CN208759250U - Levigator structure-improved - Google Patents
Levigator structure-improved Download PDFInfo
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- CN208759250U CN208759250U CN201821411345.6U CN201821411345U CN208759250U CN 208759250 U CN208759250 U CN 208759250U CN 201821411345 U CN201821411345 U CN 201821411345U CN 208759250 U CN208759250 U CN 208759250U
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- levigator
- water
- double
- air intake
- jacket tube
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Abstract
The utility model is a kind of levigator structure-improved, its levigator ontology is equipped with a shank part, the whole body portion, one work head portions and a pressing control switch portion, and an air intake duct is equipped in shank part, one exhaust duct and a water inlet commutation road, control switch portion is pressed by touching, high pressure gas is set to import air intake duct, and import the driving levigator actuation of body portion, and the high pressure gas of pressure release discharge is exported by exhaust duct, and a double-jacket tube is imported by the gas outlet that draws water, one sealing water butt of double-jacket tube connection, the high pressure gas of discharge is imported into sealing water butt through double-jacket tube outer tube, water storage is set to be pressurized and lead back to double-jacket tube, and it exports after importing water inlet commutation road simultaneously to work head portions, make grinding while being discharged together to be cooled down, effectively the cooling pipeline of water outlet is integrated in shank part, avoid extra assembling and external pipeline, it is reduced with reaching Structural volume and the good effect of ease of use.
Description
Technical field
The utility model relates to a kind of levigator structure-improveds, refer in particular to a kind of applied to the affiliated technology of pneumatic tool structure
The levigator structure-improved in field.
Background technique
The levigator structure being currently known is as shown in Figure 6 comprising a levigator ontology 10, the levigator ontology 10 are equipped with
One shank part 11 and a work head portions 13, and shank part 11 is equipped with an air inlet pipe 110, and is equipped in work head portions 13 pneumatic
Rotor, the Pneumatic rotor end combine a water mill piece 132, and are equipped with a water inlet on rear side of work head portions 13 and control pipe 133, should be into
Water control tubulation 133 is equipped with a water inlet control switch 134, and water inlet control 133 end of pipe connects a water inlet pipe 135, by holding
The air inlet pipe 110 of shank 11 imports high pressure gas, drives the Pneumatic rotor rotation in work head portions 13, and start water inlet control
The water inlet control switch 134 of tubulation 133 imports water via water inlet pipe 135, supplies to the Pneumatic rotor of work head portions 13
The combined water mill piece 132 in end, but because water inlet control pipe 133 is set to 13 rear side of work head portions, and must one water inlet pipe of connection
135, cause the volume of overall structure big, and user operates with necessity that is not convenient, therefore having improvement.
Utility model content
The purpose of the utility model is to provide a kind of levigator structure-improveds, big with the volume for solving existing levigator structure
And the problem of ease of use difference.
To achieve the above object, the utility model takes following technical scheme:
The utility model provides a kind of levigator structure-improved comprising a levigator ontology, the levigator ontology are equipped with
One shank part, the whole body portion, a work head portions and a pressing control switch portion, and an air intake duct, an exhaust are equipped in shank part
Road and a water inlet commutation road, which is equipped with an air inlet and an air inlet control knob, and exhaust duct is adjustable in conjunction with being equipped with one
Exhaust head, and it is equipped with a bailing pipe in the commutation road that intakes, equipped with an air intake control valve between the air intake duct and exhaust duct, and exhaust duct
Conducting is equipped with one and draws water gas outlet, which, which combines, is equipped with a double-jacket tube, and double-jacket tube is equipped with an inner tube and an outer tube,
The inner tube is connect with set bailing pipe one end in water inlet commutation road, is managed in one water outlet of bailing pipe another end connection, is set in another body portion
Have an inner cavity, this it is interior it is intracavitary be equipped with an air pressure rotor, and air pressure rotor runs through and is equipped with an axis hole, and one is equipped in work head portions
Conjoint disk, the conjoint disk center are equipped with an apopore, and combine side surface to combine and be equipped with a water mill piece, the air intake duct of shank part
And exhaust duct is connected with the inner cavity in body portion, and conjoint disk set by the air pressure rotor tip in inner cavity and work head portions connects in driving
It connects, and pipe is directed to the apopore of conjoint disk across the axis hole of air pressure rotor in the water outlet of bailing pipe connection.
The air intake duct is equipped with the air inlet control knob of an air inflow size for adjusting air intake duct.
The air pressure rotor, which runs through, is equipped with an axis hole, and pipe is across the air pressure rotor in the water outlet of the bailing pipe connection
Axis hole is directed to the water mill piece.
The gas outlet that draws water connect conducting with the outer tube of the double-jacket tube, one sealing water storage of double-jacket tube other end connection
Bucket.
Adjustable exhaust head set by the exhaust duct is an adjustable muffler.
The conjoint disk center is equipped with an apopore.
The beneficial effects of the utility model are: the utility model by touch pressing control switch portion, make high pressure gas by
Air inlet imports air intake duct, and controllable air inlet control knob to be to adjust air inflow size, and high pressure admission imports the inner cavity in body portion
Drive air pressure rotor, while driving the water mill piece in work head portions, and the high pressure gas of pressure release discharge by exhaust duct export to
Adjustable exhaust head, and by the outer tube for the gas outlet importing double-jacket tube that draws water, the high pressure gas of discharge is imported into a sealing through outer tube
Water butt makes water storage be pressurized and imports the inner tube of double-jacket tube, and imports bailing pipe simultaneously and export through pipe in water outlet to water mill piece, makes
Water outlet is cooled down together simultaneously for grinding, and effectively the cooling pipeline of water outlet is integrated in shank part, avoid extra assembling with
External pipeline, with effect good up to diminution structural volume and ease of use.
Detailed description of the invention
Fig. 1 is the structure improved three-dimensional exploded status diagram of the utility model levigator.
Fig. 2 is the structure improved side elevational cross-section status diagram of the utility model levigator.
Fig. 3 is the structure improved side elevational cross-section water guide state reference map of the utility model levigator.
Fig. 4 is that air inlet control knob set by the air intake duct of the structure improved shank part of the utility model levigator regulates and controls side view shape
State is with reference to figure.
Fig. 5 is that the regulation side view of air inlet control knob set by the air intake duct of the structure improved shank part of the utility model levigator is cutd open
Face air-suction state is with reference to figure.
Fig. 6 is known water mill structure with reference to figure.
Drawing reference numeral: 10: levigator ontology；11: shank part；110: air intake duct；110A: air inlet；110B: air inlet control
Button processed；111: exhaust duct；111A: adjustable exhaust head；112: water inlet commutation road；112A: bailing pipe；112B: it is managed in water outlet；
113: air intake control valve；114: draw water gas outlet；114A: double-jacket tube；114B: inner tube；114C: outer tube；12: body portion；120: interior
Chamber；121: air pressure rotor；121A: axis hole；13: work head portions；130: conjoint disk；131: apopore；132: water mill piece；
133: water inlet control pipe；134: water inlet control switch；135: water inlet pipe；14: pressing control switch portion.
Specific embodiment
For the structure that can further appreciate that the utility model, feature and other purposes are hereby attached with the preferred embodiment after such as
With schema, detailed description is as follows, but this legend embodiment described is for purposes of discussion, is not unique in patent application
Limitation.
It is the structure improved three-dimensional exploded state of the utility model levigator and side please refer to shown in Fig. 1,2
Depending on profile status schematic diagram comprising:
One levigator ontology 10, the levigator ontology 10 be equipped with a shank part 11, the whole body portion 12, a work head portions 13 and
One pressing control switch portion 14, and an air intake duct 110, an exhaust duct 111 and a water inlet commutation road 112 are equipped in shank part 11,
The air intake duct 110 is equipped with an an air inlet 110A and air inlet control knob 110B, and exhaust duct 111 combines and is equipped with an adjustable exhaust
Head 111A, the adjustable exhaust head 111A are an adjustable muffler, and are equipped with a bailing pipe 112A in the commutation road 112 that intakes,
An air intake control valve 113 is equipped between the air intake duct 110 and exhaust duct 111, and the conducting of exhaust duct 111 is equipped with one and draws water gas outlet
114, which, which combines, is equipped with a double-jacket tube 114A, and double-jacket tube 114A is equipped with an inner tube 114B and an outer tube
114C, inner tube 114B are connect with one end set bailing pipe 112A in water inlet commutation road 112, bailing pipe 112A another end connection one
Pipe 112B in water outlet is equipped with an inner cavity 120 in another body portion 12, is equipped with an air pressure rotor 121 in the inner cavity 120, and air pressure rotor
121 run through equipped with an axis hole 121A, and a conjoint disk 130 is equipped in work head portions 13, which goes out equipped with one
Water hole 131, and 130 end face of conjoint disk combines and is equipped with a water mill piece 132, the air intake duct 110 and exhaust duct 111 of shank part 11
It is connected with the inner cavity 120 in body portion 12, and conjoint disk 130 set by 121 end of air pressure rotor in inner cavity 120 and work head portions 13
In drive connection, and the axis hole 121A that pipe 112B passes through air pressure rotor 121 in the water outlet of bailing pipe 112A connection is directed to combination
The apopore 131 of disk 130；
By the cooperation of above structure, to complete the utility model levigator structure-improved.
Please refer to shown in Fig. 2 to 5, cutd open for the structure improved side elevational cross-section state of the utility model levigator, side view
Air inlet control knob set by face water guide state, air intake duct regulates and controls the regulation of air inlet control knob set by the air intake duct of side view state and shank part
Side elevational cross-section air-suction state is connected with reference to figure, the air intake duct 110 and exhaust duct 111 of shank part 11 and the inner cavity 120 in body portion 12,
And conjoint disk 130 set by 121 end of air pressure rotor in inner cavity 120 and work head portions 13 is in being drivingly connected, and bailing pipe
The axis hole 121A that pipe 112B passes through air pressure rotor 121 in the water outlet of 112A connection is directed to the apopore 131 of conjoint disk 130, leads to
Touch pressing control switch portion 14 is crossed, high pressure gas is made to import air intake duct 110, and controllable air inlet control knob by air inlet 110A
110B is to adjust air inflow size, and the inner cavity 120 that high pressure admission imports body portion 12 drives air pressure rotor 121, while band is started building
Make the conjoint disk 130 in headstock portion 13, and the high pressure gas of pressure release discharge is exported by exhaust duct 111 to adjustable exhaust head
111A, and by the outer tube 114C for the importing of the gas outlet 114 double-jacket tube 114A that draws water, the high pressure gas of discharge is led through outer tube 114C
Enter a sealing water butt, so that water storage is pressurized and import the inner tube 114B of double-jacket tube 114A, and import bailing pipe 112A simultaneously through going out
Pipe 112B is exported to the apopore 131 of conjoint disk 130 in water, and in addition the high pressure gas of pressure release discharge is through adjustable exhaust head
The pressure for importing the high pressure gas of sealing water butt is adjusted in 111A, to control the size of water outlet power and exhaust sound, makes to grind
Water outlet is cooled down together simultaneously, and effectively the cooling pipeline of water outlet is integrated in shank part 11, avoids extra assembling and outer
Road is taken over, with effect good up to diminution structural volume and ease of use.
In conclusion the utility model can reach above-mentioned all Xiang Gongneng and purpose really, therefore the utility model should meet specially
Benefit application important document, whence is filed an application in accordance with the law.
Claims (6)
1. a kind of levigator structure-improved characterized by comprising
One levigator ontology, the levigator ontology are equipped with a shank part, the whole body portion, a work head portions and a pressing control switch
Portion, and an air intake duct, an exhaust duct and a water inlet commutation road are equipped in shank part, which is equipped with an air inlet, and is vented
Road, which combines, is equipped with an adjustable exhaust head, and is equipped with a bailing pipe in the commutation road that intakes, and one is equipped between the air intake duct and exhaust duct
Air intake control valve, and exhaust duct conducting is equipped with one and draws water gas outlet, which, which combines, is equipped with a double-jacket tube, and double-jacket tube
Equipped with an inner tube and an outer tube, which connect with set bailing pipe one end in water inlet commutation road, bailing pipe another end connection one
Managed in water outlet, an inner cavity be equipped in another body portion, this it is interior it is intracavitary be equipped with an air pressure rotor, and be equipped with one in work head portions and combine
Disk, this combines side surface to combine and is equipped with a water mill piece, and the air intake duct and exhaust duct of shank part are connected with the inner cavity in body portion, and interior
In drive connection, and in the water outlet of bailing pipe connection, pipe guides conjoint disk set by air pressure rotor tip and work head portions in chamber
To conjoint disk.
2. levigator structure-improved as described in claim 1, which is characterized in that the air intake duct is equipped with one for adjusting air inlet
The air inlet control knob of the air inflow size in road.
3. levigator structure-improved as described in claim 1, which is characterized in that the air pressure rotor, which runs through, is equipped with an axis hole,
Pipe is directed to the water mill piece across the axis hole of the air pressure rotor in the water outlet of the bailing pipe connection.
4. levigator structure-improved as described in claim 1, which is characterized in that gas outlet and the double-jacket tube of drawing water
Outer tube connection conducting, one sealing water butt of double-jacket tube other end connection.
5. levigator structure-improved as described in claim 1, which is characterized in that adjustable exhaust head set by the exhaust duct is
One adjustable muffler.
6. levigator structure-improved as described in claim 1, which is characterized in that the conjoint disk center is equipped with an apopore.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821411345.6U CN208759250U (en) | 2018-08-30 | 2018-08-30 | Levigator structure-improved |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821411345.6U CN208759250U (en) | 2018-08-30 | 2018-08-30 | Levigator structure-improved |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208759250U true CN208759250U (en) | 2019-04-19 |
Family
ID=66133938
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821411345.6U Active CN208759250U (en) | 2018-08-30 | 2018-08-30 | Levigator structure-improved |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208759250U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111531441A (en) * | 2020-04-23 | 2020-08-14 | 胡金凤 | Rotary water outlet sander |
-
2018
- 2018-08-30 CN CN201821411345.6U patent/CN208759250U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111531441A (en) * | 2020-04-23 | 2020-08-14 | 胡金凤 | Rotary water outlet sander |
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