CN207954131U - Strip processing unit (plant) in a kind of laboratory glass slide box - Google Patents
Strip processing unit (plant) in a kind of laboratory glass slide box Download PDFInfo
- Publication number
- CN207954131U CN207954131U CN201820274982.7U CN201820274982U CN207954131U CN 207954131 U CN207954131 U CN 207954131U CN 201820274982 U CN201820274982 U CN 201820274982U CN 207954131 U CN207954131 U CN 207954131U
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- bearing seat
- connect
- bearing
- rack
- side board
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Abstract
The utility model discloses strip processing unit (plant)s in a kind of laboratory glass slide box,Including rack,Landing slab,Three-phase asynchronous Ac motor,Stepping slide unit component,Rotor component,Feeding hold-down mechanism,End bar,Side board one and side board two,Landing slab is fixedly connected with rack top,Three-phase asynchronous Ac motor is connect with rack lower end,And three-phase asynchronous Ac motor output shaft is equipped with big belt wheel,Landing slab side is equipped with first bearing seat,Other side is equipped with second bearing seat,And second bearing seat is equipped with notch,Centre is equipped with two closed slides,Rotor component one end is rotatablely connected with first bearing seat,Other end is rotatablely connected with second bearing seat,Stepping slide unit component is by stepper motor,Sliding platform,Rack and sliding block composition,Improve rotor unit replacement efficiency,In addition the processing of different size strip is adapted to,Versatility is high,Reduce production cost,And pass through feeding hold-down mechanism,The operation of the compression after material is realized,It avoids and the material returned occurs.
Description
Technical field
The utility model belongs to the strip process units technical field in glass slide case, specifically, this practicality is new
Type is related to strip processing unit (plant) in a kind of laboratory glass slide box.
Background technology
Glass slide be with when micro- sem observation thing for putting the sheet glass or quartz plate of thing, will be thin when makes sample
Born of the same parents or histotomy are placed on glass slide, and coverslip is placed on it, and are used as observation.Because of the specific use of glass slide, it is necessary to
Ensure its cleaning, so as not to it is contaminated, so being typically all to be filled with Glass carrier box.Glass carrier box is the box for storing glass slide
Son, Glass carrier box can be divided into plastics (ABS or PP), wooden by material, and plastics use mold injection molding, and wooden needs to use
The molding of batten machining is the strip with card slot.
The rotor group of traditional strip processing unit (plant) is bit by bit to be assembled on bearing block, encounters the card of different length
Item increases and decreases the disk cutter trouble on rotor；In addition because the size of glass slide is different so that the length of strip and height difference,
In strip process, corresponding different production equipment, production cost height；And traditional strip process equipment does not clamp
Equipment so that strip is susceptible to the material returned in process.
Utility model content
Strip processing unit (plant) in a kind of laboratory glass slide box of the utility model offer improves rotor unit replacement effect
In addition rate adapts to the processing of different size strip, versatility is high, reduces production cost, and by feeding hold-down mechanism, realize
The operation of the compression after material has been gone up, has avoided and the material returned occurs.
To achieve the goals above, the technical solution that the utility model is taken is：Block in a kind of laboratory glass slide box
Bar processing unit, including rack, landing slab, three-phase asynchronous Ac motor, stepping slide unit component, rotor component, feeding compacting machine
Structure, end bar, side board one and side board two, the landing slab are fixedly connected with rack top, the phase asynchronous alternating current
Machine is connect with rack lower end, and three-phase asynchronous Ac motor output shaft is equipped with big belt wheel, and the landing slab side is equipped with first
Bearing block, other side is equipped with second bearing seat, and second bearing seat is equipped with notch, and centre is equipped with two closed slides, described
Rotor component one end is rotatablely connected with first bearing seat, and other end is rotatablely connected with second bearing seat, the stepping slide unit group
Part is made of stepper motor, sliding platform, rack and sliding block, is connected among the stepper motor and landing slab bottom, the step
The output shaft of stepper motor is equipped with gear, and the sliding block is connect with sliding platform lower end, and sliding platform passes through sliding block and guide rail
It is slidably connected, the rack is connect with sliding platform lower face, and wheel and rack engages, the feeding hold-down mechanism and sliding
Platform end connects, and the end bar is connect with sliding platform front end, and the side board one passes through bolt with sliding platform side
Connection, the side board two are bolted with the sliding platform other side, wherein the side board one is equipped with countersunk head elongated slot
One, edge is equipped with upper bank one, and the side board two is equipped with countersunk head elongated slot two, and edge is equipped with upper bank two.
Preferably, the sliding platform front end is equipped with ladder platform, and rear end is equipped with rectangular channel, and the end bar is flat with ladder
Platform is bolted, and the feeding hold-down mechanism is connect with rectangular channel.
Preferably, the rotor component by main shaft, bearing head cover flange, rolling bearing, cutterhead and disk cutter is divided to form, institute
It states main shaft one end to be rotatablely connected by rolling bearing and first bearing seat, and one of bearing head cover flange is pressed in rolling bearing
Side is connect with first bearing seat, and the main shaft other end is rotatablely connected by rolling bearing and second bearing seat, and in addition
One bearing head cover flange is pressed in rolling bearing side and is connect with second bearing seat, and the spindle nose is equipped with small pulley, and small
Belt wheel and big belt wheel are described to divide cutterhead alternate with disk cutter to be fixedly connected with main shaft circumferential and axial by triangle band connection,
Adjacent disk cutter is spaced apart by described point of cutterhead.
Preferably, the feeding hold-down mechanism by double piston-rod cylinder, guide pad, pressing plate and guide post group at described double
The rear end of piston rod cylinder and rectangular channel connects, and the piston rod end of the double piston-rod cylinder is connect with guide pad, described to lead
There are two setting to bar, and connect respectively with rectangular channel both sides, the guide pad is slidably connected in guide rod lower end, the pressing plate with
Guide pad connects.
It is using the advantageous effect of above technical scheme：Strip processing unit (plant) in the laboratory glass slide box, for not
With the glass slide of size, the quantity for increasing and decreasing the disk cutter on main shaft is needed, because of rotor component one end and first bearing seat
Rotation connection, other end are rotatablely connected with second bearing seat, and the rotor component is by main shaft, bearing head cover flange, the axis of rolling
It holds, cutterhead and disk cutter is divided to form, described main shaft one end is rotatablely connected by rolling bearing and first bearing seat, and one of them
Bearing head cover flange is pressed in rolling bearing side and is connect with first bearing seat, and the main shaft other end passes through rolling bearing and
Two bearing bracket is rotatablely connected, and another bearing head cover flange is pressed in rolling bearing side and is connect with second bearing seat, described
Spindle nose is equipped with small pulley, and small pulley and big belt wheel be by triangle band connection, it is described divide cutterhead alternate with disk cutter with
Main shaft circumferential and axial are fixedly connected, described that cutterhead is divided to be spaced apart adjacent disk cutter, are especially set in second bearing seat
There is notch, can directly disassemble entire rotor component from first bearing seat and second bearing seat, it is only necessary to will be with
The bearing head cover demounting flange that one bearing block is connected with second bearing seat gets off, and then main shaft pulls outward, and makes to be located at first axle
Rolling bearing in bearing and the rolling bearing in second bearing seat are detached from, point then being connect by main shaft and its with main shaft
Cutterhead and disk cutter are up taken out from notch together, realize rotor component and integrally replace in groups, improve replacement efficiency
The side board one is bolted with sliding platform side, and the side board two is logical with the sliding platform other side
It crosses and is bolted, the side board one is equipped with countersunk head elongated slot one, and edge is equipped with upper bank one, and the side board two is equipped with heavy
Head elongated slot two, edge are equipped with upper bank two, and the upper bank one for changing one edge of side board by countersunk head elongated slot one is flat apart from sliding
The distance of platform upper surface realizes the engaging to different height strip；Change the upper of two edge of side board by countersunk head elongated slot two
Transverse width of the bank two apart from side board one, realizes the card to different length strip；The device is realized to different size
The processing of strip, versatility is high, reduces production cost.
Before processing, batten is manually placed on to the end of side board one and side board two, in side board one and side board
With hand toward being pushed forward under two guiding role, until batten is booked one by one, then start the double-piston in feeding hold-down mechanism
The piston rod driving guide pad of bar cylinder, double piston-rod cylinder is firmly pressed on most under the guiding role of guide rod with pressing plate
The side of latter batten has realized the operation of the compression after material, has avoided and the material returned occur.
Description of the drawings
Fig. 1 is the laboratory glass slide processing unit (plant) entirety assembling schematic diagram；
Fig. 2 is the laboratory glass slide processing unit (plant) entirety assembling front view；
Fig. 3 is that the laboratory glass slide processing unit (plant) integrally assembles left view；
Fig. 4 is the explosive view that rotor component is installed with first bearing seat and second bearing seat；
Fig. 5 is a point cutter head structure schematic diagram；
Fig. 6 is disk cutter structure schematic diagram；
Fig. 7 is second bearing seat structural schematic diagram；
Fig. 8 is feeding hold-down mechanism explosive view；
Fig. 9 is one structural schematic diagram of side board；
Figure 10 is two structural schematic diagram of side board；
Figure 11 is strip structural schematic diagram；
Wherein：
1, rack；2, landing slab；3, three-phase asynchronous Ac motor；4, stepping slide unit component；5, rotor component；6, feeding pressure
Tight mechanism；7, end bar；8, side board one；9, side board two；10, strip；20, first bearing seat；21, second bearing seat；21-
1, notch；22, guide rail；30, big belt wheel；40, stepper motor；40-1, gear；41, sliding platform；41-1, ladder platform；41-
2, rectangular channel；42, rack；43, sliding block；50, main shaft；50-1, small pulley；51, bearing head cover flange；52, rolling bearing；53、
Divide cutterhead；54, disk cutter；60, double piston-rod cylinder；61, guide pad；62, pressing plate；63, guide rod；80, countersunk head elongated slot one；
81, upper bank one；90, countersunk head elongated slot two；91, upper bank two.
Specific implementation mode
Below against attached drawing, by the description of the embodiment, making to specific embodiment of the present utility model further detailed
Thin explanation, it is therefore an objective to help those skilled in the art to the design of the utility model, technical solution have it is more complete, accurate and
Deep understanding, and contribute to its implementation.
As shown in Figures 1 to 10, the utility model is strip processing unit (plant) in a kind of laboratory glass slide box, is improved
In addition rotor unit replacement efficiency adapts to the processing of different size strip, versatility is high, reduces production cost, and pass through feeding
Hold-down mechanism has realized the operation of the compression after material, has avoided and the material returned occur.
Including rack 1, landing slab 2, three-phase asynchronous Ac motor 3, stepping slide unit specifically, as shown in Figures 1 to 10,
Component 4, rotor component 5, feeding hold-down mechanism 6, end bar 7, side board 1 and side board 29, as shown in Figure 1, Figure 2, Figure 3 shows,
The landing slab 2 is fixedly connected with 1 top of rack, and the three-phase asynchronous Ac motor 3 is connect with 1 lower end of rack, and three is different
It walks 3 output shaft of alternating current generator and is equipped with big belt wheel 30,2 side of the landing slab is equipped with first bearing seat 20, and other side is equipped with
Second bearing seat 21, and second bearing seat 21 is equipped with notch 21-1 as shown in Figure 7, centre is equipped with two closed slides 22, described
5 one end of rotor component is rotatablely connected with first bearing seat 20, and other end is rotatablely connected with second bearing seat 21, and the stepping is slided
Platform component 4 is made of stepper motor 40, sliding platform 41, rack 42 and sliding block 43, the stepper motor 40 and 2 bottom of landing slab
The output shaft of centre connection, the stepper motor 40 is equipped with gear 40-1, and the sliding block 43 is connect with 41 lower end of sliding platform,
And sliding platform 41 is slidably connected by sliding block 43 and guide rail 22, the rack 42 is connect with 41 lower face of sliding platform, and tooth
Wheel 40-1 is engaged with rack 42, and as shown in Figure 1, Figure 2, Figure 3 shows, the feeding hold-down mechanism 6 is connect with 41 end of sliding platform, institute
It states end bar 7 to connect with 41 front end of sliding platform, the side board 1 is bolted with 41 side of sliding platform, described
Side board 29 is bolted with 41 other side of sliding platform, as shown in figure 9, the wherein described side board 1 is equipped with countersunk head
Elongated slot 1, edge are equipped with upper bank 1, and as shown in Figure 10, the side board 29 is equipped with countersunk head elongated slot 2 90, and edge is set
There is upper bank 2 91.
As shown in Figure 1,41 front end of the sliding platform is equipped with ladder platform 41-1, rear end is described equipped with rectangular channel 41-2
End bar 7 is bolted with ladder platform 41-1, and the feeding hold-down mechanism 6 is connect with rectangular channel 41-2.
As shown in figure 4, the rotor component 5 by main shaft 50, bearing head cover flange 51, rolling bearing 52, divide cutterhead 53 and
Disk cutter 54 forms, and 50 one end of the main shaft is rotatablely connected by rolling bearing 52 and first bearing seat 20, and one of axis
It holds head cover flange 51 and is pressed in 52 side of rolling bearing and connect with first bearing seat 20,50 other end of the main shaft passes through the axis of rolling
It holds 52 to be rotatablely connected with second bearing seat 21, and another bearing head cover flange 51 is pressed in 52 side of rolling bearing and the second axis
Bearing 21 connects, and 50 end of the main shaft is equipped with small pulley 50-1, and small pulley 50-1 and big belt wheel 30 be by triangle band connection,
As shown in Fig. 1, Fig. 5, Fig. 6, divides cutterhead 53 alternate with disk cutter 54 and be fixedly connected with 50 circumferential and axial of main shaft, it is described to divide knife
Adjacent disk cutter 54 is spaced apart by disk 53.
As shown in Fig. 1, Fig. 8, the feeding hold-down mechanism 6 is by double piston-rod cylinder 60, guide pad 61, pressing plate 62 and is oriented to
Bar 63 forms, and the double piston-rod cylinder 60 is connect with the rear end of rectangular channel 41-2, the piston rod of the double piston-rod cylinder 60
End is connect with guide pad 61, there are two the guide rod 63 is set, and is connect respectively with the both sides rectangular channel 41-2, the guide pad
61 are slidably connected in 63 lower end of guide rod, and the pressing plate 62 is connect with guide pad 61.
Specific working mode is illustrated with specific embodiment below：
Embodiment 1：
Batten is manually placed on one 8 He of side board by strip processing unit (plant) in the laboratory glass slide box before processing
The end of side board 29, with hand toward being pushed forward under the guiding role of side board 1 and side board 29, until batten one by one
It is booked, then starts the double piston-rod cylinder 60 in feeding hold-down mechanism 6, the piston rod of double piston-rod cylinder 60 drives guide pad
61 are firmly pressed on the side of last root batten under the guiding role of guide rod 63 with pressing plate 62, after having realized material
Compression operation, avoid and the material returned occur.
After above-mentioned preparation is ready, first start three-phase asynchronous Ac motor 3, three-phase asynchronous Ac motor 3 drives greatly
Belt wheel 30 by V-belt with small pulley 50-1 rotate, small pulley 50-1 driving spindles 50 rotate, main shaft 50 with main shaft
What 50 circumferential and axial were fixedly connected divides cutterhead 53 and disk cutter 54 to rotate together, and then restarts stepper motor 40 and drives gear
40-1 is rotated, and gear 40-1 drives entire sliding platform 41 slowly to be moved forward along guide rail 22 by rack 42 so that each
Root batten is by 54 machining of disk cutter.
Embodiment 2：
Strip processing unit (plant) in the laboratory glass slide box needs to increase and decrease main shaft 50 for various sizes of glass slide
On disk cutter 54 quantity because described 5 one end of rotor component and first bearing seat 20 are rotatablely connected, other end and second
Bearing block 21 be rotatablely connected, the rotor component 5 by main shaft 50, bearing head cover flange 51, rolling bearing 52, divide cutterhead 53 and disk
Cutter 54 forms, and 50 one end of the main shaft is rotatablely connected by rolling bearing 52 and first bearing seat 20, and one of bearing
Head cover flange 51 is pressed in 52 side of rolling bearing and is connect with first bearing seat 20, and 50 other end of the main shaft passes through rolling bearing
52 are rotatablely connected with second bearing seat 21, and another bearing head cover flange 51 is pressed in 52 side of rolling bearing and second bearing
Seat 21 connects, and 50 end of the main shaft is equipped with small pulley 50-1, and small pulley 50-1 passes through triangle band connection, institute with big belt wheel 30
State point cutterhead 53 it is alternate with disk cutter 54 be fixedly connected with 50 circumferential and axial of main shaft, it is described that cutterhead 53 is divided to cut adjacent disk
Knife 54 is spaced apart, and especially second bearing seat 21 is equipped with notch 21-1, can be directly by entire rotor component 5 from first axle
It is disassembled in bearing 20 and second bearing seat 21, it is only necessary to the bearing that will be connect with first bearing seat 20 and second bearing seat 21
Head cover flange 51 disassembles, and then main shaft 50 pulls outward, and makes the rolling bearing 52 being located in first bearing seat 20 and is located at
Rolling bearing 52 in second bearing seat 21 is detached from, and what is then connect by main shaft 50 and its with main shaft 50 divides cutterhead 53 and disk cutter
54 up take out from notch 21-1 together, realize 5 one of rotor component and replace in groups, improve replacement efficiency.
The side board 1 is bolted with 41 side of sliding platform, and the side board 29 is another with sliding platform 41
Side is bolted, and the side board 1 is equipped with countersunk head elongated slot 1, and edge is equipped with upper bank 1, the side
Plate 29 is equipped with countersunk head elongated slot 2 90, and edge is equipped with upper bank 2 91, changes one 8 edge of side board by countersunk head elongated slot 1
Distance of the upper bank 1 apart from 41 upper surface of sliding platform, realize the engaging to different height strip 10；Pass through countersunk head
Elongated slot 2 90 changes transverse width of the upper bank 2 91 at 29 edge of side board apart from side board 1, realizes to different length
The card of strip 10；Processing of the device to different size strip 10 is realized, versatility is high, reduces production cost.
The utility model is exemplarily described above in association with attached drawing, it is clear that the utility model implements not
It is limited by aforesaid way, as long as using the various unsubstantialities of the methodology and technical solution progress of the utility model
Improvement；Or it is not improved, above-mentioned design and technical solution by the utility model directly apply to other occasions, at this
Within the protection domain of utility model.
Claims (4)
1. strip processing unit (plant) in a kind of laboratory glass slide box, it is characterised in that：Including rack (1), landing slab (2), three
Phase asynchronous AC motor (3), stepping slide unit component (4), rotor component (5), feeding hold-down mechanism (6), end bar (7), side
Plate one (8) and side board two (9), the landing slab (2) are fixedly connected with rack (1) top, the three-phase asynchronous Ac motor
(3) it is connect with rack (1) lower end, and three-phase asynchronous Ac motor (3) output shaft is equipped with big belt wheel (30), the landing slab
(2) side is equipped with first bearing seat (20), and other side is equipped with second bearing seat (21), and second bearing seat (21) is equipped with slot
Mouth (21-1), centre are equipped with two closed slides (22), and described rotor component (5) one end is rotatablely connected with first bearing seat (20),
Other end is rotatablely connected with second bearing seat (21), and the stepping slide unit component (4) is by stepper motor (40), sliding platform
(41), rack (42) and sliding block (43) composition, the stepper motor (40) and landing slab (2) bottom centre are connect, the stepping
The output shaft of motor (40) is equipped with gear (40-1), and the sliding block (43) connect with sliding platform (41) lower end, and slides flat
Platform (41) is slidably connected by sliding block (43) and guide rail (22), and the rack (42) connect with sliding platform (41) lower face, and
Gear (40-1) is engaged with rack (42), and the feeding hold-down mechanism (6) connect with sliding platform (41) end, the end bar
(7) it is connect with sliding platform (41) front end, the side board one (8) is bolted with sliding platform (41) side, described
Side board two (9) is bolted with sliding platform (41) other side, wherein the side board one (8) is equipped with countersunk head elongated slot
One (80), edge are equipped with upper bank one (81), and the side board two (9) is equipped with countersunk head elongated slot two (90), and edge is equipped with upper ditch
Along two (91).
2. strip processing unit (plant) in a kind of laboratory glass slide box according to claim 1, it is characterised in that：The cunning
Moving platform (41) front end is equipped with ladder platform (41-1), and rear end is equipped with rectangular channel (41-2), the end bar (7) and ladder platform
(41-1) is bolted, and the feeding hold-down mechanism (6) connect with rectangular channel (41-2).
3. strip processing unit (plant) in a kind of laboratory glass slide box according to claim 1, it is characterised in that：The knife
Roll assembly (5) by main shaft (50), bearing head cover flange (51), rolling bearing (52), cutterhead (53) and disk cutter (54) is divided to form,
Described main shaft (50) one end is rotatablely connected by rolling bearing (52) and first bearing seat (20), and one of bearing head cover method
Blue (51) are pressed in rolling bearing (52) side and are connect with first bearing seat (20), and main shaft (50) other end passes through the axis of rolling
It holds (52) to be rotatablely connected with second bearing seat (21), and another bearing head cover flange (51) is pressed in rolling bearing (52) side
It is connect with second bearing seat (21), main shaft (50) end is equipped with small pulley (50-1), and small pulley (50-1) and big belt wheel
(30) described to divide cutterhead (53) alternate with disk cutter (54) and main shaft (50) circumferential and axial fixation company by triangle band connection
It connects, it is described that cutterhead (53) is divided to be spaced apart adjacent disk cutter (54).
4. strip processing unit (plant) in a kind of laboratory glass slide box according to claim 2, it is characterised in that：On described
Material hold-down mechanism (6) is made of double piston-rod cylinder (60), guide pad (61), pressing plate (62) and guide rod (63), the dual-active
Stopper rod cylinder (60) is connect with the rear end of rectangular channel (41-2), the piston rod end of the double piston-rod cylinder (60) and guide pad
(61) it connects, there are two the guide rod (63) sets, and is connect respectively with the both sides rectangular channel (41-2), the guide pad (61) exists
Guide rod (63) lower end is slidably connected, and the pressing plate (62) connect with guide pad (61).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820274982.7U CN207954131U (en) | 2018-02-26 | 2018-02-26 | Strip processing unit (plant) in a kind of laboratory glass slide box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820274982.7U CN207954131U (en) | 2018-02-26 | 2018-02-26 | Strip processing unit (plant) in a kind of laboratory glass slide box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207954131U true CN207954131U (en) | 2018-10-12 |
Family
ID=63740014
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820274982.7U Expired - Fee Related CN207954131U (en) | 2018-02-26 | 2018-02-26 | Strip processing unit (plant) in a kind of laboratory glass slide box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207954131U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108189161A (en) * | 2018-02-26 | 2018-06-22 | 安徽工程大学 | Strip processing unit (plant) in a kind of laboratory glass slide box |
-
2018
- 2018-02-26 CN CN201820274982.7U patent/CN207954131U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108189161A (en) * | 2018-02-26 | 2018-06-22 | 安徽工程大学 | Strip processing unit (plant) in a kind of laboratory glass slide box |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181012 Termination date: 20210226 |
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| CF01 | Termination of patent right due to non-payment of annual fee |