder, institute straight up in the Z-direction
It states third trip detecting element 423 and fourth line journey detecting element 424 is respectively arranged at the upper and lower ends of the holder.
Y-direction mechanism mounting portion 31 include set on the Z-direction fixed seat 41 first side and with the Z-direction promote-side
First vertical cover board 311 of connection and the second vertical cover board set on 41 second side of Z-direction fixed seat, described second is perpendicular
Straight cover board connect and is mutually parallel with the described first vertical cover board 311, and parallel space is arranged in for the Z-direction fixed seat 41
Wherein, the Y-direction mechanism 3 is set to the lateral surface of the described second vertical cover board.Wherein：
The first end of the first vertical cover board, 311 and second vertical cover board 312 is connected by the second connecting plate 313, institute
The second end for stating the first vertical cover board 311 and the second vertical cover board 312 is connected by third connecting plate 314.Described first is vertical
Cover board 311, the second vertical cover board 312, the second connecting plate 313 and third connecting plate 314 are enclosed rectangle frame.The present embodiment
In, continuing with referring to Fig. 2, the second vertical cover board 312 is towards one end of the material-extruding machine 800 (i.e. towards feed mechanism 1
One end) with the described first vertical cover board 311 be located at same facade, the second vertical cover board 312 is far from the material-extruding machine 800
One end is more than first one end of vertical cover board 311 far from the material-extruding machine 800.The height limit plate 412 has from height side
Part is kept out to keep out the described second vertical cover board 312, that is, the height limit plate 412, which has, externally protrudes out in the Z-direction
The part of the second side of fixed seat 41, the part are to keep out part.
The lateral surface of the first vertical cover board 311 corresponds at the position of Z-direction catch bar top (Z-direction promote-side)
One the 4th connecting plate 315 is horizontally outward extended to form, the position of the Z-direction catch bar is corresponded in the 4th connecting plate 315
Place is provided with the second perforation passed through for the top of the Z-direction catch bar, and being located at the described 4th on the Z-direction catch bar connects
Screw-thread fit has a locking nut at the upper end position of plate 315.In the present embodiment, the both ends at the 4th connecting plate 315
Setting is equipped with two reinforcing plates 316.
The lateral surface of described second vertical cover board 312 is provided with one and is installed on peace therein for the Y-direction pushing mechanism
It behave affectedly 313.The installation cavity 313 is towards one end of the material-extruding machine 800 and one end far from the material-extruding machine 800 is
Wear mouth so that the Y-direction pushing mechanism is arranged in the installation cavity 313, and both ends expose to it is corresponding wear outside mouth, from
And enable the Y-direction promote-side of the Y-direction pushing mechanism that feed mechanism 1 is moved to the corresponding position of the material-extruding machine 800
Place.Specifically, the installation cavity 313 includes：
It is the top plate 313a that is extend horizontally away outward by the top of the described second vertical cover board 312, vertical by described second
The bottom plate 313b and be connected to the top plate that the stage casing (stage casing of short transverse) of cover board 312 is extend horizontally away outward
The length (Y-direction) of 313a and the outer baffle 313c, the outer baffle 313c of the outer ends bottom plate 313b and the described second vertical lid
312 length of plate matches.
The top plate 313a is the top of the installation cavity 313, and bottom plate 313b is the bottom of the installation cavity 313, described
Outer baffle 313c is the lateral wall of the installation cavity 313.For the ease of the installation of the Y-direction pushing mechanism, the outer baffle
The connection type of the outer end of the 313c and top plate 313a and bottom plate 313b is to be detachably connected (such as be spirally connected, rivet).
About Y-direction mechanism 3：
The Y-direction mechanism 3 includes Y-direction pushing mechanism, and the Y-direction that the feed mechanism 1 is set to the Y-direction pushing mechanism pushes away
Moved end.The Y-direction pushing mechanism includes being set on the described second vertical cover board 312 and positioned at the of the lower section of the installation cavity 313
Three hinged blocks 32, the Y-direction being installed on second hinged block 421 push cylinder 33 and be arranged in the installation cavity 313 with
It is parallel to push the Y-direction of 33 top of cylinder that arm 34, the Y-direction is pushed to push arm 34 towards the one of the material-extruding machine 800 positioned at the Y-direction
End is above-mentioned Y-direction promote-side, and the Y-direction pushes the Y-direction promote-side of arm 34 to be connect with the feed mechanism 1, by material to be extruded
It send to 800 corresponding position of the material-extruding machine.Specifically：
The third hinged block 32 includes the second upper pedestal 321, the second lower base 322 and is vertically connected to described second
Third pin 323 between 321 or less second lower base 322 of upper pedestal, second upper pedestal, 321 and second lower base
322 solderable moldings, centre formed for the Y-direction push cylinder 33Y to across space.The Y-direction pushes cylinder 33 to be worn along Y-direction
Space between second upper pedestal, 321 and second lower base 322, and vertically passed through for the third pin 323.This
Sample can make the Y-direction push cylinder 33 that can slightly be rotated around the third pin 323 under the driving of heavier external force, prevent
Impaired situation when the Y-direction pushes cylinder 33 to be fixed dead is mainly used for adjusting the direction that the Y-direction pushes cylinder 33, makes it
The one end of arm 34 far from the material-extruding machine 800 is pushed to connect with the Y-direction.The Y-direction pushes 35 direction of Y-direction catch bar of cylinder 33
Direction far from the material-extruding machine 800.
In the present embodiment, being additionally provided with limited post 361 in the one end of the installation cavity 313 far from the material-extruding machine 800 (can
It is set to one end far from the material-extruding machine 800 on the outer baffle 313c of the installation cavity 313).
The Y-direction pushes arm 34 to be arranged in the installation cavity 313 with the parallel top for pushing cylinder 33 positioned at the Y-direction,
The Y-direction pushes the one end of arm 34 far from the material extrusion by a limiting plate 362 and the Y-direction pushing mechanism far from the material extrusion
One end of machine 800 connects.In the present embodiment, the one end of arm 34 far from the material-extruding machine 800 is pushed to offer third in the Y-direction
Mounting hole is provided with an outer stud, in the limiting plate 362 in 35 one end far from the material-extruding machine 800 of the Y-direction catch bar
It is upper corresponding to offering the 4th mounting hole at mounting hole position, corresponding to offering the 5th at the position of the outer stud
Mounting hole, one the 4th screw are worn after passing through the 4th mounting hole with the third mounting hole screw-thread fit, the outer stud
Coordinate with one first nut check after the 5th mounting hole.In this way, the Y-direction pushes the Y-direction catch bar 35 of cylinder 33 to squeezing
When the direction of material machine 800 is retracted, that is, drive the Y-direction actuating arm to Y-direction promote-side transported to the direction of the material-extruding machine 800
It is dynamic, to which material to be extruded is transferred to 800 corresponding position of the material-extruding machine, it is moved through to the direction of the material-extruding machine 800
Cheng Zhong, the limited post 361 coordinate with the limiting plate 362 to prevent the Y to promotion arm 34 always to 800 side of material-extruding machine
To movement.After the completion of feeding, so that the Y-direction catch bar 35 is forward extended out and (transported to the direction far from the material-extruding machine 800
It is dynamic), to make Y-direction connected to it push 34 return of arm.
Further, one can also be arranged for detecting the Y-direction in the corresponding position of Y-direction mechanism mounting portion 31
Arm 34 is pushed to the fifth line journey detecting element of 800 direction shift motion of the material-extruding machine and is pushed for detecting the Y-direction
Sixth stroke detection element of the arm 34 to the shift motion far from 800 direction of the material-extruding machine.The fifth line journey detecting element
And the 6th the position of stroke detection element set according to generally needing, for preventing Y-direction from arm 34, Y-direction being pushed to push cylinder 33
Shift motion is excessive and material to be extruded cannot be moved to corresponding position, and can prevent that 3 displacement distance of Y-direction mechanism is excessive and
Impaired situation.Specifically, the fifth line journey detecting element and the 6th stroke detection element are pacified by a L-shaped mounting bracket 37
Loaded on Y-direction mechanism mounting portion 31, it is specifically installed on the lateral surface of the outer baffle 313c.
In the present embodiment, the feed mechanism 1 is set to the top that the Y-direction pushes the Y-direction promote-side of arm 34, the feeding
Mechanism 1 includes a transverse connecting shaft 101 and the hopper 102 set on the both ends of the transverse connecting shaft 101.The lateral connection
Axis 101 pushes arm 34 vertical with the Y-direction, and the hopper 102 is U-lag, V tables slot or arc groove.
The feed device for material-extruding machine 800 of the present embodiment, control section may be disposed on material-extruding machine 800, control
Principle is similar with existing X, Y, Z-direction control principle, can be by a strong control so that this feed device is dynamic after user's feeding
Make, to send material to be extruded to given location, the utility model, which focuses on, protects this structure, therefore no longer former to control herein
Reason is repeated.
Cylinder is needed pressing material first and is positioned over two material by the feed device for material-extruding machine 800 of the utility model
In slot 102, corresponding control key is then pressed, the material to be extruded is transferred to 800 corresponding side position of the material-extruding machine.
The feed device of the utility model is not necessarily to artificial loading, it is only necessary to so that material is put to feed mechanism 1, by this feed device
It realizes automation, accurate send to material-extruding machine 800.
It these are only the embodiment of the utility model, it does not limit the scope of the patent of the present invention, every profit
The equivalent structure or equivalent flow shift made by the utility model specification and accompanying drawing content, is applied directly or indirectly in it
His relevant technical field, is equally included in the patent within the scope of the utility model.
Claims (5)
1. a kind of Z-direction mechanism of the feed device of material-extruding machine, the X of feed device is set to in the guiding group of mechanism with can be along institute
The length direction for stating material-extruding machine moves back and forth, it is characterised in that：Including being vertically arranged to Zs of the X on the Mobile base of mechanism
It is connect to fixed seat, the Z-direction pushing mechanism being set in the Z-direction fixed seat, with the Z-direction promote-side of the Z-direction pushing mechanism
And be sheathed in the Z-direction fixed seat with can be vertically movable with the promotion of the Z-direction pushing mechanism Y-direction mechanism install
Portion, the Z-direction pushing mechanism include that the second hinged block and the Z-direction being installed on second hinged block push cylinder, the Z-direction
The upper end and Y-direction mechanism mounting portion for pushing the Z-direction catch bar of cylinder connects, the Z-direction catch bar and Y-direction mechanism installation
One end of portion's connection is above-mentioned Z-direction promote-side.
2. the Z-direction mechanism of the feed device of material-extruding machine as described in claim 1, it is characterised in that：The second hinged block packet
A rear pedestal, front pedestal and the second pin being vertically connected between the rear pedestal and front pedestal are included, the Z-direction pushes cylinder
It is arranged in the space between the rear pedestal and front pedestal along the Z-direction, and is passed through for second pin.
3. the Z-direction mechanism of the feed device of material-extruding machine as claimed in claim 2, it is characterised in that：The Z-direction pushing mechanism
Top is provided with one for detecting the third trip detecting element of Z-direction promote-side upward stroke and for detecting the Z
To the fourth line journey detecting element of promote-side descending stroke.
4. the Z-direction mechanism of the feed device of material-extruding machine as claimed in claim 3, it is characterised in that：Push cylinder remote in the Z-direction
The upper end of lateral surface from the Z-direction fixed seat is provided with a holder, the third trip detecting element and the 4th straight up
Stroke detection element is respectively arranged at the upper and lower ends of the holder.
5. the Z-direction mechanism of the feed device of material-extruding machine as claimed in claim 4, it is characterised in that：Y-direction mechanism mounting portion
Include the first side set on the Z-direction fixed seat and the first vertical cover board for being connect with the Z-direction promote-side and is set to institute
The second vertical cover board of Z-direction fixed seat second side is stated, the second vertical cover board is connect with the described first vertical cover board and phase
Mutually parallel, parallel space is arranged in wherein for the Z-direction fixed seat, and the Y-direction mechanism is set to the described second vertical cover board
Lateral surface.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721920263.XU CN207770500U (en) | 2017-12-29 | 2017-12-29 | The Z-direction mechanism of the feed device of material-extruding machine |
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| CN201721920263.XU CN207770500U (en) | 2017-12-29 | 2017-12-29 | The Z-direction mechanism of the feed device of material-extruding machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108000934A (en) * | 2017-12-29 | 2018-05-08 | 重庆江东机械有限责任公司 | Feed device for material-extruding machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108000934A (en) * | 2017-12-29 | 2018-05-08 | 重庆江东机械有限责任公司 | Feed device for material-extruding machine |
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