CN207608023U - A kind of automatic feed mechanism - Google Patents
A kind of automatic feed mechanism Download PDFInfo
- Publication number
- CN207608023U CN207608023U CN201721717905.6U CN201721717905U CN207608023U CN 207608023 U CN207608023 U CN 207608023U CN 201721717905 U CN201721717905 U CN 201721717905U CN 207608023 U CN207608023 U CN 207608023U
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- CN
- China
- Prior art keywords
- feeding
- casket
- elongated slot
- material casket
- bottom plate
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Abstract
The utility model discloses a kind of automatic feed mechanisms, the pedestal wallboard holded up upwards is connected separately at left and right sides of horizontal base, the top of pedestal wallboard is connected with each other by base deck, base deck rear end tilts upwards, feeding holder is symmetrically connected at left and right sides of base deck center line, the opposite material casket that is open is symmetrically connected on the opposing end surface of feeding holder angle steel, material casket can accommodate more brush bodies and be upwardly extended along perpendicular to the axis of base deck, and expecting that the lower port of casket is equipped with can be by retainer translation mechanism that brush body is sent out backward.Retainer translation mechanism includes feeding cylinder, the piston rod follower head of feeding cylinder is connected with the feeding transverse slat extended in left-right direction, the material-feeding bracket stretched out backward is connected separately at left and right sides of feeding transverse slat, the top surface of material-feeding bracket is resisted against below the lower port of material casket；The follower head of material-feeding bracket is connected separately with the feeding supporting plate that support faces upward.The automatic feed mechanism is simple for structure, and manufacturing cost is low, and feeding is accurate and reliable.
Description
Technical field
The utility model is related to a kind of manufacturing equipment of hairbrush, more particularly to a kind of automatic feed mechanism can be completed to brush
The feeding successively of body, belongs to automatic charging equipment technical field.
Background technology
The hair comb that hair-waving, hair dyeing use usually is in rod-shaped cylindrical body structure, and handle extends along the axis of brush head, manufacturing
The both ends for needing to clamp brush body in journey, drill on brush body cylindrical surface, and eyelet is distributed in array, is then planted in each eyelet
Hair plants blanking after the completion of hair.Traditional method is, after some brush body fixture completes blanking, by manually carrying out feeding, i.e., by grasping
Workmanship holds brush body to be processed, places it in brush body clamping station until brush body both ends are clamped.Operation has certain in this way
Danger, and the labor intensity of operative employee is very big, is easy error, and working efficiency is low, and manufacturing cost is high.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of automatic feed mechanism, simple for structure, manufacturing cost
Low, feeding is accurate and reliable.
In order to solve the above technical problems, a kind of automatic feed mechanism of the utility model, including horizontal base, the level
The pedestal wallboard holded up upwards is connected separately at left and right sides of pedestal, the top of the two pedestal wallboards passes through base deck phase
It connects, feeding holder is symmetrically connected at left and right sides of the base deck center line, the feeding holder includes being linked as one
The feeding holder bottom plate and feeding holder angle steel of body, the feeding holder bottom plate are fixedly connected on base deck, the feeding
Holder angle steel is holded up upwards, and the opposite material casket that is open, the material are symmetrically connected on the opposing end surface of the feeding holder angle steel
Casket can accommodate more brush bodies and be upwardly extended along the axis perpendicular to base deck, and the lower port of the material casket is equipped with can be by brush body
The retainer translation mechanism sent out backward.
Compared with the existing technology, the utility model achieves following advantageous effect：More cylindrical brush bodies are sequentially loaded into
Expect casket, under the effect of gravity, brush body successively from the lower port discharge of material casket, by retainer translation mechanism held simultaneously by the brush body of bottommost
It moves to clamping station backward, one lattice of brush body entire lowering of top and is still got lodged in material casket by retainer translation mechanism, reached
After the brush body of clamping station is clamped, the backhaul of retainer translation mechanism carries out the delivery of next brush body, so recycles, and operative employee is only
Brush body need to be packed into material casket, the feeding by root brush body is completed by retainer translation mechanism, greatly reduces the labour of operative employee
Intensity improves production efficiency and safety.
As the improvement of the utility model, the material casket is respectively arranged on the left side and the right side the material casket wallboard upwardly extended, and two
The lower end of material casket wallboard is connected on corresponding feeding holder angle steel, length of the distance between the two material casket wallboards with brush body
It is adapted, the axis of the material casket wallboard is perpendicular to the top surface of the base deck, the front and rear sides point of the two material casket wallboards
It She You not expect that casket angle steel, the material casket angle steel and material casket wallboard of the same side are encircled into material casket U-lag mouth, the material casket U-shaped of the left and right sides
The opening of notch is opposite, and the spacing between homonymy material casket angle steel is adapted with the diameter of brush body big end.The two of each cylindrical brush body
End is limited in the material casket U-lag mouth of the left and right sides, is arranged in order from top to bottom, and the middle part exposure of brush body is convenient for being held in the palm successively
Material translation mechanism is lifted and is translated, and the both ends of the surface of each cylindrical brush body are limited between two material casket wallboards, and material casket U-lag mouth was both
Position-limiting action is played, and is play the guiding role, each brush body is moved down along material casket U-lag mouth successively under the effect of gravity.
The front and rear sides of the material casket wallboard are arranged with as a further improvement of the utility model, prolongs along the longitudinal direction
The material casket wallboard installing arm stretched, installing arm transverse direction elongated slot is respectively equipped in the material casket wallboard installing arm, and the installing arm is lateral
For the axis of elongated slot perpendicular to the axis for expecting casket wallboard, bolt passes through installing arm transverse direction elongated slot that will expect that casket angle steel is fixed with material casket wallboard
Connection.The material casket wallboard installing arm stretched out forwards, backwards is set in the front and rear sides of material casket wallboard, the weight of material casket wallboard can be mitigated
Amount, and fixed backer is provided for material casket angle steel, installing arm transverse direction elongated slot can change the spacing between two material casket angle steel, so as to
Adapt to the brush body of different-diameter.
It is vertical that material casket angle steel is respectively equipped on the mounting surface of the material casket angle steel as a further improvement of the utility model,
Elongated slot, the axis of the vertical elongated slot of material casket angle steel are parallel to the axis of material casket wallboard, and screw bolt passes installing arm is laterally long
Slot and the vertical elongated slot of angle steel will expect that casket angle steel is fixedly connected with material casket wallboard.The material vertical elongated slot of casket angle steel can change material casket angle
Height between steel and material casket wallboard ensures that the lowermost brush body can smoothly be held up by retainer translation mechanism and send out backward,
The cooperation of installing arm transverse direction elongated slot and the vertical elongated slot of angle steel can expand the accommodation of material casket.
The retainer translation mechanism includes feeding cylinder as a further improvement of the utility model, the feeding cylinder
It is fixedly mounted on the middle part of the base deck, the piston rod axis of the feeding cylinder is parallel to the top of the base deck
The rear end in face, the base deck tilts upwards, and the piston rod follower head of the feeding cylinder is connected with to be extended in left-right direction
Feeding transverse slat, be connected separately with the material-feeding bracket stretched out backward at left and right sides of the feeding transverse slat, the material-feeding bracket
Top surface is resisted against below the lower port of the material casket；The follower head of the material-feeding bracket is connected separately with the feeding that support faces upward
Supporting plate, the support face root of the feeding supporting plate form retainer angle with the follower head of the material-feeding bracket；The two feeding supporting plates
The distance between outside is less than the distance between two described material casket wallboards.When the piston rod of feeding cylinder is retracted, feeding transverse slat
Material-feeding bracket forward slip is driven, until feeding supporting plate returns to below the lower port of material casket, due to the support face of feeding supporting plate
Less than the top surface of material-feeding bracket, the brush body of bottom falls on feeding supporting plate and is stuck in feeding supporting plate and material-feeding bracket rear end capitiform
At retainer angle at, the rear end of base deck tilts upwards so that the rear end of feeding supporting plate tilts upwards, and brush body is stablized in retainer
At angle, it will not roll backward.The piston rod of feeding cylinder stretches out backward, and feeding transverse slat drives material-feeding bracket to slide backward, feeding
The brush body of top is blocked in the top surface of bracket prevents its whereabouts, and the brush body on feeding supporting plate is moved to clamping work backward
Feeding is completed until the both ends of brush body are clamped in position.It is less than between two material casket wallboards the distance between on the outside of two feeding supporting plates
Distance so that two feeding supporting plate supports make to lift more stable at the both ends of brush body, and it is outer to ensure that the two ends of brush body are exposed to,
To be clamped by fixture.
The root of left side feeding supporting plate is hinged by the feeding supporting plate that can be locked as a further improvement of the utility model,
Axis is hinged on the follower head of homonymy material-feeding bracket；The follower head of homonymy material-feeding bracket is connected with feeding adjustable plate, the feeding tune
It saves plate and is equipped with feeding adjustable plate elongated slot, the axis of the feeding adjustable plate elongated slot is parallel to the bottom surface of homonymy material-feeding bracket, spiral shell
Feeding adjustable plate is fixedly connected on the rear end of homonymy material-feeding bracket across the feeding adjustable plate elongated slot by bolt, and the feeding is adjusted
After the either flush of the top surface of plate and the material-feeding bracket, the support face root of left side feeding supporting plate and the feeding adjustable plate
End forms retainer angle.Since the brush head of brush body and the diameter at handle are inconsistent, if the both ends of brush body are stuck in feeding
At the retainer angle that supporting plate is formed with material-feeding bracket, the axis of brush body will be caused to tilt, when brush body is sent to clamping station, brush body
Axis cannot be overlapped with the axis of fixture, and clamping will be caused to fail.Feeding supporting plate on the left of the utility model can be around feeding supporting plate
Articulated shaft swings the height in adjustment feeding supporting plate support face, adjusts accurate rear locking；Then it is adjusted by feeding adjustable plate elongated slot
Feeding adjustable plate is in position in the front-back direction, until the axis of brush body is parallel with the axis of brush body fixture, when brush body is by backward
When sending to clamping station, brush body axis is completely superposed with holder axis, can be accurately and reliably clamped.
The root of the material-feeding bracket is vertical with material-feeding bracket bottom plate respectively as a further improvement of the utility model, connects
It connects, the material-feeding bracket bottom plate elongated slot extended in left-right direction is respectively equipped on the material-feeding bracket bottom plate, bolt passes through described send
Material-feeding bracket bottom plate is fixedly connected on the rear end face of the feeding transverse slat by material tray plate elongated slot；Left side material-feeding bracket bottom plate
Right end be equipped with the material-feeding bracket bottom plate groove that is recessed inwardly, the left end of right side material-feeding bracket bottom plate, which is equipped with, to be outwardly protruded
Material-feeding bracket bottom plate plug tenon, the material-feeding bracket bottom plate plug tenon are plugged in the material-feeding bracket bottom plate groove and are mutually adapted.
Material-feeding bracket bottom plate elongated slot allows two material-feeding bracket bottom plates to adjust the position of left and right directions on feeding transverse slat, to adjust two
Spacing between material-feeding bracket, to adapt to the brush body of different length；Material-feeding bracket bottom plate plug tenon is in material-feeding bracket bottom plate groove
Sliding can improve the precision of material-feeding bracket bottom plate translation.
The feeding cylinder is fixed on feeding cylinder backing plate as a further improvement of the utility model, the feeding
Cylinder backing plate is equipped with feeding cylinder backing plate elongated slot, and the axis of the feeding cylinder backing plate elongated slot is parallel to the feeding cylinder
Feeding cylinder backing plate is fixed on the base deck by piston rod axis, bolt across the feeding cylinder backing plate elongated slot.It is logical
Feeding cylinder can be adjusted in position in the front-back direction by crossing feeding cylinder backing plate elongated slot, feeding supporting plate position in the front-back direction with
Adjusted, with ensure brush body reach clamping station when, brush body axis is overlapped with holder axis.
The feeding holder bottom plate is equipped with the feeding extended in left-right direction as a further improvement of the utility model,
Feeding holder bottom plate is fixed on the base deck by holder bottom plate elongated slot, bolt across the feeding holder bottom plate elongated slot.
Left and right position of the feeding holder bottom plate on base deck can be adjusted by feeding holder bottom plate elongated slot, to make two feeding branch
Spacing between frame is adjusted, and the pitch-synchronous between two material casket wallboards is adjusted, and the brush body of different length is adapted to.
The lower part side of the material casket is equipped with the optoelectronic induction of detection material as a further improvement of the utility model,
Device, the photoelectric sensor are fixed on the top of photoelectric sensor holder, and the bottom of the photoelectric sensor holder is fixedly connected
On the feeding holder angle steel.When photoelectric sensor is detected less than brush body, feeding cylinder stops feeding, and system alarm carries
Next group brush body is fitted into material casket by the operative employee that wakes up；Operative employee can also be before photoelectric sensor sends out alarm signal into material casket
Brush body is filled into, production is enable to be carried out continuously.
Description of the drawings
Fig. 1 is the front view of the utility model automatic feed mechanism.
Fig. 2 is the rearview of Fig. 1.
Fig. 3 is the left view of Fig. 1.
Fig. 4 is the vertical view of Fig. 1.
Fig. 5 is the stereogram of Fig. 1.
In figure：1. horizontal base；2. pedestal wallboard；3. base deck；4. feeding holder；4a. feeding holder bottom plates；4a1.
Feeding holder bottom plate elongated slot；4b. feeding holder angle steel；5. material casket；5a. expects casket wallboard；5a1. expects casket wallboard installing arm；5a2. peace
Fill arm transverse direction elongated slot；5b. expects casket angle steel；5b1. expects the vertical elongated slot of casket angle steel；5c. expects casket U-lag mouth；6. retainer translation mechanism；
6a. feeding cylinders；6a1. feeding cylinder backing plates；6a2. feeding cylinder backing plate elongated slots；6b. feeding transverse slats；6c. material-feeding brackets；
6c1. material-feeding bracket bottom plates；6c2. material-feeding bracket bottom plate elongated slots；6c3. material-feeding bracket bottom plate grooves；6c4. material-feeding bracket bottom plates are inserted
Tenon；6d. feeding supporting plates；6d1. feeding supporting plate articulated shafts；6e. feeding adjustable plates；6e1. feeding adjustable plate elongated slots；7. optoelectronic induction
Device；7a. photoelectric sensor holders；8. brush body.
Specific implementation mode
In being described below of the utility model, term "upper", "lower", "front", "rear", "left", "right", "inner", "outside"
The orientation or positional relationship of equal instructions is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing this practicality newly
Type and simplified description, without referring to that device must have a particular orientation.
As shown in Figures 1 to 5, the automatic feed mechanism of the utility model includes horizontal base 1, the left and right of horizontal base 1
Both sides are connected separately with the pedestal wallboard 2 holded up upwards, and the top of two pedestal wallboards 2 is connected with each other by base deck 3, pedestal
Feeding holder 4 is symmetrically connected at left and right sides of roof center line, feeding holder 4 includes the feeding holder bottom plate 4a being linked together
It being fixedly connected on base deck 3 with feeding holder angle steel 4b, feeding holder bottom plate 4a, feeding holder angle steel 4b is holded up upwards,
The opposite material casket 5 that is open is symmetrically connected on the opposing end surface of feeding holder angle steel 4b, material casket 5 can accommodate more brush bodies and along vertical
It is directly upwardly extended in the axis of base deck 3, the lower port of material casket 5 is equipped with the retainer translation mechanism that can send out brush body 8 backward
6。
More cylindrical brush bodies are sequentially loaded into material casket 5, under the effect of gravity, brush body 8 is successively from the lower port row of material casket 5
Go out, clamping station, one lattice of brush body entire lowering of top are held and moved to backward by retainer translation mechanism 6 to the brush body of bottommost
And still got lodged in material casket 5 by retainer translation mechanism 6, reach clamping station brush body it is clamped after, 6 backhaul of retainer translation mechanism
The delivery of next brush body is carried out, is so recycled, brush body need to be only packed into material casket 5 by operative employee, complete by retainer translation mechanism 6
At the feeding by root brush body, the labor intensity of operative employee is greatly reduced, improves production efficiency and safety.
Material casket 5 is respectively arranged on the left side and the right side the material casket wallboard 5a upwardly extended, and the lower end of two material casket wallboard 5a connects respectively
It is connected on corresponding feeding holder angle steel 4b, the distance between two material casket wallboard 5a are adapted with the length of brush body, expect casket wallboard
The axis of 5a is respectively equipped with material casket angle steel 5b, the same side perpendicular to the top surface of base deck 3, the front and rear sides of two material casket wallboard 5a
Material casket angle steel 5b and material casket wallboard 5a be encircled into material casket U-lag mouth 5c, the opening phase of the material casket U-lag mouth 5c of the left and right sides
To the spacing between homonymy material casket angle steel 5b is adapted with the diameter of brush body big end.The both ends of each cylindrical brush body are limited in
It in the material casket U-lag mouth 5c of the left and right sides, is arranged in order from top to bottom, the middle part exposure of brush body is convenient for translating machine by retainer successively
Structure 6 is lifted and is translated, and the both ends of the surface of each cylindrical brush body are limited between two material casket wallboard 5a, and material casket U-lag mouth 5c both rose
Position-limiting action, and play the guiding role, each brush body is moved down along material casket U-lag mouth 5c successively under the effect of gravity.
The front and rear sides of material casket wallboard 5a are arranged with the material casket wallboard installing arm 5a1 extended along the longitudinal direction, expect casket wall
Installing arm transverse direction elongated slot 5a2 is respectively equipped on plate installing arm 5a1, the axis of installing arm transverse direction elongated slot 5a2 is perpendicular to material casket wallboard
The axis of 5a, bolt pass through installing arm transverse direction elongated slot 5a2 that will expect that casket angle steel 5b is fixedly connected with material casket wallboard 5a.In material casket wallboard
The material casket wallboard installing arm 5a1 stretched out forwards, backwards is arranged in the front and rear sides of 5a, can mitigate the weight of material casket wallboard 5a, and is
Expect that casket angle steel 5b provides fixed backer, installing arm transverse direction elongated slot 5a2 can change the spacing between two material casket angle steel 5b, to fit
Answer the brush body of different-diameter.
The material vertical elongated slot 5b1 of casket angle steel is respectively equipped on the mounting surface of material casket angle steel 5b, the vertical elongated slot 5b1's of material casket angle steel
Axis is parallel to the axis of material casket wallboard 5a, and screw bolt passes installing arm transverse direction elongated slot 5a2 and the vertical elongated slot of angle steel will expect
Casket angle steel 5b is fixedly connected with material casket wallboard 5a.The material vertical elongated slot 5b1 of casket angle steel can change material casket angle steel 5b and material casket wallboard
Height between 5a ensures that the lowermost brush body can smoothly be held up by retainer translation mechanism 6 and send out backward, and installing arm is lateral
The cooperation of elongated slot 5a2 and the vertical elongated slot of angle steel can expand the accommodation of material casket 5.
Retainer translation mechanism 6 includes feeding cylinder 6a, and feeding cylinder 6a is fixedly mounted on the middle part of base deck 3, feeding
The piston rod axis of cylinder 6a is parallel to the top surface of base deck 3, and the rear end of base deck 3 tilts upwards, feeding cylinder 6a's
Piston rod follower head is connected with the feeding transverse slat 6b extended in left-right direction, is separately connected at left and right sides of feeding transverse slat 6b oriented
The top surface of the material-feeding bracket 6c stretched out afterwards, material-feeding bracket 6c are resisted against below the lower port of material casket 5；The follower head of material-feeding bracket 6c
It is connected separately with the feeding supporting plate 6d that support faces upward, the support face root of feeding supporting plate 6d and the rear end capitiform of material-feeding bracket 6c
At retainer angle；It is less than the distance between two material casket wallboard 5a the distance between on the outside of two feeding supporting plate 6d.
When the piston rod of feeding cylinder 6a is retracted, feeding transverse slat 6b drives material-feeding bracket 6c forward slips, until feeding
Supporting plate 6d is returned to below the lower port of material casket 5, most lower since the support face of feeding supporting plate 6d is less than the top surface of material-feeding bracket 6c
The brush body of side falls on feeding supporting plate 6d and is stuck at the retainer angle that feeding supporting plate 6d is formed with material-feeding bracket 6c follower heads, pedestal
The rear end of top plate 3 tilts upwards so that the rear end of feeding supporting plate 6d tilts upwards, and brush body is stablized at retainer angle, will not roll backward
It is dynamic.The piston rod of feeding cylinder 6a stretches out backward, and feeding transverse slat 6b drives material-feeding bracket 6c to slide backward, the top of material-feeding bracket 6c
The brush body of top is blocked in face prevents its whereabouts, and the brush body on feeding supporting plate 6d is moved to clamping station backward, until
The both ends of brush body are clamped, complete feeding.Be less than the distance between on the outside of two feeding supporting plate 6d between two material casket wallboard 5a away from
From so that two feeding supporting plate 6d supports at the both ends of brush body, make to lift more stable, and it is outer to ensure that the two ends of brush body are exposed to,
To be clamped by fixture.
The root of left side feeding supporting plate 6d is hinged on homonymy material-feeding bracket 6c by the feeding supporting plate articulated shaft 6d1 that can be locked
Follower head；The follower head of homonymy material-feeding bracket 6c is connected with feeding adjustable plate 6e, and feeding adjustable plate 6e is adjusted equipped with feeding
The axis of plate elongated slot 6e1, feeding adjustable plate elongated slot 6e1 are parallel to the bottom surface of homonymy material-feeding bracket 6c, and bolt is adjusted across feeding
Feeding adjustable plate 6e is fixedly connected on the rear end of homonymy material-feeding bracket 6c by plate elongated slot 6e1, the top surface of feeding adjustable plate 6e with give
The either flush of material torr frame 6c, the support face root of left side feeding supporting plate 6d form retainer with the follower head of feeding adjustable plate 6e
Angle.
Since the brush head of brush body and the diameter at handle are inconsistent, if the both ends of brush body be stuck in feeding supporting plate 6d with
At the retainer angle that material-feeding bracket 6c is formed, the axis of brush body will be caused to tilt, when brush body is sent to clamping station, brush body axis
It cannot be overlapped with the axis of fixture, clamping will be caused to fail.Feeding supporting plate 6d on the left of the utility model can be cut with scissors around feeding supporting plate
Spindle 6d1 swings the height in adjustment feeding supporting plate support face, adjusts accurate rear locking；Then pass through feeding adjustable plate elongated slot 6e1
It adjusts feeding adjustable plate 6e and works as brush body until the axis of brush body is parallel with the axis of brush body fixture in position in the front-back direction
When sent backward to clamping station, brush body axis is completely superposed with holder axis, can be accurately and reliably clamped.
The root of material-feeding bracket 6c with material-feeding bracket bottom plate 6c1 vertical connections, is set on material-feeding bracket bottom plate 6c1 respectively respectively
There are the material-feeding bracket bottom plate elongated slot 6c2 extended in left-right direction, bolt to pass through material-feeding bracket bottom plate elongated slot 6c2 by material-feeding bracket bottom
Plate 6c1 is fixedly connected on the rear end face of feeding transverse slat 6b；The right end of left side material-feeding bracket bottom plate 6c1 is equipped with and is recessed inwardly
The left end of material-feeding bracket bottom plate groove 6c3, right side material-feeding bracket bottom plate 6c1 are equipped with the material-feeding bracket bottom plate plug tenon outwardly protruded
6c4, material-feeding bracket bottom plate plug tenon 6c4 are plugged in material-feeding bracket bottom plate groove 6c3 and are mutually adapted.Material-feeding bracket bottom plate elongated slot
6c2 allows two material-feeding bracket bottom plate 6c1 to adjust the position of left and right directions on feeding transverse slat 6b, to adjust two material-feeding brackets
Spacing between 6c, to adapt to the brush body of different length；Material-feeding bracket bottom plate plug tenon 6c4 is in material-feeding bracket bottom plate groove 6c3
Sliding can improve the precision of material-feeding bracket bottom plate 6c1 translations.
Feeding cylinder 6a is fixed on feeding cylinder backing plate 6a1, and it is long that feeding cylinder backing plate 6a1 is equipped with feeding cylinder backing plate
The axis of slot 6a2, feeding cylinder backing plate elongated slot 6a2 are parallel to the piston rod axis of feeding cylinder 6a, and bolt passes through feeding cylinder
Feeding cylinder backing plate 6a1 is fixed on base deck 3 by backing plate elongated slot 6a2.It can be adjusted by feeding cylinder backing plate elongated slot 6a2
Feeding cylinder 6a is adjusted in position in the front-back direction, feeding supporting plate 6d in position in the front-back direction therewith, to ensure brush body
When reaching clamping station, brush body axis is overlapped with holder axis.
Feeding holder bottom plate 4a is equipped with the feeding holder bottom plate elongated slot 4a1 extended in left-right direction, and bolt passes through feeding
Feeding holder bottom plate 4a is fixed on base deck 3 by holder bottom plate elongated slot 4a1.It can be with by feeding holder bottom plate elongated slot 4a1
Left and right positions of the feeding holder bottom plate 4a on base deck 3 is adjusted, to enable the spacing between two feeding holders 4 to adjust
Whole, the pitch-synchronous between two material casket wallboard 5a is adjusted, and the brush body of different length is adapted to.
Expect that the lower part side of casket 5 is equipped with the photoelectric sensor 7 of detection material, photoelectric sensor 7 is fixed on photoelectric sensor
The bottom at the top of holder 7a, photoelectric sensor holder 7a is fixedly connected on feeding holder angle steel 4b.When photoelectric sensor 7 is visited
When not detecting brush body, feeding cylinder 6a stops feeding, and system alarm reminds operative employee that next group brush body is fitted into material casket 5；Behaviour
Workmanship can also fill into brush body before photoelectric sensor 7 sends out alarm signal into material casket 5, and production is enable to be carried out continuously.
It these are only the preferable possible embodiments of the utility model, patent protection that is non-therefore limiting to the utility model
Range.In addition to the implementation, the utility model can also have other embodiment.It is all to use equivalent substitution or equivalent transformation shape
At technical solution, all fall in the protection domain of the requires of the utility model.Technical characteristic of the utility model without description can
To realize that details are not described herein by or using the prior art.
Claims (10)
1. a kind of automatic feed mechanism, including horizontal base, it is connected separately at left and right sides of the horizontal base and holds up upwards
Pedestal wallboard, it is characterised in that：The top of the two pedestal wallboards is connected with each other by base deck, in the base deck
Feeding holder is symmetrically connected at left and right sides of heart line, the feeding holder includes the feeding holder bottom plate and feeding being linked together
Holder angle steel, the feeding holder bottom plate are fixedly connected on base deck, and the feeding holder angle steel is holded up upwards, it is described on
Expect to be symmetrically connected with the opposite material casket that is open on the opposing end surface of holder angle steel, the material casket can accommodate more brush bodies and along vertical
It is upwardly extended in the axis of base deck, the lower port of the material casket is equipped with can be by retainer translation mechanism that brush body is sent out backward.
2. automatic feed mechanism according to claim 1, it is characterised in that：The material casket be respectively arranged on the left side and the right side to
The lower end of the material casket wallboard of upper extension, two material casket wallboards is connected on corresponding feeding holder angle steel, two material casket wallboards it
Between distance be adapted with the length of brush body, the axis of the material casket wallboard is perpendicular to the top surface of the base deck, described in two
The front and rear sides of material casket wallboard are respectively equipped with material casket angle steel, and the material casket angle steel and material casket wallboard of the same side are encircled into material casket U-lag
Mouthful, the opening of the material casket U-lag mouth of the left and right sides is opposite, and the diameter of spacing and brush body big end between homonymy material casket angle steel is mutually fitted
Match.
3. automatic feed mechanism according to claim 2, it is characterised in that：The front and rear sides of the material casket wallboard are symmetrically set
There is the material casket wallboard installing arm extended along the longitudinal direction, installing arm transverse direction elongated slot be respectively equipped in the material casket wallboard installing arm,
For the axis of the installing arm transverse direction elongated slot perpendicular to the axis of material casket wallboard, bolt will material casket angle steel across installing arm transverse direction elongated slot
It is fixedly connected with material casket wallboard.
4. automatic feed mechanism according to claim 3, it is characterised in that：It is set respectively on the mounting surface of the material casket angle steel
There are the material vertical elongated slot of casket angle steel, the axis of the vertical elongated slot of material casket angle steel to be parallel to the axis of material casket wallboard, bolt is worn successively
Crossing installing arm transverse direction elongated slot and the vertical elongated slot of angle steel will expect that casket angle steel is fixedly connected with material casket wallboard.
5. automatic feed mechanism according to claim 1, it is characterised in that：The retainer translation mechanism includes feeding gas
Cylinder, the feeding cylinder are fixedly mounted on the middle part of the base deck, and the piston rod axis of the feeding cylinder is parallel to institute
The top surface of base deck is stated, the rear end of the base deck tilts upwards, and the piston rod follower head of the feeding cylinder is connected with
The feeding transverse slat extended in left-right direction is connected separately with the material-feeding bracket stretched out backward at left and right sides of the feeding transverse slat,
The top surface of the material-feeding bracket is resisted against below the lower port of the material casket；The follower head of the material-feeding bracket, which is connected separately with, to be held
The upward feeding supporting plate of support, the support face root of the feeding supporting plate form retainer angle with the follower head of the material-feeding bracket；
It is less than the distance between two described material casket wallboards the distance between on the outside of the two feeding supporting plates.
6. automatic feed mechanism according to claim 5, it is characterised in that：The root of left side feeding supporting plate is by that can lock
Feeding supporting plate articulated shaft be hinged on the follower head of homonymy material-feeding bracket；The follower head of homonymy material-feeding bracket is connected with feeding adjusting
Plate, the feeding adjustable plate are equipped with feeding adjustable plate elongated slot, and the axis of the feeding adjustable plate elongated slot is parallel to homonymy feeding
The bottom surface of bracket, bolt is after feeding adjustable plate is fixedly connected on homonymy material-feeding bracket by the feeding adjustable plate elongated slot
End, the either flush of the top surface and the material-feeding bracket of the feeding adjustable plate, the support face root of left side feeding supporting plate and institute
The follower head for stating feeding adjustable plate forms retainer angle.
7. automatic feed mechanism according to claim 5, it is characterised in that：The root of the material-feeding bracket respectively with feeding
Tray plate vertical connection is respectively equipped with the material-feeding bracket bottom plate elongated slot extended in left-right direction on the material-feeding bracket bottom plate,
Material-feeding bracket bottom plate is fixedly connected on across the material-feeding bracket bottom plate elongated slot on the rear end face of the feeding transverse slat by bolt；It is left
The right end of side material-feeding bracket bottom plate is equipped with the material-feeding bracket bottom plate groove being recessed inwardly, the left end of right side material-feeding bracket bottom plate
Equipped with the material-feeding bracket bottom plate plug tenon outwardly protruded, the material-feeding bracket bottom plate plug tenon is plugged on the material-feeding bracket bottom plate groove
In and be mutually adapted.
8. automatic feed mechanism according to claim 5, it is characterised in that：The feeding cylinder is fixed on feeding cylinder pad
On plate, the feeding cylinder backing plate is equipped with feeding cylinder backing plate elongated slot, and the axis of the feeding cylinder backing plate elongated slot is parallel to
The piston rod axis of the feeding cylinder, it is described that bolt passes through the feeding cylinder backing plate elongated slot to be fixed on feeding cylinder backing plate
On base deck.
9. automatic feed mechanism according to claim 1, it is characterised in that：The feeding holder bottom plate is equipped with along left and right
Feeding holder bottom plate is fixed on institute by the feeding holder bottom plate elongated slot that direction extends, bolt across the feeding holder bottom plate elongated slot
It states on base deck.
10. according to any one of claim 1 to 9 automatic feed mechanism, it is characterised in that：The lower part side of the material casket
Photoelectric sensor equipped with detection material, the photoelectric sensor are fixed on the top of photoelectric sensor holder, the light inductance
The bottom of device holder is answered to be fixedly connected on the feeding holder angle steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721717905.6U CN207608023U (en) | 2017-12-12 | 2017-12-12 | A kind of automatic feed mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721717905.6U CN207608023U (en) | 2017-12-12 | 2017-12-12 | A kind of automatic feed mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207608023U true CN207608023U (en) | 2018-07-13 |
Family
ID=62798146
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721717905.6U Withdrawn - After Issue CN207608023U (en) | 2017-12-12 | 2017-12-12 | A kind of automatic feed mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207608023U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107879079A (en) * | 2017-12-12 | 2018-04-06 | 扬州市海星数控制刷设备有限公司 | A kind of automatic feed mechanism |
-
2017
- 2017-12-12 CN CN201721717905.6U patent/CN207608023U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107879079A (en) * | 2017-12-12 | 2018-04-06 | 扬州市海星数控制刷设备有限公司 | A kind of automatic feed mechanism |
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