CN207810889U - Sealed in unit photoelectric induction device - Google Patents
Sealed in unit photoelectric induction device Download PDFInfo
- Publication number
- CN207810889U CN207810889U CN201721872759.4U CN201721872759U CN207810889U CN 207810889 U CN207810889 U CN 207810889U CN 201721872759 U CN201721872759 U CN 201721872759U CN 207810889 U CN207810889 U CN 207810889U
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- cabinet
- positioning
- shaped frame
- connect
- photosensitive sensor
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- Length Measuring Devices By Optical Means (AREA)
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Abstract
Sealed in unit photoelectric induction device, including cabinet, the top of cabinet is installed by adjustable height positioning device, the adjustable height positioning device includes positioning bearing and telescopic rod, the outer ring of positioning bearing is connect with cabinet, the inner ring for positioning bearing connects positioning bolt, the top of positioning bolt is threadedly coupled location nut, the utility model is matched by positioning bolt and location nut, the height for adjusting U-shaped frame and matched laser beam emitting device and photosensitive sensor can be facilitated, so as to so that adjustable height positioning device is adapted to the stack paper of different height, adjustable height positioning device can be made to may not need, the paper that dismounting installation just can adapt to different height range is carried out to laser beam emitting device and photosensitive sensor, it is convenient and efficient.
Description
Technical field
The utility model is related to a kind of sensing device, more precisely a kind of sealed in unit photoelectric induction device.
Background technology
Generally require to use determining for laser beam emitting device and photosensitive sensor composition in the process of manufacture of sealed in unit
Position device avoids excessive or very few paper from encapsulating to ensure that the paper to correct number is packaged.Existing positioning dress
The position of the laser beam emitting device and photosensitive sensor set is relatively fixed, and the stack paper that can only adapt to specific model is monitored
Positioning.When the stack paper for needing more to feel grateful the position of light emitting devices and photosensitive sensor to adapt to new model, need
Laser beam emitting device and photosensitive sensor are disassembled further according to actual needs punching installation, it is inconvenient.
Invention content
The purpose of this utility model is to provide a kind of sealed in unit photoelectric induction device, can solve the problem above-mentioned.
The utility model to achieve the above object, is achieved through the following technical solutions：
The top of sealed in unit photoelectric induction device, including cabinet, cabinet is installed by adjustable height positioning device, the adjustable height
Positioning device includes that positioning bearing and telescopic rod, the outer ring for positioning bearing are connect with cabinet, positions the inner ring connection positioning of bearing
The top of bolt, positioning bolt is threadedly coupled location nut, and the side of location nut connects U-shaped frame, and U-shaped frame is inverted U-shaped
The side of platy structure, U-shaped frame connects laser beam emitting device, and the other side of U-shaped frame connects photosensitive sensor, laser beam emitting device
The laser sent out can reach photosensitive sensor, and the lower end of telescopic rod is connect with cabinet, the upper end of telescopic rod and location nut
The other side connects, and the middle part of U-shaped frame connects wind turbine.
The utility model is matched by positioning bolt and location nut, can be facilitated and be adjusted U-shaped frame and matched
The height of laser beam emitting device and photosensitive sensor, so as to so that adjustable height positioning device is adapted to the stacking of different height
Paper, can make adjustable height positioning device may not need to laser beam emitting device and photosensitive sensor carry out dismounting installation can
The paper of different height range is adapted to, it is convenient and efficient.The positioning bolt and location nut of the utility model are combined, and are rotated every time
The positioning bolt of individual pen can make location nut and U-shaped frame adjust one section of height of very little, so as to be conveniently operated personnel by light
Dependent sensor and laser beam emitting device are adjusted precisely to suitable height.The U-shaped frame of the utility model is inverted U-board shape knot
Structure can either conveniently make photosensitive sensor and laser beam emitting device be maintained at suitable height, while can be arrived to avoid itself affect
The placement of stack paper.The positioning bearing of the utility model can either make positioning bolt keep connecting with cabinet, while can be square
Just the rotation of positioning bolt.The telescopic rod of the utility model can either facilitate the lifting of location nut, while can avoid positioning
Nut follows choosing to install for positioning bolt and rotates.The wind turbine of the utility model can survey paper in adjustable height positioning device
Wind-force is blown out when amount downwards, makes close-packed arrays between paper, keeps adjustable height positioning device more accurate to the measurement of stack paper.
Controller is also installed, the controller of the utility model is PLC module or microcontroller, and controller can be according to light sensor on cabinet
The inductive signal of device, control alarm send out alarm.Specifically used method is first to adjust location nut to photosensitive sensor height
In the height of stack paper, then rotational positioning bolt, makes photosensitive sensor fall, when photosensitive sensor falls to paper can
When the laser that blocking laser beam emitting device is sent out reaches photosensitive sensor, photosensitive sensor sends electric signal, control to controller
Device control alarm sends out alarm.
Sliding block is arranged in connecting sliding rail on the cabinet, sliding rail top, and sliding block can be slided freely on sliding rail, be connected on sliding block
Connect sliding platform.
The sliding platform of the utility model can be free to slide under the action of sliding rail and sliding block coordinate, convenient to be set in encapsulation
Standby photoelectric induction device unloads the paper of stacking after being measured, U-shaped frame is avoided to hinder the unloading of stack paper.
Including cabinet, adjustable height positioning device is installed on the top of cabinet, and the adjustable height positioning device includes positioning bearing
And telescopic rod, the outer ring for positioning bearing are connect with cabinet, position the inner ring connection positioning bolt of bearing, the top spiral shell of positioning bolt
Line connects location nut, and the side of location nut connects U-shaped frame, and U-shaped frame is inverted U-shaped platy structure, the side of U-shaped frame
Laser beam emitting device is connected, the other side of U-shaped frame connects photosensitive sensor, and the laser that laser beam emitting device is sent out can reach light
The lower end of dependent sensor, telescopic rod is connect with cabinet, and the upper end of telescopic rod and the other side of location nut connect, in U-shaped frame
Portion connects wind turbine.
In order to further realize the purpose of this utility model, following technical scheme can also be used:It is connected on the cabinet
Sliding block is arranged in sliding rail, sliding rail top, and sliding block can be slided freely on sliding rail, and sliding platform is connected on sliding block.
The top of the cabinet connects ruler, the upper end side concatenation pointer of telescopic rod, and pointer coordinates with ruler.
The utility model has the advantage of：The utility model is matched by positioning bolt and location nut, can be facilitated
The height for adjusting U-shaped frame and matched laser beam emitting device and photosensitive sensor, so as to so that adjustable height positioning device
It is adapted to the stack paper of different height, adjustable height positioning device can be made to may not need to laser beam emitting device and photosensitive biography
Sensor carries out the paper that dismounting installation just can adapt to different height range, convenient and efficient.The positioning bolt of the utility model and
Location nut is combined, and rotates the positioning bolt of individual pen every time and location nut and U-shaped frame can be made to adjust one section of height of very little, from
And personnel can be conveniently operated, photosensitive sensor and laser beam emitting device are adjusted precisely to suitable height.The utility model
U-shaped frame, which is inverted U-shaped platy structure, so that photosensitive sensor and laser beam emitting device is maintained at suitable height,
It simultaneously can be to avoid the placement of itself affect to stack paper.The positioning bearing of the utility model can either make positioning bolt and cabinet
Body keeps connection, while can facilitate the rotation of positioning bolt.The telescopic rod of the utility model can either facilitate location nut
Lifting, while location nut can be avoided to follow choosing to install for positioning bolt and rotate.The wind turbine of the utility model can be adjustable
High positioning device blows out downwards wind-force when being measured to paper, makes close-packed arrays between paper, makes adjustable height positioning device pair
The measurement of stack paper is more accurate.Controller is also installed, the controller of the utility model is PLC module or monolithic on cabinet
Machine, controller can control alarm and send out alarm according to the inductive signal of photosensitive sensor.Specifically used method is first will
Location nut adjusts to photosensitive sensor the height for being higher than stack paper, and then rotational positioning bolt, makes photosensitive sensor fall,
When photosensitive sensor, which falls to the laser that paper can stop that laser beam emitting device is sent out, reaches photosensitive sensor, light sensor
Device sends electric signal to controller, and controller control alarm sends out alarm.The utility model also has compact, system simple for structure
Make advantage of low cost and using simplicity.
Description of the drawings
Attached drawing is used to provide a further understanding of the present invention, and a part for constitution instruction, with this practicality
Novel embodiment for explaining the utility model, does not constitute limitations of the present invention together.In the accompanying drawings：
Fig. 1 is the structural schematic diagram of the utility model.
Mark component：1 positioning bolt, 2 location nut, 3 pointer, 4 ruler, 5 photosensitive sensor, 6 controller, 7 telescopic rod 8 positions
9 14 air-heater of filling apparatus 10U shapes frame 11 diversion pipe, 12 connecting tube, 13 laser beam emitting device of bearing, 15 cabinet.
Specific implementation mode
The preferred embodiment of the utility model is illustrated below in conjunction with attached drawing, it should be understood that described herein excellent
It selects embodiment to be only used for describing and explaining the present invention, is not used to limit the utility model.
Sealed in unit photoelectric induction device, as shown in Figure 1, including cabinet 15, the top installation adjustable height positioning of cabinet 15
Device, the adjustable height positioning device include positioning bearing 8 and telescopic rod 7, and the outer ring of positioning bearing 8 is connect with cabinet 15, fixed
The inner ring of position bearing 8 connects positioning bolt 1, and the top of positioning bolt 1 is threadedly coupled location nut 2, and the side of location nut 2 connects
U-shaped frame 10 is connect, U-shaped frame 10 is inverted U-shaped platy structure, and the side of U-shaped frame 10 connects laser beam emitting device 13, U-shaped frame 10
The other side connect photosensitive sensor 5, the laser that laser beam emitting device 13 is sent out can reach photosensitive sensor 5, telescopic rod 7
Lower end is connect with cabinet 15, and the upper end of telescopic rod 7 is connect with the other side of location nut 2, and the middle part of U-shaped frame 10 connects wind turbine
19。
The utility model is matched by positioning bolt 1 and location nut 2, can be facilitated and be adjusted U-shaped frame 10 and match therewith
The height of the laser beam emitting device 13 and photosensitive sensor 5 of conjunction, so as to so that adjustable height positioning device is adapted to different height
The stack paper of degree can be such that adjustable height positioning device may not need and be torn open to laser beam emitting device 13 and photosensitive sensor 5
The paper that installation just can adapt to different height range is unloaded, it is convenient and efficient.The positioning bolt 1 and location nut 2 of the utility model
It is combined, rotating the positioning bolt 1 of individual pen every time can make location nut 2 and U-shaped frame 10 adjust one section of height of very little, so as to
It is enough conveniently operated personnel and photosensitive sensor 5 and laser beam emitting device 13 is adjusted precisely to suitable height.The U of the utility model
Shape frame 10, which is inverted U-shaped platy structure, can either conveniently make photosensitive sensor 5 and laser beam emitting device 13 be maintained at suitable
It highly, while can be to avoid the placement of itself affect to stack paper.The positioning bearing 8 of the utility model can either make positioning spiral shell
Bolt 1 keeps connecting with cabinet 15, while can facilitate the rotation of positioning bolt 1.The telescopic rod 7 of the utility model can either facilitate
The lifting of location nut 2, while location nut 2 can be avoided to follow choosing to install and rotating for positioning bolt 1.The utility model
Wind turbine 19 can blow out wind-force downwards when adjustable height positioning device measures paper, make close-packed arrays between paper, make
Adjustable height positioning device is more accurate to the measurement of stack paper.Controller 6, the control of the utility model are also installed on cabinet 15
Device 6 is PLC module or microcontroller, and controller 6 can control alarm and send out alarm according to the inductive signal of photosensitive sensor 5.
Specifically used method is that location nut 2 is first adjusted to photosensitive sensor 5 to the height for being higher than stack paper, then rotational positioning
Bolt 1 makes photosensitive sensor 5 fall, can stop what laser beam emitting device 13 was sent out when photosensitive sensor 5 falls to paper
When laser reaches photosensitive sensor 5, photosensitive sensor 5 sends electric signal to controller 6, and controller 6 controls alarm and sends out police
Report.
Sliding block 17 is arranged in connecting sliding rail 18 on the cabinet 15,18 top of sliding rail, and sliding block 17 can be freely on sliding rail 18
It slides, sliding platform is connected on sliding block 17.
The sliding platform of the utility model can be free to slide under the action of sliding rail 18 and sliding block 17 coordinate, convenient to seal
The standby photoelectric induction device of installing unloads the paper of stacking after being measured, U-shaped frame 10 is avoided to hinder the unloading of stack paper.
The top of the cabinet 15 connects ruler 4, and the upper end side concatenation pointer 3 of telescopic rod 7, pointer 3 is matched with ruler 4
It closes.
The pointer 3 of the utility model can be conveniently operated personnel with the cooperation of ruler 4 and intuitively read laser beam emitting device 13
With the height and position of photosensitive sensor 5.
Finally it should be noted that：The above descriptions are merely preferred embodiments of the present invention, is not limited to this
Utility model, although the utility model is described in detail with reference to the foregoing embodiments, for those skilled in the art
For, it still can be with technical scheme described in the above embodiments is modified, or to which part technical characteristic
Carry out equivalent replacement.Within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on,
It should be included within the scope of protection of this utility model.
Claims (3)
1. sealed in unit photoelectric induction device, it is characterised in that：Including cabinet（15）, cabinet（15）Top installation adjustable height it is fixed
Position device, the adjustable height positioning device include positioning bearing（8）And telescopic rod（7）, position bearing（8）Outer ring and cabinet
（15）Connection positions bearing（8）Inner ring connect positioning bolt（1）, positioning bolt（1）Top be threadedly coupled location nut
（2）, location nut（2）Side connect U-shaped frame（10）, U-shaped frame（10）For inverted U-shaped platy structure, U-shaped frame（10）One
Side connects laser beam emitting device（13）, U-shaped frame（10）The other side connect photosensitive sensor（5）, laser beam emitting device（13）Hair
The laser gone out can reach photosensitive sensor（5）, telescopic rod（7）Lower end and cabinet（15）Connection, telescopic rod（7）Upper end with
Location nut（2）The other side connection, U-shaped frame（10）Middle part connect wind turbine（19）.
2. sealed in unit photoelectric induction device according to claim 1, it is characterised in that：The cabinet（15）Upper connection is slided
Rail（18）, sliding rail（18）Sliding block is arranged in top（17）, sliding block（17）It can be freely in sliding rail（18）Upper sliding, sliding block（17）Upper company
Connect sliding platform.
3. sealed in unit photoelectric induction device according to claim 1, it is characterised in that：The cabinet（15）Top connect
Connect ruler（4）, telescopic rod（7）Upper end side concatenation pointer（3）, pointer（3）With ruler（4）Cooperation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721872759.4U CN207810889U (en) | 2017-12-28 | 2017-12-28 | Sealed in unit photoelectric induction device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721872759.4U CN207810889U (en) | 2017-12-28 | 2017-12-28 | Sealed in unit photoelectric induction device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207810889U true CN207810889U (en) | 2018-09-04 |
Family
ID=63331408
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721872759.4U Active CN207810889U (en) | 2017-12-28 | 2017-12-28 | Sealed in unit photoelectric induction device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207810889U (en) |
-
2017
- 2017-12-28 CN CN201721872759.4U patent/CN207810889U/en active Active
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