CN208117958U - Self-feeding cutting machine - Google Patents
Self-feeding cutting machine Download PDFInfo
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- CN208117958U CN208117958U CN201820474974.7U CN201820474974U CN208117958U CN 208117958 U CN208117958 U CN 208117958U CN 201820474974 U CN201820474974 U CN 201820474974U CN 208117958 U CN208117958 U CN 208117958U
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- support board
- self
- cutting machine
- rack gear
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- 239000000463 material Substances 0.000 claims abstract description 78
- 210000000078 claw Anatomy 0.000 claims abstract description 39
- 230000007246 mechanism Effects 0.000 claims abstract description 8
- 125000006850 spacer group Chemical group 0.000 claims description 11
- 238000011068 loading method Methods 0.000 claims description 3
- 230000002093 peripheral effect Effects 0.000 claims description 2
- 238000000034 method Methods 0.000 abstract description 10
- 230000008569 process Effects 0.000 abstract description 9
- 238000004140 cleaning Methods 0.000 abstract description 6
- 238000012790 confirmation Methods 0.000 abstract description 6
- 239000011159 matrix material Substances 0.000 description 19
- 239000003921 oil Substances 0.000 description 16
- 230000009471 action Effects 0.000 description 6
- 238000003825 pressing Methods 0.000 description 6
- 230000000694 effects Effects 0.000 description 5
- 235000013305 food Nutrition 0.000 description 5
- 230000009286 beneficial effect Effects 0.000 description 4
- 238000009434 installation Methods 0.000 description 4
- 230000007423 decrease Effects 0.000 description 2
- 230000008901 benefit Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000005465 channeling Effects 0.000 description 1
- 230000006835 compression Effects 0.000 description 1
- 238000007906 compression Methods 0.000 description 1
- 125000004122 cyclic group Chemical group 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 210000002249 digestive system Anatomy 0.000 description 1
- 230000036541 health Effects 0.000 description 1
- 238000007373 indentation Methods 0.000 description 1
- 230000003993 interaction Effects 0.000 description 1
- 230000003447 ipsilateral effect Effects 0.000 description 1
- 239000010687 lubricating oil Substances 0.000 description 1
- 238000005461 lubrication Methods 0.000 description 1
- 235000013372 meat Nutrition 0.000 description 1
- 239000007769 metal material Substances 0.000 description 1
- 210000003205 muscle Anatomy 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 210000001364 upper extremity Anatomy 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
- 210000000707 wrist Anatomy 0.000 description 1
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Abstract
The utility model relates to a kind of self-feeding cutting machines.The self-feeding cutting machine includes support board for installing material and the pressure object board group part for being set to the support board, by the square rack gear of pressure object board group part and the structure of claw cooperation as the locking mechanism of the pressure object plate of self-feeding cutting machine.In this way, novel self-feeding cutting machine provided by the utility model makes it possible to simplify the locking process of pressure object plate, so that improving pressure object plate operating efficiency, facilitate the cleaning of pressure object plate and convenient for confirmation clean-up performance.
Description
Technical field
The utility model relates to a kind of self-feeding cutting machines.
Background technique
In the prior art, such as above the support board of the self-feeding cutting machine of eating meat slicer etc. it is provided with pressure object
Plate forms stocking space between pressure object plate and support board, material be loaded into after the stocking space pass through pressure object plate can will
Material is pressed on support board.But the locking process of existing pressure object plate is cumbersome, inefficiency；Disassembly trouble is not easy to clear
It washes, is also unfavorable for the confirmation of clean-up performance.
Utility model content
Defect based on the above-mentioned prior art and be made that the utility model, the purpose of this utility model is to provide one kind
Novel self-feeding cutting machine can simplify the locking process of pressure object plate, so that improving pressure object plate operating efficiency, facilitate pressure
Object plate cleans and convenient for confirmation clean-up performance.
To achieve the goals above, the utility model adopts the following technical scheme.
The utility model provides a kind of following self-feeding cutting machine, and the self-feeding cutting machine includes for pacifying
It fills the support board of material and is set to the pressure object board group part of the support board, the pressure object board group part includes：Press object plate, the pressure
Object plate is used to compress the material towards the support board, and the pressure object plate and the support board configure at interval and the pressure
Object plate and the support board are parallel to each other, the pressure object plate can relative to the support board open position and closed position it
Between rotate；Rack gear, the rack gear include square rack gear and the first retaining corresponding with side's rack gear
Component, one end of side's rack gear is installed on the pressure object plate and the pressure object plate can exist around one end of side's rack gear
Rotation is rotated between the open position and the closed position in preset range with realizing, side's rack gear is with its extension side
It is installed on to the mode orthogonal with the support board in the slideway of the support of the support board, side's rack gear can be in the cunning
Moved back and forth in road enable the pressure object plate close to/far from the support board, the first retaining component is used to position institute
Position of the side's of stating rack gear in the slideway, only allow in the state that the first retaining component positions side's rack gear described in
Square rack gear is moved towards the direction close to the support board；And rotary positioning mechanism, the rotary positioning mechanism include each other
It is fixed on first fixed pin for pressing object plate and the second fixed pin and the positioning extended from side's rack gear at interval
It is described fixed that component, first fixed pin and second fixed pin can be individually fixed in the rotation of the pressure object plate
Hyte part, when the pressure object plate turns to the open position described in the first fixed pin be connected in the positioning of the positioning component
Card slot and when the pressure object plate turns to the closed position described in the second fixed pin be connected in the institute of the positioning component
State locating groove.
Preferably, the first retaining component is installed in the support of the support board and the first retaining component packet
The claw and pressure spring with the clamping of the tooth of side's rack gear are included, one end of the pressure spring is connected to the another of the claw and the pressure spring
One end is connected to the support；And/or the positioning component includes being fixed on the positioning column of side's rack gear and being set in this to determine
The leaf spring and positioning cap of position column, form the locating groove between the leaf spring and the positioning cap.
Preferably, the self-feeding cutting machine further includes material guidance set, and the material guidance set is set to institute
The support of support board is stated, the material guidance set includes：Multiple guide pipes, the multiple guide pipe is with flat with the support board
Capable mode is installed on the guide pipe sliding slot of the support, and the multiple guide pipe extends and is separated from each other along left and right directions
Ground setting；Multiple circular racks, each circular rack be each formed with linearly arranged along the extending direction of the circular rack it is more
A tooth, each tooth extend across only a part of in the circumferential of the circular rack, each circular rack in the multiple circular rack
It is accommodated in each guide pipe respectively, so that each circular rack can rotate in the corresponding guide pipe；Multiple second
Retaining component, the multiple second retaining component are all set in the support, and each second retaining component includes and the circle
The corresponding retaining claw of rack gear and the elastic slice for being set to the retaining claw, one end of the elastic slice is set to the support, institute
The other end for stating elastic slice is pressed against the retaining claw and makes the retaining claw that pressurizes towards the circular rack, in the retaining
Only to allow the guide pipe and the circular rack in the branch in the case where claw clamping corresponding with the tooth of the circular rack
It is moved in the guide pipe sliding slot of seat along a scheduled direction；Described lead is fixed in multiple torsional springs, one end of each torsional spring
It is fixed on the circular rack to the other end of pipe and each torsional spring, the spring force of each torsional spring makes the corresponding knuckle-tooth
The tooth of item is opposite with the retaining claw of the corresponding second retaining component；And torsional spring lid, the torsional spring lid are fixed on described
One end of guide pipe, by rotate the torsional spring lid enable to the circular rack overcome the spring force of the torsional spring with relative to
The guide pipe rotation.
It is highly preferred that the material guidance set further includes the torsion for being set in the circular rack and being fixed on the guide pipe
Spring abutment, the torsion spring set are loaded on the torsion spring seat, and the torsion spring seat and the torsional spring are fixed in described one end of the torsional spring
The other end is fixed on the torsional spring lid；And the torsional spring lid is formed with spacer pin, the torsion spring seat be formed with it is described
The corresponding limiting groove of spacer pin, by the cooperation between the spacer pin and the limiting groove so that the torsional spring lid is only capable of
It is enough to be rotated within a predetermined range relative to the torsion spring seat.
It is highly preferred that the material guidance set further includes multiple guide posts, each guide post is fixed on each described lead
To pipe one end and extend along the direction orthogonal with the extending direction of the guide pipe, the multiple guide post with the load
Object plate is parallel.
Preferably, the self-feeding cutting machine further includes pressure object component, and the pressure object component includes：Slide bar, the cunning
Bar extends along the up and down direction parallel with the pressure object plate and fixes relative to the support board；Press object block, the pressure object block
With forked shape, the pressure object block includes interconnecting piece and the multiple pressure objects parallel with the pressure object plate stretched out from the interconnecting piece
Item, the multiple pressure object item arrange at interval on the direction orthogonal with the pressure object plate, and the interconnecting piece is set in described
Slide bar and can by the slide bar be directed at it is described pressure object plate and the support board between load space along upper and lower
To movement；And idler wheel, the idler wheel are set in the multiple pressure object item closest to the separate of the pressure object item of the support board
The free end of the interconnecting piece, the idler wheel can be rotated in a manner of being pressed against the support board around the pressure object item and
It rolls as the pressure object block is moved along up and down direction and on the support board.
It is highly preferred that the length longest of the pressure object item closest to the support board in the multiple pressure object item, and institute
It states multiple pressure object items and is each formed with the multiple needle-shaped protrusions protruded downward, the needle-shaped protrusion is formed as with the pressure object item
One.
It is highly preferred that the position of the interconnecting piece connecting with the slide bar is provided with the first sensor magnet, the slide bar
Bottom be provided with the first Magnetic Sensor corresponding with first sensor magnet so that being sensed in first Magnetic Sensor
The self-feeding cutting machine stops operation after first sensor magnet.
Preferably, the self-feeding cutting machine further include along left and right directions extend guide rail and be set to the guide rail and
The reciprocating member that can be moved back and forth along the guide rail, the support board are fixed on the reciprocating member, and described reciprocal group
Part includes the support wheel and linear slide rail for being located at the guide rail two sides, so that pressing from both sides in the support wheel and the linear slide rail
In the case where the guide rail reciprocating member can be moved back and forth along the guide rail.
It is highly preferred that the reciprocating member further includes the second sensor magnet, the pre-position of the guide rail be provided with
Corresponding second Magnetic Sensor of second sensor magnet, sensing second sensor magnet by second Magnetic Sensor makes
Obtain the pre-position that the reciprocating member stops at the guide rail；And/or the self-feeding cutting machine further include with it is described
The parallel sliding axle of guide rail, the reciprocating member are also set in the sliding axle, and the sliding axle includes at least one oil circuit, institute
The one end for stating at least one oil circuit is connect with oil supply system, and the other end of at least one oil circuit is in the periphery of the sliding axle
Face forms opening.
By using above-mentioned technical proposal, the utility model provides a kind of novel self-feeding cutting machine, passes through
Using square rack gear and the structure of claw cooperation as the locking mechanism of the pressure object plate of self-feeding cutting machine, make it possible to simplify
The locking process of object plate is pressed, so that improving pressure object plate operating efficiency, facilitates the cleaning of pressure object plate and convenient for confirmation clean-up performance.
Detailed description of the invention
Fig. 1 is to show the schematic perspective view of self-feeding cutting machine entirety according to the present utility model.
Fig. 2 is to show the schematic perspective view of the partial structurtes of the self-feeding cutting machine in Fig. 1, and it illustrates pressure objects
Board group part, support board component, material guidance set, pressure object component, reciprocating member, guide rail and sliding axle.
Fig. 3 is to show the schematic perspective view of the partial structurtes of the self-feeding cutting machine in Fig. 1, and it illustrates pressure objects
Board group part, a part of support board component and material guidance set.
Fig. 4 is to show the schematic side elevation of the partial structurtes of the self-feeding cutting machine in Fig. 1, and it illustrates pressure objects
Board group part, a part of support board component and material guidance set.
Fig. 5 is that the schematic side elevation of the partial structurtes of the self-feeding cutting machine in Fig. 1 is shown in a manner of perspective,
It illustrates a part of pressure object board group part and support board component.
Fig. 6 is that the schematic side elevation of the partial structurtes of the self-feeding cutting machine in Fig. 1 is shown in a manner of perspective,
It illustrates a part and material guidance set of pressure object board group part, support board component.
Fig. 7 is the schematic cross sectional views shown along the line A-A interception in Fig. 6.
Fig. 8 is the schematic cross sectional views shown along the line B-B interception in Fig. 6.
Fig. 9 is to show the schematic perspective view of the partial structurtes of the self-feeding cutting machine in Fig. 1, and it illustrates loadings
A part and pressure object component of board group part.
Figure 10 is to show the schematic perspective view of the pressure object block in Fig. 9.
Figure 11 is that the schematic side elevational of the partial structurtes of the self-feeding cutting machine in Fig. 1 is shown in a manner of perspective
Figure, it illustrates reciprocating member, guide rail and sliding axles.
Description of symbols
1 pressure object board group part 101 presses 102 side's rack gear of object plate, 103 claw, 104 pressure spring, 105 retaining bar, 106 positioning column
107 leaf spring, 108 positioning cap, 109 first fixed pin, 110 second fixed pin
2 support board component, 201 support board, 202 support
3 material guidance set, 301 guide pipe, 302 circular rack, 303 retaining claw, 304 elastic slice, 305 torsional spring, 306 torsional spring
307 torsion spring seat of lid, 308 spacer pin, 309 guide post
4 needle-shaped raised 403 rollings of pressure 401 slide bar 402 of object component pressure 4021 interconnecting piece 4022 of object block pressure object item 4023
Take turns 404 first sensor magnet, 405 first Magnetic Sensor
5 reciprocating member, 501 reciprocating member matrix, 502 support wheel, 503 linear slide rail, 504 second sensor magnet 505
Two Magnetic Sensors
6 guide rails
7 sliding axle, 701 oil circuit
F front-rear direction W left and right directions H up and down direction
Specific embodiment
Specific embodiment of the present utility model is illustrated referring to Figure of description.In the present invention,
Self-feeding cutting machine is cut into predetermined shape for conveying the material such as food materials automatically.
(outline structure of self-feeding cutting machine)
As depicted in figs. 1 and 2, self-feeding cutting machine according to the present utility model includes matrix and is installed on matrix
Pressure object board group part 1, support board component 2, material guidance set 3, pressure object component 4, reciprocating member 5, guide rail 6 and sliding axle 7.
Specifically, the matrix of self-feeding cutting machine has cubic shaped.The bottom of the matrix is provided with multiple universal
Wheel and fixed support structure, the side of the matrix are provided with operation button.
Guide rail 6 and sliding axle 7 are both secured to matrix, and reciprocating member 5 is with can be in the predetermined model on guide rail 6 and sliding axle 7
The mode for enclosing interior reciprocating motion is set to guide rail 6 and sliding axle 7.Press object board group part 1, support board component 2, material guidance set 3
It is both secured to reciprocating member 5 with pressure object component 4, so that pressure object board group part 1, support board component 2, material guidance set 3 and pressure object
Component 4 can move back and forth with reciprocating member 5.Press object board group part 1, support board component 2, material guidance set 3 and pressure
Object component 4 clamps material between them and as reciprocating member 5 moves back and forth.In the process that material moves back and forth
In, material is cut into the predetermined shape such as sheet or bulk.
The specific structure of self-feeding cutting machine each section is described in detail below with reference to Figure of description.
(pressure object board group part 1 and support board component 2)
As shown in Figures 2 to 6, support board component 2 includes being used to support the support board 201 of material and being fixed on support board
201 support 202 in cube, pressure object board group part 1 are integrally fastened to the support 202 of support board component 2 and press object board group
Part 1 includes pressure object plate 101, rack gear and rotary positioning mechanism.
Specifically, pressure object plate 101 is used to compress material towards support board 201, and pressure object plate 101 is spaced apart with support board 201
Ground configures and pressure object plate 101 and support board 201 are parallel to each other, to form charging sky between pressure object plate 101 and support board 201
Between.Pressure object plate 101 can be parallel in the plane of support board 201 relative to support board 201 open position and closed position it
Between rotate.When pressing object plate 101 in an open position, material can be placed into support board 201；It is closed when pressure object plate 101 is in
When closed position, pressure object plate 101 compresses material towards support board 201, so that material is steadily clamped in pressure object plate 101 and support board
In stocking space between 201.
Further, rack gear includes square rack gear 102 and first retaining component corresponding with square rack gear 102.
Specifically, one end of square rack gear 102 is installed on pressure object plate 101 and presses object plate 101 can be around square rack gear 102
It one end and is rotated within a predetermined range using the center line axis of square rack gear 102 as shaft, to realize in open position and closed position
Between rotate.Square rack gear 102 is installed on the support 202 of support board 201 in its extending direction mode orthogonal with support board 201
In slideway.Square rack gear 102 can move back and forth in slideway, enable pressure object plate 101 close to/far from support board 201.
First retaining component is used for position of the side's of the positioning rack gear 102 in slideway.Specifically, the first retaining component is installed on
In the support 202 of support board 201 and the first retaining component includes retaining bar 105, for being clamped and setting with the tooth of square rack gear 102
It is placed in the claw 103 and pressure spring 104 of the retaining bar 105, one end of pressure spring 104 is connected to the other end of claw 103 and pressure spring 104
It is connected to support 202.When the tooth of claw 103 and square rack gear 102 is connected together, only the side's of permissioning rack gear 102 and object plate 101 is pressed
It is moved towards the direction close to support board 201；When the spring force for overcoming pressure spring 104 using operation portion so that lifting claw 103 makes
The tooth of claw 103 and square rack gear 102 is detached from when being clamped, the side's of permissioning rack gear 102 and press object plate 101 towards close to support board 201
Direction and far from support board 201 direction both direction move.
Further, rotary positioning mechanism includes be fixed on pressure object plate 101 109 He of the first fixed pin with being separated from each other
Second fixed pin 110 and the positioning component extended from square rack gear 102.
Specifically, the first fixed pin 109 and the second fixed pin 110 can be fixed respectively with the rotation of pressure object plate 101
In positioning component.The shape and size of first fixed pin 109 and the second fixed pin 110 are all the same.The center of first fixed pin 109
Centerline axis parallel of the center line axis of axis and the second fixed pin 110 with square rack gear 102, and the first fixed pin 109
The distance of central axis of the central axis away from square rack gear 102 and the central axis of the second fixed pin 110 are away from the center of square rack gear 102
The distance of axis is identical.
Positioning component includes the positioning column 106 of the side's of being fixed on rack gear 102 and 107 He of leaf spring for being set in the positioning column 106
Positioning cap 108, it is corresponding fixed with the first fixed pin 109 and the second fixed pin 110 to be formed between leaf spring 107 and positioning cap 108
Position card slot.Press object plate 101 turn to open position when the first fixed pin 109 be connected in positioning component locating groove and
The second fixed pin 110 is connected in the locating groove of positioning component when pressure object plate 101 turns to closed position.
In the feeding process, material has the risk for throwing away and hurting sb.'s feelings to self-feeding cutting machine in the prior art, therefore sets
Pressure object plate is set.But the pressure object plate manual locking is cumbersome, inefficiency；Disassembly trouble is not easy to thoroughly clean, and is also unfavorable for
The confirmation of clean-up performance.In contrast, then these can be overcome to ask completely using the pressure object board group part 1 with above-mentioned specific structure
Topic.
The working principle that there is explanation the pressure object board group part 1 of above structure to realize above-mentioned beneficial effect below.
Specifically, press 101 side's of being mounted on rack gear 102 of object plate on and can around square rack gear 102 central axis certain
Rotation and pressure object plate 101 are fixed with the first fixed pin 109 and the second fixed pin 110 in angular range.In fig. 2 it is possible to
The position that upper rotation pressure 101 to the first fixed pin 109 of object plate is in contact with leaf spring 107 continues rotation pressure object plate 101 and makes first
Fixed pin 109 is pressed into the locating groove between leaf spring 107 and positioning cap 108.Due to the effect of the elastic force of leaf spring 107,
One fixed pin 109 presses object plate 101 in an open position by stuck fast.Object can be packed into self-feeding cutting machine at this time
Material.
After material is installed, in Fig. 2, it is rotated down pressure 101 to the second fixed pin 110 of object plate and is in contact with leaf spring 107
Position, continue rotation pressure object plate 101 make the second fixed pin 110 indentation leaf spring 107 and positioning cap 108 between locating groove
Interior, due to the effect of the elastic force of leaf spring 107, the second fixed pin 110 presses object plate 101 in the closed position by stuck fast.This
When, pressure object plate 101 plays the role of blocking protection to the material being loaded into.
Pressure object plate 101 is all the phase interaction by fixed pin 109,110 and locating groove in open position and closed position
With what is be automatically performed, the movement for carrying out other any lockings is no longer needed to, operation is enormously simplified, improves efficiency.
In addition, being rotated down pressure object plate 101 to closed position, then to object after material is placed on support board 201
Material pushes pressure object plate 101 gently to contact with material.At this point, the tooth and claw 103 on square rack gear 102 are mutually clamped, and in pressure spring
Under 104 pressure effect, claw 103 blocks square rack gear 102 prevent square rack gear 102 is from being directed away from material and support board
201 direction movement, to realize the automatic fixation of pressure object plate 101.
Further, lifting claw 103 upwards, is detached from the tooth of claw 103 and square rack gear 102 and is clamped, at this time can be to
The direction side of pullinging rack gear 102 far from material and support board 201, support board 201 and presses the load space also phase between object plate 101
It should become larger therewith, thus can more easily be packed into the material of bigger outer dimension.Continue to far from material and support board
201 direction pulling side rack gear 102, until square rack gear 102 is taken out completely out of support 202 slideway.From the cunning of support 202
Pressure object plate 101 after taking out in road more easily can be cleaned thoroughly, and be easy to judge whether to clean
Completely.The installation of pressure object plate 101 after cleaning up is also very convenient, as long as square rack gear 102 to be inserted directly into the slideway of support 202
It is interior, and mutually clamping can for the tooth on the side's of allowing rack gear 102 and claw 103.
(material guidance set 3)
As shown in Figures 2 to 6, material guidance set 3 is also disposed on the support 202 of support board component 2, and material is oriented to
Component 3 includes guide pipe 301, circular rack 302, the second retaining component, torsional spring 305, torsional spring lid 306, torsion spring seat 307 and guiding
Column 309.
Specifically, guide pipe 301 have hollow tubular structure, two guide pipes 301 with support board 201 and press object plate
101 parallel modes are respectively arranged in the guide pipe sliding slot of support 202, the two guide pipes 301 prolong each along left and right directions W
It stretches, the two guide pipes 301 are arranged with being separated from each other on front-rear direction F.
Each guide pipe 301 stores a circular rack 302, so that the energy in corresponding guide pipe 301 of each circular rack 302
Enough rotations.Each circular rack 302 is each formed with the multiple teeth linearly arranged along the extending direction of circular rack 302, and each tooth only prolongs
It stretches across a part of in the circumferential of circular rack 302.When the tooth of circular rack 302 needs clamping corresponding with the second retaining component,
The tooth of circular rack 302 is opposite with the second retaining component；When the tooth of circular rack 302 does not need clamping corresponding with the second retaining component
When, make the tooth of circular rack 302 and the second retaining component be detached from clamping by rotating circular rack 302.
Each circular rack 302 corresponds to a second retaining component.Second retaining component is all set in support 202, and each
Two retaining components include retaining claw 303 corresponding with circular rack 302 and the elastic slice 304 for being set to retaining claw 303.Elastic slice
Support 202 is fixed in 304 one end, and the other end of elastic slice 304 is pressed against retaining claw 303, so that pressurizeing towards circular rack 302
Retaining claw 303.Make only to allow in the case where the clamping corresponding with the tooth of circular rack 302 of retaining claw 303 guide pipe 301 and
Circular rack 302 moves in the guide pipe sliding slot of support 202 towards the direction close to material.
Each circular rack 302 corresponds to a torsional spring 305.Guide pipe 301 and each torsional spring are fixed in one end of each torsional spring 305
305 other end is fixed on circular rack 302.Corresponding circular rack 302 is enabled under the action of the spring force of each torsional spring 305
Multiple teeth and the retaining claw 303 of corresponding second retaining component it is opposite.
Each torsional spring 305 also corresponds to a torsional spring lid 306.Each torsional spring lid 306 is fixed on one end of guide pipe 301, passes through
Rotation torsional spring lid 306 enables to circular rack 302 that the spring force of torsional spring 305 is overcome to rotate relative to guide pipe 301, so that
The tooth of circular rack 302 is not opposite with retaining claw 303.
As shown in Figure 6 and Figure 7, torsion spring seat 307 is set in circular rack 302 and is fixed on guide pipe 301, and torsional spring 305 is set with
Torsional spring lid 306 is fixed in the other end that torsion spring seat 307 and torsional spring 305 are fixed in one end of torsion spring seat 307 and torsional spring 305.
As shown in figure 8, torsional spring lid 306 is formed with spacer pin 308, torsion spring seat 307 is formed with limit corresponding with spacer pin 308
Position groove, by the cooperation between spacer pin 308 and limiting groove so that torsional spring lid 306 can only exist relative to torsion spring seat 307
Such as rotation in 60 degree of predetermined angular range.
The corresponding guide pipe 301 of one guide post 309, each guide post 309 are fixed on one end of each guide pipe 301 and edge
The direction orthogonal with the extending direction of guide pipe 301 extend, multiple guide posts 309 are parallel with support board 201.
In the self-feeding cutting machine of the prior art, guidance set manual locking is cumbersome, inefficiency；And structure dead angle
It is more, it is unfavorable for health cleaning.Each guide post (guide rod) in guidance set cannot be adjusted individually, the shape that can only be loaded rule
Food materials then, can not be loaded special-shaped food materials.In contrast, then can using the material guidance set 3 with above-mentioned specific structure
These problems are overcome completely.
The working principle that there is explanation the material guidance set 3 of above structure to realize above-mentioned beneficial effect below.
In the present invention, the fixed form of the guide pipe 301 of material guidance set 3 is designed to can be individually
Fixed mode is adjusted, and guide post 309 and the falling direction for the material being loaded into are mutually parallel to each other, in the whereabouts of material
In the process, play the role of channeling direction and protection material.
After being packed into material, push guide pipe 301 that guide post 309 is in contact with material.It is connect in guide post 309 with material
After touching, the second retaining component blocks circular rack 302 by the effect of elastic slice 304, and circular rack 302 will be led further through guide pipe 301
It is fixed to column 309.During the entire process of the fixed material of guide post 309, except pushing guide pipe 301 to lead to drive to material direction
To outside column 309, no longer need to carry out other any movements, so that it may realize the fixation of material.The size for the material no matter being loaded into is such as
What change, all only need push guide pipe 301 to drive guide post 309 to contact with material after, the automatic of guide post 309 can be realized
Fixed, operation is i.e. efficiently convenient, and very flexibly.
Elastic slice 304 is designed to clamp retaining claw 303 from two sides, and the clamping of elastic slice 304 dynamics is always consistent.
This way it is ensured that while circular rack 302 moves smooth and fixation, and the service life of elastic slice 304 is substantially increased, it drops
Low use cost.
After the completion of feeding, as long as rotating torsional spring lid 306 to the extreme position limited by spacer pin 308, the tooth of circular rack 302
Clamping with retaining claw 303 releases, so that it may easily guide post 309 be pulled to take office the position expected and wanted, then unclamp torsional spring
Lid 306, circular rack 302 automatically reset under the action of the spring force of torsional spring 305, tooth and 303 phase of retaining claw of circular rack 302
Mutually clamping, guide post 309 is securely fixed.
In this way, the placement of material, clamping, release, placing be formed a circulation again, and circle in entire cyclic process
Reset after the fixation of rack gear 302 and circular rack 302 rotate all is automatically performed, and enormously simplifies the operation step of user
Suddenly, working efficiency also significantly improves, while reducing operation intensity.
The torsional spring lid 306 of fixed torsional spring 305 is designed to the structure of the spring force size of adjustable torsional spring 305, works as torsional spring
After 305 frequent uses for a long time, the spring force of torsional spring 305 has the possibility of decrease.As long as at this point, unclamping 306 circumference of torsional spring lid
Screw on face tightens screw, 305 torsion of torsional spring after torsional spring lid 306 is rotated appropriate angle to the direction screwed
It is easy to operate easy to learn with regard to restoring as before, the expense for more renewing torsional spring 305 is eliminated, further reduced use cost.
In addition, can be separately adjusted to angularly in the stroke range of guide pipe 301 since guide pipe 301 is mutually independent
Any position is fixed automatically.In this way, realizing the material that can be not only packed into regular shape, but also the object of arbitrary shape can be packed into
Material.
(pressure object component 4)
As shown in Figure 9 and Figure 10, pressure object component 4 includes slide bar 401, pressure object block 402, idler wheel 403, the first sensor magnet
404 and first Magnetic Sensor 405.
Specifically, slide bar 401 has cylindrical shape, which prolongs along the up and down direction H parallel with pressure object plate 101
It stretches and fixed relative to support board 201.
Press object block 402 have forked shape, pressure object block 402 include interconnecting piece 4021 and from the interconnecting piece 4021 stretch out with
Three pressure object items 4022 for pressing object plate 101 parallel.Three pressure object items 4022 on the orthogonal direction of pressure object plate 101 at interval
Arrangement, interconnecting piece 4021 are set in slide bar 401 and being capable of being directed between pressure object plate 101 and support board 201 by slide bar 401
Load space in moved along up and down direction H.The pressure object item 4022 closest to support board 201 in three pressure object items 4022
Length longest.In addition, three pressure object items 4022 are each formed with multiple needle-shaped raised 4023 protruded downward, needle-shaped protrusion
4023 are formed as one with pressure object item 4022, this is needle-shaped raised 4023 for being pressed into material, to improve pressure object block 402 to material
Compression effect.
Idler wheel 403 be set to three pressure object items 4022 in it is longest that pressure object item 4022 separate interconnecting piece 4021 oneself
By holding, idler wheel 403 can be rotated in a manner of being connected to support board 201 around pressure object item 4022 and with pressure 402 edge of object block
Up and down direction H movement and rolled on support board 201.
First sensor magnet 404 is set to the position of interconnecting piece 4021 connecting with slide bar 401, and the bottom of slide bar 401 is set
It is equipped with first Magnetic Sensor 405 corresponding with the first sensor magnet 404, so that sensing the first sense in the first Magnetic Sensor 405
Self-feeding cutting machine after magnet 404 is answered to stop operation.
In self-feeding cutting machine in the prior art, firstly, the disassembly and installation of pressure object block is all needed using tool
It can complete, it is very troublesome, it is neither convenient for thoroughly cleaning, is also not easy to carry out the confirmation of clean-up performance；Secondly, pressure object block needs
It will be by that can be fixed after the continuous actions such as above proposing, overturning, move down, to that object block will be pressed to set back it is necessary to will be above-mentioned upper
The continuous actions such as propose, overturn, moving down and repeating progress one time, since pressure object block is very heavy, need to could be completed with very great strength more than
Continuous action, and press object block fixation and reset need frequent progress, will if things go on like this damage operator shoulder,
The joint and muscle of upper arm and wrist；Again, for pressure object block during overturning, needle-shaped protrusion can scratch arm, pressure object block
Fixed bit scratches there are needle-shaped protrusion setting in proximal operator side is leaned on or pressure object block is wounded the risk of operator；Again, using pressure
The needle-shaped protrusion for entering formula can fall off from pressure object block matrix, and be mixed into food materials, and needle-shaped protrusion is metal material, very rigid cutting edge of a knife or a sword
Benefit, once can seriously damage the digestive system of people by eating by mistake, consequence is very serious.In contrast, using with above-mentioned specific structure
Pressure object component 4 can then overcome these problems completely.
The working principle that there is explanation the pressure object component 4 of above structure to realize above-mentioned beneficial effect below.
The screw of fixed slip bar 401 is changed to knob, while the upper end of slide bar 401 being lengthened to expose, and will be exposed
Part be designed to the arc surface of indent.In this way, without any tool, as long as easily being pulled out after manually laying down knob
Slide bar 401 out unload and push object block 402.Pressure object is penetrated after pressing object block 402 thoroughly to be cleaned and confirmed, then by slide bar 401
Block 402 and fixing seat, then tighten knob, just complete the installation of pressure object block 402.Press object block 402 disassembly and installation all without
It need to be improved by tool, working efficiency.
The fixed bit of object block 402 will be pressed to be arranged in 201 top of support board.Directly upper object block 402 to the predetermined position that pushes is
It can fix, pressure object block 402, which is directly released predetermined position, to reset, and the fixation of object block 402 and reset is pressed not to need to carry out
Overturning and lower movement are made.In this way, operation just becomes not only smoothly but also laborsaving, the load to human upper limb is alleviated to the utmost.
Moreover, the predetermined position of fixed pressure object block 402 is located remotely from operator side, needle-shaped raised 4023 scratch or object block 402 are pressed to wound
The risk of operator is greatly reduced.
Formation is cast together with pressure object block 402 by needle-shaped raised 4023, and needle-shaped raised 4023 become one with pressure object block 402
It is whole, eliminate needle-shaped raised 4023 possibility to fall off.
Idler wheel 403 is arranged in the long side of pressure object block 402, and idler wheel 403 is completely exposed, without dead angle, cleaning side
Just, thus it will not influence the safe and healthy of food.
The first Magnetic Sensor 405 and sensor magnet are installed additional on pressure object component 4, and the first Magnetic Sensor 405 can sense
The position of first sensor magnet 404, and then sense the position of pressure object block 402.When being completed feeding, the first Magnetic Sensor
405 just detect that the first sensor magnet 404 on pressure object block 402, the first Magnetic Sensor 405 will send a signal to control system
System, control system issue halt instruction immediately, and self-feeding cutting machine is automatically stopped mechanical action simultaneously.In this way, both saving
The time of manual stoppage, and reduce waste and security risk caused by equipment dry run.
(reciprocating member 5)
As shown in figs. 2 and 11, self-feeding cutting machine further includes guide rail 6 and the sliding axle 7 parallel with guide rail 6.Back and forth
Component 5 is set on the guide rail 6 and sliding axle 7 and can move back and forth along the guide rail 6 and sliding axle 7 of self-feeding cutting machine
(moving back and forth along left and right directions W), support board 201 is fixed on reciprocating member 5.
Reciprocating member 5 include reciprocating member matrix 501 and be set to the reciprocating member matrix 501 and be located at 6 liang of guide rail
The support wheel 502 and linear slide rail 503 of side, so that reciprocal in the case where support wheel 502 and linear slide rail 503 clip guide rail 6
Component 5 can be moved back and forth along guide rail 6.
Reciprocating member 5 further includes the second sensor magnet 504, and the pre-position of guide rail 6 is provided with and the second sensor magnet
504 corresponding second Magnetic Sensors 505 sense the second sensor magnet 504 by the second Magnetic Sensor 505 and make reciprocating member 5
Stop at the pre-position of guide rail 6
Sliding axle 7 include two oil circuits 701, one end of two oil circuits 701 respectively the both ends open of sliding axle 7 and with confession
The other end of oil system connection, two oil circuits 701 forms opening in the outer peripheral surface of sliding axle 7.
In self-feeding cutting machine in the prior art, the bearing capacitys of two support wheels of reciprocating member is with using
And decline, since two support wheels are respectively arranged at the two sides of guide rail, one of support wheel failure, then reciprocating member is just
It can not operate normally.In addition, reciprocating member often hinders loading material, if being packed into material when reciprocating member stops at cutter,
Then there is the danger hurt, and using manually oiling trouble on sliding axle, once forget oiling, reciprocating member matrix
It will locking with sliding axle.In contrast, then these can be overcome to ask completely using the reciprocating member 5 with above-mentioned specific structure
Topic.
The working principle that there is explanation the reciprocating member 5 of above structure to realize above-mentioned beneficial effect below.
Two support wheels 502 are placed in the ipsilateral of guide rail 6, and the other side of guide rail 6 is changed to linear slide rail 503.Even if there is one
Support wheel 502 fails, another support wheel 502 can still maintain to run well.Moreover, because linear slide rail 503 is used,
The guiding performance and ride comfort of reciprocating member 5 also improve.In this way, bearing capacity doubles to be promoted, service life is also correspondinglyd increase.
It installs the second Magnetic Sensor 505 additional on guide rail 6, installs the second sensor magnet 504 additional on reciprocating member matrix 501.
Second Magnetic Sensor 505 can sense the position of the second sensor magnet 504, and then sense the position of reciprocating member matrix 501
It sets.Whenever pressing stop botton or autostop, control system all can judge reciprocal group by the second Magnetic Sensor 505
Whether the position of part matrix 501 is in correct position in order to be packed into material.When the position for judging reciprocating member matrix 501 is correct
When, control system can just issue halt instruction.In this way, reciprocating member matrix 501 can all stop to be packed into when shutting down every time
The position of material realizes the convenience for being packed into material and safety all.
Oil circuit 701 of the processing for lubrication at the center of the both ends of the surface of sliding axle 7, one end of oil circuit 701 passes through interface
It is connected with oil supply system, the other end of oil circuit 701 extends to the circumferential surface of sliding axle 7 to form oil outlet, and from fuel-displaced
Hole is overflowed, and when reciprocating member matrix 501 is moved back and forth by oil outlet, will stick the lubricating oil of spilling.Oil supply system meeting
Timing is refueled automatically, then reciprocating member matrix 501 and sliding axle 7 also will be automatically lubricated.In this way, both saving
The time for having saved artificial oiling in turn avoids the wind of reciprocating member matrix 501 and 7 locking of sliding axle caused by due to forgetting oiling
Danger.
Claims (10)
1. a kind of self-feeding cutting machine, which is characterized in that the self-feeding cutting machine includes the loading for installing material
Plate and the pressure object board group part for being set to the support board, the pressure object board group part include：
Object plate is pressed, the pressure object plate is used to compress the material towards the support board, between the pressure object plate and the support board
It separatedly configures and the pressure object plate and the support board is parallel to each other, the pressure object plate can beaten relative to the support board
It is rotated between open position and closed position；
Rack gear, the rack gear include square rack gear and the first retaining group corresponding with side's rack gear
Part, one end of side's rack gear is installed on the pressure object plate and the pressure object plate can be around one end of side's rack gear pre-
Determine rotation in range to rotate between the open position and the closed position to realize, side's rack gear is with its extending direction
The mode orthogonal with the support board is installed in the slideway of the support of the support board, and side's rack gear can be in the slideway
Interior reciprocating motion enable the pressure object plate close to/far from the support board, the first retaining component is for described in positioning
Position of the square rack gear in the slideway only allows the side in the state that the first retaining component positions side's rack gear
Rack gear is moved towards the direction close to the support board；And
Rotary positioning mechanism, the rotary positioning mechanism include be fixed on the pressure object plate the first fixed pin with being separated from each other
With the second fixed pin and the positioning component extended from side's rack gear, first fixed pin and second fixed pin with
It is described pressure object plate rotation and the positioning component can be individually fixed in, turn to the open position in the pressure object plate
The first fixed pin of Shi Suoshu is connected in the locating groove of the positioning component and turns to the close stance in the pressure object plate
Second fixed pin described in when setting is connected in the locating groove of the positioning component.
2. self-feeding cutting machine according to claim 1, which is characterized in that
The first retaining component is installed in the support of the support board and the first retaining component includes and the side
The claw and pressure spring of the tooth clamping of rack gear, one end of the pressure spring is connected to the claw and the other end of the pressure spring is connected to
The support；And/or
The positioning component includes the positioning column for being fixed on side's rack gear and the leaf spring and positioning cap that are set in the positioning column,
The locating groove is formed between the leaf spring and the positioning cap.
3. self-feeding cutting machine according to claim 1 or 2, which is characterized in that the self-feeding cutting machine also wraps
Material guidance set is included, the material guidance set is set to the support of the support board, and the material guidance set includes：
Multiple guide pipes, the multiple guide pipe are sliding with the guide pipe that the mode parallel with the support board is installed on the support
Slot, the multiple guide pipe extend along left and right directions and are arranged with being separated from each other；
Multiple circular racks, each circular rack be each formed with linearly arranged along the extending direction of the circular rack it is multiple
Tooth, each tooth extend across only a part of in the circumferential of the circular rack, each circular rack point in the multiple circular rack
It is not accommodated in each guide pipe, so that each circular rack can rotate in the corresponding guide pipe；
Multiple second retaining components, the multiple second retaining component are all set in the support, each second retaining component
Including retaining claw corresponding with the circular rack and it is set to the elastic slice of the retaining claw, one end of the elastic slice is set to
The support, the other end of the elastic slice are pressed against the retaining claw and make the locking card that pressurizes towards the circular rack
Pawl only to allow the guide pipe and the circle in the case where retaining claw clamping corresponding with the tooth of the circular rack
Rack gear moves in the guide pipe sliding slot of the support along a scheduled direction；
Multiple torsional springs, the guide pipe is fixed in one end of each torsional spring and the other end of each torsional spring is fixed on the circle
Rack gear, the spring force of each torsional spring make the retaining of the tooth of the corresponding circular rack with the corresponding second retaining component
Claw is opposite；And
Torsional spring lid, the torsional spring lid are fixed on one end of the guide pipe, enable to the circle by rotating the torsional spring lid
Rack gear overcomes the spring force of the torsional spring to rotate relative to the guide pipe.
4. self-feeding cutting machine according to claim 3, which is characterized in that the material guidance set further includes suit
In the circular rack and it is fixed on the torsion spring seat of the guide pipe, the torsion spring set is loaded on the torsion spring seat, the institute of the torsional spring
State that the torsion spring seat is fixed in one end and the other end of the torsional spring is fixed on the torsional spring lid；And
The torsional spring lid is formed with spacer pin, and the torsion spring seat is formed with limiting groove corresponding with the spacer pin, passes through institute
The cooperation between spacer pin and the limiting groove is stated so that the torsional spring lid only can be relative to the torsion spring seat in predetermined model
Enclose interior rotation.
5. self-feeding cutting machine according to claim 3, which is characterized in that the material guidance set further includes multiple
Guide post, each guide post are fixed on one end of each guide pipe and along orthogonal with the extending direction of the guide pipe
Direction extends, and the multiple guide post is parallel with the support board.
6. self-feeding cutting machine according to claim 1 or 2, which is characterized in that the self-feeding cutting machine also wraps
Pressure object component is included, the pressure object component includes：
Slide bar, the slide bar extend along the up and down direction parallel with the pressure object plate and fix relative to the support board；
Press object block, the pressure object block have forked shape, it is described pressure object block include interconnecting piece and from the interconnecting piece stretching with institute
The parallel multiple pressure object items of pressure object plate are stated, the multiple pressure object item is arranged at interval on the direction orthogonal with the pressure object plate
Column, the interconnecting piece be set in the slide bar and can by the slide bar be directed at the pressure object plate and the support board it
Between load space moved along up and down direction；And
Idler wheel, the idler wheel are set in the multiple pressure object item closest to the pressure object item of the support board far from the connection
The free end in portion, the idler wheel can be rotated and with described around the pressure object item in a manner of being pressed against the support board
Pressure object block is moved along up and down direction and is rolled on the support board.
7. self-feeding cutting machine according to claim 6, which is characterized in that in the multiple pressure object item closest to institute
The length longest of the pressure object item of support board is stated, and
The multiple pressure object item is each formed with the multiple needle-shaped protrusions protruded downward, the needle-shaped protrusion and the pressure object item
It is formed as one.
8. self-feeding cutting machine according to claim 6, which is characterized in that the interconnecting piece is connect with the slide bar
Position be provided with the first sensor magnet, the bottom of the slide bar is provided with the first magnetic corresponding with first sensor magnet and passes
Sensor, so that the self-feeding cutting machine stops making after first Magnetic Sensor senses first sensor magnet
Industry.
9. self-feeding cutting machine according to claim 1 or 2, which is characterized in that the self-feeding cutting machine also wraps
The reciprocating member for including the guide rail extended along left and right directions and being set to the guide rail and capable of being moved back and forth along the guide rail, it is described
Support board is fixed on the reciprocating member, and
The reciprocating member includes the support wheel and linear slide rail for being located at the guide rail two sides so that in the support wheel and
The reciprocating member can be moved back and forth along the guide rail in the case that the linear slide rail clips the guide rail.
10. self-feeding cutting machine according to claim 9, which is characterized in that the reciprocating member further includes the second sense
Magnet is answered, the pre-position of the guide rail is provided with the second Magnetic Sensor corresponding with second sensor magnet, passes through institute
It states the second Magnetic Sensor and senses the pre-position that second sensor magnet makes the reciprocating member stop at the guide rail；
And/or
The self-feeding cutting machine further includes the sliding axle parallel with the guide rail, and the reciprocating member is also set in the cunning
Moving axis, the sliding axle include at least one oil circuit, and one end of at least one oil circuit connect with oil supply system, it is described at least
The other end of one oil circuit forms opening in the outer peripheral surface of the sliding axle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820474974.7U CN208117958U (en) | 2018-04-04 | 2018-04-04 | Self-feeding cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820474974.7U CN208117958U (en) | 2018-04-04 | 2018-04-04 | Self-feeding cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208117958U true CN208117958U (en) | 2018-11-20 |
Family
ID=64194891
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820474974.7U Withdrawn - After Issue CN208117958U (en) | 2018-04-04 | 2018-04-04 | Self-feeding cutting machine |
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| Country | Link |
|---|---|
| CN (1) | CN208117958U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108274522A (en) * | 2018-04-04 | 2018-07-13 | 渡边食品机械（河北）有限公司 | Self-feeding cutting machine |
-
2018
- 2018-04-04 CN CN201820474974.7U patent/CN208117958U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108274522A (en) * | 2018-04-04 | 2018-07-13 | 渡边食品机械（河北）有限公司 | Self-feeding cutting machine |
| CN108274522B (en) * | 2018-04-04 | 2024-02-13 | 渡边食品机械（河北）有限公司 | Automatic feeding cutting machine |
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