CN204568159U - A kind of sucker and suction disc equipment - Google Patents
A kind of sucker and suction disc equipment Download PDFInfo
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- CN204568159U CN204568159U CN201520062001.9U CN201520062001U CN204568159U CN 204568159 U CN204568159 U CN 204568159U CN 201520062001 U CN201520062001 U CN 201520062001U CN 204568159 U CN204568159 U CN 204568159U
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- sucker
- cup assembly
- suction cup
- air
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Abstract
The utility model provides a kind of sucker, and it comprises an air intake passage, an insufflation channel and an adsorption plane, and this adsorption plane is positioned at the bottom surface of sucker, and this air intake passage and insufflation channel all run through and this adsorption plane of gas communication.The utility model also provides a kind of suction disc equipment, comprises above-mentioned sucker, a mobile device, a control setup and a pay-off, and this sucker is fixing on the mobile device.It is simple and can the absorption monolayer advantage of thin layer object of breathing freely separately that a kind of sucker of the present utility model and suction disc equipment have structure.
Description
[technical field]
The utility model relates to sucker technical field, refers in particular to a kind of sucker and suction disc equipment.
[background technology]
Along with the development of society, the raising of human cost, manufacturing artificial conveyor line can be eliminated gradually, the substitute is robotic conveyor line.When notebook PC dispatches from the factory packaging, for attractive in appearance and prevent attract dust between screen and keyboard, a ventilative intermediary paper usually can be placed between.The reason that this intermediary paper is breathed freely is because customer when the notebook PC of open closed state, this intermediary paper is still attached on keyboard, can not be shifted by intermediary paper because of the moment pressure difference opened, and causes user to experience not good.Current factory generally adopts to place this intermediary paper in two ways, and one is adopt manually, which inefficiency, and easily misplaces; Two is utilize single sucker mode to draw intermediary paper, and which instead of manually, but when single draws intermediary paper, easily once draws multiple intermediary papers, cause waste.
[utility model content]
For overcoming the technical matters in current sucker field, the utility model provides a kind of sucker and suction disc equipment.
The utility model provides a kind of sucker, and it comprises an air intake passage, an insufflation channel and an adsorption plane, and this adsorption plane is positioned at the bottom surface of sucker, and this air intake passage and insufflation channel all run through and this adsorption plane of gas communication.
Preferably, it to comprise on one Suction cup assembly and once Suction cup assembly, and on this, Suction cup assembly is fixedly connected on lower Suction cup assembly.
Preferably, this insufflation channel comprises a gas blow pipe, an air blowing chamber and multiple gas hole, the through air blowing chamber of gas blow pipe, and this air blowing chamber is arranged at the middle part of lower Suction cup assembly, and gas hole runs through and is arranged in air blowing chamber.
Preferably, this air intake passage comprises an aspirate tube, an air-breathing annular groove and multiple suction hole, the through air-breathing annular groove of this aspirate tube, and this air-breathing annular groove is arranged at the periphery in air blowing chamber, and suction hole runs through and is arranged in air-breathing annular groove.
Preferably, this lower Suction cup assembly comprises a concave surface further, a step surface and an inclination anchor ring, and this concave surface is arranged in the middle part of the bottom surface of lower Suction cup assembly, this step surface is arranged at the bottom surface outer shroud of lower Suction cup assembly, and this inclination anchor ring excessively connects concave surface and step surface.
Preferably, the angle of this concave surface and inclination anchor ring is 90 °-180 °.
Preferably, gas hole runs through concave surface, and blowing direction is perpendicular to concave surface.
Preferably, gas hole runs through inclination anchor ring, and blowing direction is perpendicular to inclination anchor ring.
Preferably, this lower Suction cup assembly comprises a round platform further, and this round platform is arranged at the middle part of concave surface, and gas hole runs through round platform setting.
The utility model also provides a kind of suction disc equipment, and it comprises a mobile device, a control setup, the sucker of a pay-off and above-mentioned any one, and this sucker is fixing on the mobile device.
Relative to prior art, the advantage that the utility model has is as follows:
1. a kind of sucker of the utility model first embodiment comprises an air intake passage and an insufflation channel, generation blowing force and suction are in adsorption plane respectively, this blowing force is applied on the intermediary paper of lower one deck owing to can pass through ground floor intermediary paper, this configuration avoids when drawing the intermediary paper that ground floor is breathed freely, the intermediary paper of lower one deck is drawn together simultaneously, therefore this sucker can draw separately individual intermediary paper, avoids waste.
2. the suction that air intake passage provides is greater than the blowing force that insufflation channel provides, and avoiding sucker blowing force when drawing intermediary paper excessive, ground floor intermediary paper cannot be picked up.
3. sucker of the present utility model is that upper Suction cup assembly and lower Suction cup assembly assemble, and the technique manufacturing this sucker is reduced greatly with maintenance alternative costs.
4. the relative concave surface of inclination anchor ring of the lower Suction cup assembly of sucker of the present utility model angularly α inclination, concave surface, the plane at inclination anchor ring and step surface place forms an air cavity, when gas hole is blown, whole air cavity aerification, directly blows compared to multiple single gas hole and will stablize many on intermediary paper.
5. a kind of sucker of the second embodiment, its gas hole is arranged on inclination anchor ring, the air-flow of this gas hole blows thereon with relative aquifuges paper angle at 45 °, intermediary paper will to be made to be adsorbed on sucker on intermediary paper more stable compared to directly blowing with 90 ° for which, when reason is to be applied on intermediary paper with the power of the air blowing of this 45° angle degree, its power decomposable asymmetric choice net vertical direction of blowing is applied to the power on intermediary paper and the power in horizontal direction, the power this vertical direction is applied on intermediary paper is compared to directly blowing on intermediary paper half as large with 90 °, and when blowing unstable, fluctuation on this vertical direction is less.
6. a kind of sucker of the 3rd embodiment, a kind of sucker difference of itself and the second embodiment is to further comprise a round platform, and gas hole corresponding tilt anchor ring is vertically installed in the surface of round platform, its advantage is with a kind of sucker of the second embodiment, utilize the angle thus stable absorption intermediary paper that change gas hole air blowing, but sucker is more suitable for the intermediary paper for adsorbing larger area.
7. the utility model the 4th embodiment provides a kind of suction disc equipment, and this suction disc equipment comprises the one of at least one above-mentioned sucker, a mobile device, a control setup and a pay-off.The quantity of this sucker is determined according to the size of intermediary paper, and this suction disc equipment can draw separately individual thin layer object, avoids waste, improves efficiency.
[accompanying drawing explanation]
Fig. 1 is the spatial structure exploded perspective view of a kind of sucker of the utility model first embodiment.
Fig. 2 is the perspective view of a kind of sucker of the utility model first embodiment, and it comprises a concave surface and an inclination anchor ring.
Fig. 3 is the cutaway view of a kind of sucker of the utility model first embodiment, and the angle α of this concave surface and inclination anchor ring equals 135 °.
Fig. 4 is the cutaway view of a kind of sucker of the utility model first embodiment, and the angle α of this concave surface and inclination anchor ring equals 90 °.
Fig. 5 is the cutaway view of a kind of sucker of the utility model first embodiment, and the angle α of this concave surface and inclination anchor ring equals 180 °.
Fig. 6 is the cutaway view of a kind of sucker of the utility model second embodiment.
Fig. 7 is the cutaway view of a kind of sucker of the utility model the 3rd embodiment.
Fig. 8 is the perspective view of a kind of sucker of the utility model the 3rd embodiment.
Fig. 9 is the schematic diagram of the suction method of a kind of sucker of the utility model.
Figure 10 is the structural representation of a kind of suction disc equipment of the utility model.
[detailed description of the invention]
In order to make the purpose of this utility model, technical scheme and advantage are clearly understood, below in conjunction with accompanying drawing and embodiment, are further elaborated to the utility model.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Refer to Fig. 1, a kind of sucker 10 of the utility model first embodiment, it is a cylinder, and shape is not construed as limiting, and also can be square, round platform etc.It to comprise on one Suction cup assembly 11 and once Suction cup assembly 13, and lower Suction cup assembly 13 is one with the class cylinder of several hole and annular groove, and upper Suction cup assembly 11 is one with the disk of several hole.Upper Suction cup assembly 11 relies on gluing or bolt to be fixed on lower Suction cup assembly 13.
This lower Suction cup assembly 13 comprises air blowing chamber 131, air-breathing annular groove 132, multiple gas hole 133, multiple suction hole 134 and multiple screw hole 138.This air blowing chamber 131 is positioned at the middle part of lower Suction cup assembly 13, is provided with multiple gas hole 133 bottom it, and this gas hole 133 runs through lower Suction cup assembly 13.This air-breathing annular groove 132 is positioned at the outside in air blowing chamber 131, and air blowing chamber 131 is surrounded on wherein by it, and this suction hole 134 is arranged on air-breathing annular groove 132, and it runs through lower Suction cup assembly 13.The plurality of screw hole 138 is arranged between air blowing chamber 131 and air-breathing annular groove 132, and it is for being fixedly connected with upper Suction cup assembly 11.
On this, Suction cup assembly 11 is provided with multiple fixed orifice 115, its position correspond to screw hole 138, on this Suction cup assembly 11 utilize bolt pass this fixed orifice 115 dock with screw hole 138 fix.
This sucker 10 comprises gas blow pipe 111 and an aspirate tube 113 further.This gas blow pipe 111 is a hollow tube, an external blowning installation (not shown), it corresponds to air blowing chamber 131 and runs through the middle part being arranged at Suction cup assembly 11, this gas blow pipe 111, and air blowing chamber 131 and gas hole 133 form an insufflation channel (non-label).This aspirate tube 113 is a hollow tube, an external aspirator system (not shown), it corresponds to air-breathing annular groove 132 and runs through the side being arranged at Suction cup assembly 11, this aspirate tube 113, and air-breathing annular groove 132 and suction hole 134 form an air intake passage (non-label).
Refer to Fig. 2, Fig. 3, Fig. 4 and Fig. 5, this lower Suction cup assembly 13 comprises concave surface 137, step anchor ring 135 and an inclination anchor ring 136.This concave surface 137 is arranged in the middle part of the bottom surface of lower Suction cup assembly 13, and it corresponds to air blowing chamber 131, therefore gas hole 133 is through this concave surface 137, and its blowing direction is perpendicular to concave surface 137.This step anchor ring 135 is arranged at the lower peripheral of lower Suction cup assembly 13, and it corresponds to air-breathing circular groove, therefore suction hole 134 is through this step anchor ring 135, and its inspiratory direction is perpendicular to step anchor ring 135.This inclination anchor ring 136 is arranged between the two above-mentioned, and this inclination anchor ring 136 excessively connects concave surface 137 and step surface 135, and inclination anchor ring 136 concave surface 137 angularly α 90 °-180 ° inclinations relatively, optimized angle is 135 °.This concave surface 137, step anchor ring 135 and inclination anchor ring 136 form an adsorption plane (non-label) jointly.
Refer to Fig. 6, for a kind of sucker 20 of the utility model second embodiment, the difference of a kind of sucker 10 of this sucker 20 and the first embodiment is that this gas hole 233 runs through inclination anchor ring 236, and this gas hole 233 is perpendicular to this inclination anchor ring 236, make the direction of blowing perpendicular to this inclination anchor ring 236.
Refer to Fig. 7 and Fig. 8, for a kind of sucker 30 of the utility model the 3rd embodiment, this sucker 30 and a kind of sucker 20 difference of the second embodiment are, this lower Suction cup assembly 33 comprises a round platform 331 further, this round platform 331 is positioned at the middle part of concave surface 337, the one side of this round platform 337 relative tilt anchor ring 336 runs through and is provided with multiple gas hole 333, and gas hole 333 is perpendicular to this inclination anchor ring 336, makes the direction of blowing perpendicular to this inclination anchor ring 336.
Refer to Fig. 9, the suction method of a kind of sucker of the utility model is following (this method adopts a kind of sucker 10 of the first embodiment to draw ventilative intermediary paper 101 and is described, and the physical construction mentioned in following flow process refers to view and the numbering of a kind of sucker 10 that first embodiment of the invention provides):
Step S1: a kind of sucker 10 and a ventilative intermediary paper 101 are provided;
Step S2: when sucker 10 contacts with intermediary paper 101, provide a suction and a blowing force to this contact surface, this suction is greater than blowing force simultaneously;
Step S3: this intermediary paper 101 is adsorbed on after on this sucker 10, only provides suction to this intermediary paper 101; And
Step S4: this sucker 10 mobile drives this intermediary paper 101 to move simultaneously.
In step s 2, gas hole 133 produces blowing force, adjustment suction and blowing force size, make suction slightly larger than blowing force, ground floor intermediary paper 101 just can be drawn by suction, blowing force produces a downward power through ground floor intermediary paper 101 to lower one deck intermediary paper 101, and make both be separated, lower one deck intermediary paper 101 is not followed ground floor intermediary paper 101 and is attached at sucker 10.
In step s3, after ground floor intermediary paper 101 is separated with lower one deck intermediary paper 101, close blowning installation, again aspirator system is closed after relying on computer automatically to locate keyboard place intermediary paper 101 being moved to notebook PC, intermediary paper 101 is positioned on keyboard exactly, moved, sucker 10 returns the lower one deck intermediary paper 101 of absorption simultaneously.
What this method adopted is a kind of sucker 10 of the first embodiment, the concave surface 137 angularly α 135 ° inclination relatively of its inclination anchor ring 136, the advantage of this angle 135 ° is selected to be, concave surface 137, the plane at inclination anchor ring 136 and step surface 135 place forms an air cavity 139, when gas hole 133 is blown, whole air cavity 139 aerification, directly blowing compared to multiple single gas hole 133 will stablize many on intermediary paper 101, the relative concave surface 137 of inclination anchor ring 136 of such as sucker 10 is in 180 ° of inclinations, namely, inclination anchor ring 136 and the angle set-up mode of concave surface 137 in same plane, this adsorption plane is attached at intermediary paper 101 completely, therefore this single gas hole 133 directly blows on intermediary paper, pressure is excessive, easily cause the instability of intermediary paper.
This method is also adoptable is a kind of sucker 20 of the second embodiment, its gas hole 233 is arranged on inclination anchor ring 136, the air-flow of this gas hole 233 blows thereon with relative aquifuges paper 101 angle at 45 °, intermediary paper 101 will to be made to be adsorbed on sucker 20 on intermediary paper 101 more stable compared to directly blowing with 90 ° for which, when reason is to be applied on intermediary paper 101 with the power of the air blowing of this 45° angle degree, its power decomposable asymmetric choice net vertical direction of blowing is applied to the power on intermediary paper 101 and the power in horizontal direction, the power this vertical direction is applied on intermediary paper 101 is compared to directly blowing on intermediary paper 101 half as large with 90 °, and when blowing unstable, fluctuation on this vertical direction is less.
This method is also adoptable is a kind of sucker 30 of the 3rd embodiment, a kind of sucker 20 difference of itself and the second embodiment is to further comprise a round platform 331, and gas hole 333 corresponding tilt anchor ring 336 is vertically installed in the surface of round platform 331, its advantage is with a kind of sucker 20 of the second embodiment, utilize the angle thus stable absorption intermediary paper 101 that change gas hole 333 air blowing, but sucker 30 is more suitable for the intermediary paper for adsorbing larger area.
Refer to Figure 10, a kind of suction disc equipment 50 of fourth embodiment of the invention, this suction disc equipment 50 comprises at least one above-mentioned sucker 10,20, the one of 30, mobile device 502, control setup 503 and a pay-off 504.This sucker 10,20, the quantity of 30 is determined according to the size of intermediary paper 501, and this sucker 10,20,30 is arranged according to the size array of intermediary paper 501, it is fixedly connected on mobile device 502, this control setup 503 connection control mobile device 502 moves on the position of setting, and this pay-off 504 is arranged at the side of mobile device 502, for carrying notebook PC 505 or other objects.
Relative to prior art, the advantage that the utility model has is as follows:
1. a kind of sucker 10 of the utility model first embodiment comprises an air intake passage and an insufflation channel, generation blowing force and suction are in adsorption plane respectively, this blowing force is applied on the intermediary paper 101 of lower one deck owing to can pass through ground floor intermediary paper 101, this configuration avoids when drawing the intermediary paper 101 that ground floor is breathed freely, the intermediary paper 101 of lower one deck is drawn together simultaneously, therefore this sucker 10 can draw separately individual intermediary paper 101, avoids waste.
2. the suction that air intake passage provides is greater than the blowing force that insufflation channel provides, and avoiding sucker 10 blowing force when drawing intermediary paper 101 excessive, ground floor intermediary paper 101 cannot be picked up.
3. sucker 10 of the present utility model is that upper Suction cup assembly 11 and lower Suction cup assembly 13 assemble, and the technique manufacturing this sucker 10 is reduced greatly with maintenance alternative costs.
4. the inclination anchor ring 136 of the lower Suction cup assembly 13 of sucker 10 of the present utility model concave surface 137 angularly α inclination relatively, concave surface 137, the plane at inclination anchor ring 136 and step surface 135 place forms an air cavity 139, when gas hole 133 is blown, whole air cavity 139 aerification, directly blows compared to multiple single gas hole 133 and will stablize many on intermediary paper 101.
5. a kind of sucker 20 of the second embodiment, its gas hole 233 is arranged on inclination anchor ring 136, the air-flow of this gas hole 233 blows thereon with relative aquifuges paper 101 angle at 45 °, intermediary paper 101 will to be made to be adsorbed on sucker 20 on intermediary paper 101 more stable compared to directly blowing with 90 ° for which, when reason is to be applied on intermediary paper 101 with the power of the air blowing of this 45° angle degree, its power decomposable asymmetric choice net vertical direction of blowing is applied to the power on intermediary paper 101 and the power in horizontal direction, the power this vertical direction is applied on intermediary paper 101 is compared to directly blowing on intermediary paper 101 half as large with 90 °, and when blowing unstable, fluctuation on this vertical direction is less.
6. a kind of sucker 30 of the 3rd embodiment, a kind of sucker 20 difference of itself and the second embodiment is to further comprise a round platform 331, and gas hole 333 corresponding tilt anchor ring 336 is vertically installed in the surface of round platform 331, its advantage is with a kind of sucker 20 of the second embodiment, utilize the angle thus stable absorption intermediary paper 101 that change gas hole 333 air blowing, but sucker 30 is more suitable for the intermediary paper for adsorbing larger area.
7. the utility model the 4th embodiment provides a kind of suction disc equipment 50, and this suction disc equipment 50 comprises at least one above-mentioned sucker 10,20, the one of 30, mobile device 502, control setup 503 and a pay-off 504.The quantity of this sucker 10,20,30 is determined according to the size of intermediary paper 501, and this suction disc equipment 50 can draw separately individual thin layer object 501, avoids waste, improves efficiency.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all any amendments done within principle of the present utility model, equivalent replacement and improvement etc. all should comprise within protection domain of the present utility model.
Claims (10)
1. a sucker, is characterized in that: it comprises an air intake passage, an insufflation channel and an adsorption plane, and this adsorption plane is positioned at the bottom surface of sucker, and this air intake passage and insufflation channel all run through and this adsorption plane of gas communication.
2. a kind of sucker as claimed in claim 1, is characterized in that: it to comprise on one Suction cup assembly and once Suction cup assembly, and on this, Suction cup assembly is fixedly connected on lower Suction cup assembly.
3. a kind of sucker as claimed in claim 2, is characterized in that: this insufflation channel comprises a gas blow pipe, an air blowing chamber and multiple gas hole, the through air blowing chamber of gas blow pipe, and this air blowing chamber is arranged at the middle part of lower Suction cup assembly, and gas hole runs through and is arranged in air blowing chamber.
4. a kind of sucker as claimed in claim 3, it is characterized in that: this air intake passage comprises an aspirate tube, an air-breathing annular groove and multiple suction hole, the through air-breathing annular groove of this aspirate tube, this air-breathing annular groove is arranged at the periphery in air blowing chamber, and suction hole runs through and is arranged in air-breathing annular groove.
5. a kind of sucker as claimed in claim 2, it is characterized in that: this lower Suction cup assembly comprises a concave surface further, one step surface and an inclination anchor ring, this concave surface is arranged in the middle part of the bottom surface of lower Suction cup assembly, this step surface is arranged at the bottom surface outer shroud of lower Suction cup assembly, and this inclination anchor ring excessively connects concave surface and step surface.
6. a kind of sucker as claimed in claim 5, is characterized in that: the angle of this concave surface and inclination anchor ring is 90 °-180 °.
7. a kind of sucker as claimed in claim 5, it is characterized in that: gas hole runs through concave surface, and blowing direction is perpendicular to concave surface.
8. a kind of sucker as claimed in claim 5, it is characterized in that: gas hole runs through inclination anchor ring, and blowing direction is perpendicular to inclination anchor ring.
9. a kind of sucker as claimed in claim 8, is characterized in that: this lower Suction cup assembly comprises a round platform further, and this round platform is arranged at the middle part of concave surface, and gas hole runs through round platform setting.
10. a suction disc equipment, it comprises a mobile device, and a control setup and a pay-off, is characterized in that: comprise at least one sucker described in claim 1-9 any one, and this sucker is fixing on the mobile device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520062001.9U CN204568159U (en) | 2015-01-21 | 2015-01-21 | A kind of sucker and suction disc equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520062001.9U CN204568159U (en) | 2015-01-21 | 2015-01-21 | A kind of sucker and suction disc equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204568159U true CN204568159U (en) | 2015-08-19 |
Family
ID=53860833
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520062001.9U Active CN204568159U (en) | 2015-01-21 | 2015-01-21 | A kind of sucker and suction disc equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204568159U (en) |
-
2015
- 2015-01-21 CN CN201520062001.9U patent/CN204568159U/en active Active
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