CN209520947U - A kind of electric automatization slicer - Google Patents
A kind of electric automatization slicer Download PDFInfo
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- CN209520947U CN209520947U CN201920216600.XU CN201920216600U CN209520947U CN 209520947 U CN209520947 U CN 209520947U CN 201920216600 U CN201920216600 U CN 201920216600U CN 209520947 U CN209520947 U CN 209520947U
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Abstract
The utility model relates to a kind of slicers, are in particular a kind of electric automatization slicers.Cutter has the blade of bilateral, all article is sliced when cutter moves up and down, propulsion liquid compression bar pushes article auto-feed, the amount of feeding is fixed, and slice uniformly, clamps combination and clamps article, prevent article from falling, wheel is installed in direction of feed, reduces frictional force, increases the service life of slicer.Slice combination, which is located at, clamps combination left side, and slice combination is located on the left of installation shell, and slice combination and installation cage connection clamp combination and are located on the right side of installation shell, clamp combination and installation cage connection.
Description
Technical field
The utility model relates to a kind of slicers, are in particular a kind of electric automatization slicers.
Background technique
In food processing, slicer is indispensable a part, not only can protect people from the injury of cutter, also
Efficiency can be improved, meet the rhythm of life that people increasingly accelerate, so devising this electric automatization slicer.
Summary of the invention
The utility model provides a kind of electric automatization slicer, is the blade that cutter has bilateral beneficial to benefit, in knife
Tool is all sliced article when moving up and down, and propulsion liquid compression bar pushes article auto-feed, and the amount of feeding is fixed, and slice is uniform,
It clamps combination to clamp article, prevents article from falling, wheel is installed in direction of feed, reduce frictional force, increase making for slicer
Use the service life.
In order to solve the above technical problems, the utility model relates to a kind of slicers, it is in particular a kind of electrical automatic
Change slicer, including slice combination, clamping combination, installation shell, cutter have the blade of bilateral, all when cutter moves up and down
Article is sliced, propulsion liquid compression bar pushes article auto-feed, and the amount of feeding is fixed, and slice uniformly, clamps combination for article
It clamps, prevents article from falling, wheel is installed in direction of feed, reduce frictional force, increase the service life of slicer.
Slice combination is made of power combination, movement combination, and power combination is located on the left of movement combination, power combination and fortune
Dynamic combination connection；
Power combination by motor, main pulley, transmission belt, form from belt wheel, motor is located on rear side of main pulley, motor and master tape
Wheel connection, main pulley are located on the downside of transmission belt, and main pulley and transmission band connection, transmission belt are located on the downside of belt wheel, transmission belt and
It is connected from belt wheel；
Movement combination by swingle, sliding block one, swing rod, hold knife bar, bidentate cutter forms, swingle is located on sliding block one
Side, swingle are connect with sliding block, and swingle, which is located at, to be held on the downside of knife bar, and swingle is connect with knife bar is held, and sliding block one is located at outside swing rod
Side, sliding block one are connect with swing rod, and swing rod, which is located at, to be held on the left of knife bar, and swing rod is connect with knife bar is held, and are held knife bar and are located at a bidentate cutter left side
Side is held knife bar and is connect with bidentate cutter, and bidentate cutter is located on the left of swing rod；
Clamp combination by being grabbed under hydraulic stem one, sliding block two, slideway, clamping, restoring spring, clamp side grab, thrust hydraulic stem
Two compositions, hydraulic stem one are located at two left side of sliding block, and hydraulic stem one is connect with sliding block two, and sliding block two is located on the upside of slideway, sliding block two
It is connect with slideway, sliding block two, which is located under clamping, grabs downside, grabs and connect under sliding block two and clamping, grabs under restoring spring under clamping
Side, grabs to be located under clamping and clamps side and grab downside, grabs under clamping and clamps side and grab and connect, and restoring spring is located on the downside of clamping side grabs,
Restoring spring is grabbed with clamping side and is connect, and is clamped side and is grabbed positioned at two two sides of thrust hydraulic stem；
It grabs under clamping and is made of lower part lifting seat, lower feeding wheel, lower part lifting seat is located on the downside of lower feeding wheel, lower part lifting
Seat is connect with lower feeding wheel；
Clamping side is grabbed to be made of clamping jaw seat, side clamping jaw, side feed wheel, anti-attrition wheel, and clamping jaw seat is located on the right side of the clamping jaw of side, clamping jaw
Seat is connect with side clamping jaw, and side clamping jaw is located on the upside of the feed wheel of side, and side clamping jaw is connect with side feed wheel, and side feed wheel is located at anti-attrition wheel
Downside, anti-attrition wheel are located on the upside of the clamping jaw of side, and anti-attrition wheel is connect with side clamping jaw；
Installation shell is formed by cutting installation section, grabbing object installation section, and cutting installation section, which is located at, grabs object installation section
Left side, cutting installation section are connect with object installation section is grabbed；
Slice combination, which is located at, clamps combination left side, and slice combination is located on the left of installation shell, slice combination and installation shell
Connection clamps combination and is located on the right side of installation shell, clamps combination and installation cage connection.
As advanced optimizing for the technical program, swing rod described in a kind of electric automatization slicer of the utility model with cut
Cut installation section connection.
As advanced optimizing for the technical program, held described in a kind of electric automatization slicer of the utility model knife bar with
Cut installation section connection.
As advanced optimizing for the technical program, swingle described in a kind of electric automatization slicer of the utility model with
It is connected from belt wheel.
Cutter has the blade of bilateral, is all sliced to article when cutter moves up and down, and propulsion liquid compression bar pushes object
Product auto-feed, the amount of feeding are fixed, and slice uniformly, clamps combination and clamps article, prevent article from falling, install in direction of feed
There is wheel, reduces frictional force, increase the service life of slicer.
Detailed description of the invention
The utility model is described in more detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of electric automatization slicer of the utility model.
Fig. 2 is that a kind of slice of electric automatization slicer of the utility model combines 1 structural schematic diagram.
Fig. 3 is a kind of power combination 1-1 structural schematic diagram of electric automatization slicer of the utility model.
Fig. 4 is a kind of movement combination 1-2 structural schematic diagram of electric automatization slicer of the utility model.
Fig. 5 is that 2 structural schematic diagrams are combined in a kind of clamping of electric automatization slicer of the utility model.
Fig. 6 is that 2 partial side structural schematic diagrams are combined in a kind of clamping of electric automatization slicer of the utility model.
Fig. 7 is to grab 2-4 structural schematic diagram under a kind of clamping of electric automatization slicer of the utility model.
Fig. 8 is that 2-6 structural schematic diagram is grabbed in a kind of clamping side of electric automatization slicer of the utility model.
Fig. 9 is a kind of 3 structural schematic diagram of installation shell of electric automatization slicer of the utility model.
In figure: slice combination 1；Power combination 1-1；Motor 1-1-1；Main pulley 1-1-2；Transmission belt 1-1-3；From belt wheel 1-
1-4；Movement combination 1-2；Swingle 1-2-1；One 1-2-2 of sliding block；Swing rod 1-2-3；Hold knife bar 1-2-4；Bidentate cutter 1-2-5；
Clamp combination 2；One 2-1 of hydraulic stem；Two 2-2 of sliding block；Slideway 2-3；2-4 is grabbed under clamping；Lower part lifting seat 2-4-1；Lower feeding wheel
2-4-2；Restoring spring 2-5；It clamps side and grabs 2-6；Two 2-7 of thrust hydraulic stem；Clamping jaw seat 2-6-1；Side clamping jaw 2-6-2；Side feeding
Take turns 2-6-3；Anti-attrition wheel 2-6-4；Two 2-7 of thrust hydraulic stem；Shell 3 is installed；Cut installation section 3-1；Grab object installation section 3-
2。
Specific embodiment
Specific embodiment 1:
Illustrate present embodiment, the utility model below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9
Be related to a kind of slicer, be in particular a kind of electric automatization slicer, including including slice combination 1, clamp combination 2,
Shell 3 is installed, cutter has the blade of bilateral, is all sliced to article when cutter moves up and down, and propulsion liquid compression bar pushes
Article auto-feed, the amount of feeding are fixed, and slice uniformly, clamps combination and clamps article, prevent article from falling, pacify in direction of feed
Equipped with wheel, reduces frictional force, increase the service life of slicer.
Slice combination 1 is made of power combination 1-1, movement combination 1-2, and it is left that power combination 1-1 is located at movement combination 1-2
Side, power combination 1-1 are connect with movement combination 1-2；
Power combination 1-1 by motor 1-1-1, main pulley 1-1-2, transmission belt 1-1-3, form from belt wheel 1-1-4, motor
1-1-1 is located on rear side of main pulley 1-1-2, and motor 1-1-1 is connect with main pulley 1-1-2, and main pulley 1-1-2 is located at transmission belt 1-1-
3 downsides, main pulley 1-1-2 are connect with transmission belt 1-1-3, and transmission belt 1-1-3 is located on the downside of belt wheel 1-1-4, transmission belt 1-1-3
It is connect with from belt wheel 1-1-4, motor 1-1-1 rotation, motor 1-1-1 drives main pulley 1-1-2 rotation, and main pulley 1-1-2 drives
Transmission belt 1-1-3 movement, transmission belt 1-1-3, which drives from belt wheel 1-1-4, to be rotated；
Movement combination 1-2 by swingle 1-2-1, one 1-2-2 of sliding block, swing rod 1-2-3, hold knife bar 1-2-4, bidentate cutter 1-
2-5 composition, swingle 1-2-1 are located on the upside of sliding block 1-2-2, and swingle 1-2-1 is connect with one 1-2-2 of sliding block, swingle 1-2-1
Positioned at holding on the downside of knife bar 1-2-4, swingle 1-2-1 is connect with knife bar 1-2-4 is held, and one 1-2-2 of sliding block is located at outside swing rod 1-2-3
Side, one 1-2-2 of sliding block are connect with swing rod 1-2-3, and swing rod 1-2-3, which is located at, to be held on the left of knife bar 1-2-4, swing rod 1-2-3 and hold knife bar
1-2-4 connection is held knife bar 1-2-4 and is located on the left of bidentate cutter 1-2-5, holds knife bar 1-2-4 and connect with bidentate cutter 1-2-5, double
Serrated knife tool 1-2-5 is located on the left of swing rod 1-2-3, drives swingle 1-2-1 rotation from belt wheel 1-1-4, swingle 1-2-1, which drives, to be slided
One 1-2-2 of block rotation, one 1-2-2 of sliding block drive swing rod 1-2-3 to swing, and knife bar 1-2-4 swing is held in swing rod 1-2-3 drive, hold knife
Bar 1-2-4 drives bidentate cutter 1-2-5 to move up and down, and bidentate cutter 1-2-5 is sliced article；
Combination 2 is clamped by grabbing 2-4 under one 2-1 of hydraulic stem, two 2-2 of sliding block, slideway 2-3, clamping, restoring spring 2-5, clamping
2-6, two 2-7 of thrust hydraulic stem composition are grabbed in side, and one 2-1 of hydraulic stem is located on the left of two 2-2 of sliding block, one 2-1 of hydraulic stem and sliding block two
2-2 connection, two 2-2 of sliding block are located on the upside of slideway 2-3, and two 2-2 of sliding block is connect with slideway 2-3, and two 2-2 of sliding block, which is located under clamping, to be grabbed
2-4 is grabbed under the downside 2-4, two 2-2 of sliding block and clamping to connect, and 2-4 is grabbed under clamping and is located on the downside of restoring spring 2-5, grabs 2-4 under clamping
It is grabbed on the downside of 2-6 positioned at side is clamped, 2-4 is grabbed under clamping and connect with clamping side and grab 2-6, restoring spring 2-5 is grabbed under 2-6 positioned at clamping side
Side, restoring spring 2-5 grab 2-6 with clamping side and connect, and clamping side grabs 2-6 and is located at two two sides 2-7 of thrust hydraulic stem, one 2- of hydraulic stem
1 stretches out, and hydraulic stem one 2-1 band two 2-2 of movable slider is moved downward, and two 2-2 of sliding block is moved downward along slideway 2-3, two 2-2 band of sliding block
2-4 is grabbed under dynamic clamping to move upwards, and 2-4 is grabbed under clamping, clamping side is driven to grab laterally outside movement, restoring spring 2-5 quilt under 2-6
It stretches, restoring spring 2-5 stores elastic potential energy, and clamping side grabs 2-6 rising and firmly grasps article；
It grabs 2-4 under clamping to be made of lower part lifting seat 2-4-1, lower feeding wheel 2-4-2, under lower part lifting seat 2-4-1 is located at
On the downside of feed wheel 2-4-2, lower part lifting seat 2-4-1 is connect with lower feeding wheel 2-4-2, and lower part lifting seat 2-4-1 is moved upwards, under
Portion lifting seat 2-4-1 drives lower feeding wheel 2-4-2 to move upwards, and lower feeding wheel 2-4-2 and article clamp, lower part lifting seat 2-4-
1 moves upwards, and lower part lifting seat 2-4-1 drives side feed wheel 2-6-3 rotation, reduces frictional force；
Clamping side is grabbed 2-6 and is made of clamping jaw seat 2-6-1, side clamping jaw 2-6-2, side feed wheel 2-6-3, anti-attrition wheel 2-6-4,
Clamping jaw seat 2-6-1 is located on the right side of the clamping jaw 2-6-2 of side, and clamping jaw seat 2-6-1 is connect with side clamping jaw 2-6-2, and side clamping jaw 2-6-2 is located at side
On the upside of feed wheel 2-6-3, side clamping jaw 2-6-2 is connect with side feed wheel 2-6-3, and side feed wheel 2-6-3 is located at anti-attrition wheel 2-6-4
Downside, anti-attrition wheel 2-6-4 are located on the upside of the clamping jaw 2-6-2 of side, and anti-attrition wheel 2-6-4 is connect with side clamping jaw 2-6-2, lower part lifting seat
2-4-1 drives feed wheel 2-6-3 in side to move outward, and side feed wheel 2-6-3 drives clamping jaw 2-6-2 in side to move outward, side folder
Pawl 2-6-2 drives inwardly movement on the upside of anti-attrition wheel 2-6-4, and anti-attrition wheel 2-6-4 and article clamp, and two 2-7 of thrust hydraulic stem stretches
Out, article is pushed to travel forward, article drives lower feeding wheel 2-4-2 rotation, and article drives anti-attrition wheel 2-6-4 rotation, before reduction
Into resistance；
Installation shell 3 is formed by cutting installation section 3-1, grabbing object installation section 3-2, and cutting installation section 3-1, which is located at, to be grabbed
On the left of the 3-2 of object installation section, cutting installation section 3-1 is connect with object installation section 3-2 is grabbed；
Slice combination 1, which is located at, clamps 2 left side of combination, and slice combination 1 is located at 3 left side of installation shell, slice combination 1 and installation
Shell 3 connects, and clamps combination 2 and is located at 3 right side of installation shell, clamps combination 2 and connect with installation shell 3.
Specific embodiment 2:
Illustrate present embodiment, present embodiment below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9
Embodiment one is described further, the swing rod 1-2-3 is connect with cutting installation section 3-1.
Specific embodiment 3:
Illustrate present embodiment, present embodiment below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9
Embodiment one is described further, the knife bar 1-2-4 that holds is connect with cutting installation section 3-1.
Specific embodiment 4:
Illustrate present embodiment, present embodiment below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9
Embodiment one is described further, the swingle 1-2-1 is connect with from belt wheel 1-1-4.
The working principle of the utility model is: clamping the working principle of feeding as one 2-1 of hydraulic stem stretching, one 2- of hydraulic stem
1 band two 2-2 of movable slider move downward, two 2-2 of sliding block is moved downward along slideway 2-3, two 2-2 of sliding block drive clamp under grab 2-4 to
Upper movement, grabs 2-4 and drives to clamp side and grab under 2-6 laterally outside and move under clamping, restoring spring 2-5 is stretched, restoring spring 2-5
Elastic potential energy is stored, clamping side grabs 2-6 rising and firmly grasps article.Lower part lifting seat 2-4-1 is moved upwards, lower part lifting seat 2-4-
1 drive lower feeding wheel 2-4-2 is moved upwards, and lower feeding wheel 2-4-2 and article clamp, and lower part lifting seat 2-4-1 is moved upwards,
Lower part lifting seat 2-4-1 drives side feed wheel 2-6-3 rotation, reduces frictional force, and lower part lifting seat 2-4-1 drives side feed wheel 2-
6-3 is moved outward, and side feed wheel 2-6-3 drives clamping jaw 2-6-2 in side to move outward, and side clamping jaw 2-6-2 drives anti-attrition wheel 2-
Inwardly movement on the upside of 6-4, anti-attrition wheel 2-6-4 and article clamp, and two 2-7 of thrust hydraulic stem stretches out, and pushes article to travel forward, object
Product drive lower feeding wheel 2-4-2 rotation, and article drives anti-attrition wheel 2-6-4 rotation, reduces the resistance of advance；One 2-1 of hydraulic stem is received
It returns, hydraulic stem one 2-1 band two 2-2 of movable slider is moved right, and two 2-2 of sliding block is moved right along slideway 2-3, and two 2-2 of sliding block drives
2-4 is grabbed under clamping to move downward, 2-4 is grabbed under clamping drives to clamp side and grab and move on the downside of 2-6 to downside, and restoring spring 2-5 is elastic
Potential energy is kinetic energy, and restoring spring 2-5 drives clamping side to grab on the downside of 2-6 and inwardly moves, and article is released.The work of slice is former
Reason is that motor 1-1-1 rotates, and motor 1-1-1 drives main pulley 1-1-2 rotation, and main pulley 1-1-2 drives transmission belt 1-1-3 fortune
Dynamic, transmission belt 1-1-3, which drives from belt wheel 1-1-4, to be rotated, and drives swingle 1-2-1 rotation, swingle 1-2-1 from belt wheel 1-1-4
Band one 1-2-2 of movable slider rotates, and one 1-2-2 of sliding block drives swing rod 1-2-3 to swing, and knife bar 1-2-4 pendulum is held in swing rod 1-2-3 drive
It is dynamic, it holds knife bar 1-2-4 and bidentate cutter 1-2-5 is driven to move up and down, bidentate cutter 1-2-5 is sliced article.
Certainly, above description is not limitation of the utility model, and the utility model is also not limited to the example above, this skill
The variations, modifications, additions or substitutions that the those of ordinary skill in art field is made in the essential scope of the utility model, also belong to
In the protection scope of the utility model.
Claims (4)
1. a kind of electric automatization slicer, including slice combination (1), clamping combination (2), installation shell (3) composition, feature
Be: slice combination (1) is made of power combination (1-1), movement combination (1-2), and power combination (1-1) is located at movement combination
On the left of (1-2), power combination (1-1) is connect with movement combination (1-2)；
Power combination (1-1) by motor (1-1-1), main pulley (1-1-2), transmission belt (1-1-3), form from belt wheel (1-1-4),
Motor (1-1-1) is located on rear side of main pulley (1-1-2), and motor (1-1-1) is connect with main pulley (1-1-2), main pulley (1-1-2)
On the downside of transmission belt (1-1-3), main pulley (1-1-2) is connect with transmission belt (1-1-3), and transmission belt (1-1-3) is located at from band
It takes turns on the downside of (1-1-4), transmission belt (1-1-3) is connect with from belt wheel (1-1-4)；
Movement combination (1-2) by swingle (1-2-1), sliding block one (1-2-2), swing rod (1-2-3), hold knife bar (1-2-4), bidentate
Cutter (1-2-5) composition, swingle (1-2-1) are located on the upside of sliding block one (1-2-2), swingle (1-2-1) and one (1-2- of sliding block
2) it connects, swingle (1-2-1), which is located at, to be held on the downside of knife bar (1-2-4), and swingle (1-2-1) is connect with knife bar (1-2-4) is held, sliding
Block one (1-2-2) is located on the outside of swing rod (1-2-3), and sliding block one (1-2-2) is connect with swing rod (1-2-3), and swing rod (1-2-3) is located at
It holds on the left of knife bar (1-2-4), swing rod (1-2-3) connect with knife bar (1-2-4) is held, holds knife bar (1-2-4) and be located at bidentate cutter (1-
2-5) left side, holds knife bar (1-2-4) and connect with bidentate cutter (1-2-5), and bidentate cutter (1-2-5) is located at swing rod (1-2-3) left side
Side；
Combination (2) is clamped by grabbing (2-4), restoring spring under hydraulic stem one (2-1), sliding block two (2-2), slideway (2-3), clamping
(2-6), thrust hydraulic stem two (2-7) composition are grabbed in (2-5), clamping side, and hydraulic stem one (2-1) is located on the left of sliding block two (2-2), liquid
Compression bar one (2-1) is connect with sliding block two (2-2), and sliding block two (2-2) is located on the upside of slideway (2-3), sliding block two (2-2) and slideway
(2-3) connection, sliding block two (2-2), which is located under clamping, grabs on the downside of (2-4), grabs (2-4) under sliding block two (2-2) and clamping and connect, presss from both sides
(2-4) is grabbed under tight to be located on the downside of restoring spring (2-5), and (2-4) is grabbed under clamping and is grabbed on the downside of (2-6) positioned at side is clamped, is grabbed under clamping
(2-4) grabs (2-6) and connect with side is clamped, and restoring spring (2-5), which is located at, to be clamped side and grab on the downside of (2-6), restoring spring (2-5) with press from both sides
(2-6) connection is grabbed in tight side, and clamping side grabs (2-6) and is located at the two sides thrust hydraulic stem two (2-7)；
It grabs (2-4) under clamping to be made of lower part lifting seat (2-4-1), lower feeding wheel (2-4-2), the position lower part lifting seat (2-4-1)
On the downside of lower feeding wheel (2-4-2), lower part lifting seat (2-4-1) is connect with lower feeding wheel (2-4-2)；
It clamps side and grabs (2-6) by clamping jaw seat (2-6-1), side clamping jaw (2-6-2), side feed wheel (2-6-3), anti-attrition wheel (2-6-4)
Composition, clamping jaw seat (2-6-1) are located on the right side of side clamping jaw (2-6-2), and clamping jaw seat (2-6-1) is connect with side clamping jaw (2-6-2), side folder
Pawl (2-6-2) is located on the upside of side feed wheel (2-6-3), and side clamping jaw (2-6-2) is connect with side feed wheel (2-6-3), side feed wheel
(2-6-3) is located on the downside of anti-attrition wheel (2-6-4), and anti-attrition wheel (2-6-4) is located on the upside of side clamping jaw (2-6-2), anti-attrition wheel (2-6-4)
It is connect with side clamping jaw (2-6-2)；
Installation shell (3) is formed by cutting installation section (3-1), grabbing object installation section (3-2), cuts the position installation section (3-1)
In grabbing on the left of object installation section (3-2), cutting installation section (3-1) is connect with object installation section (3-2) is grabbed；
Slice combination (1), which is located at, to be clamped on the left of combination (2), and slice combination (1) is located on the left of installation shell (3), slice combination (1)
It is connect with installation shell (3), clamps combination (2) and be located on the right side of installation shell (3), clamp combination (2) and installation shell (3) even
It connects.
2. a kind of electric automatization slicer according to claim 1, it is characterised in that: the swing rod (1-2-3) with cut
Cut installation section (3-1) connection.
3. a kind of electric automatization slicer according to claim 1, it is characterised in that: it is described hold knife bar (1-2-4) with
Cut installation section (3-1) connection.
4. a kind of electric automatization slicer according to claim 1, it is characterised in that: the swingle (1-2-1) with
It is connected from belt wheel (1-1-4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920216600.XU CN209520947U (en) | 2019-02-20 | 2019-02-20 | A kind of electric automatization slicer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920216600.XU CN209520947U (en) | 2019-02-20 | 2019-02-20 | A kind of electric automatization slicer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209520947U true CN209520947U (en) | 2019-10-22 |
Family
ID=68230656
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920216600.XU Expired - Fee Related CN209520947U (en) | 2019-02-20 | 2019-02-20 | A kind of electric automatization slicer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209520947U (en) |
-
2019
- 2019-02-20 CN CN201920216600.XU patent/CN209520947U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191022 Termination date: 20210220 |