CN108340284A - A kind of polishing agent - Google Patents
A kind of polishing agent Download PDFInfo
- Publication number
- CN108340284A CN108340284A CN201810422195.7A CN201810422195A CN108340284A CN 108340284 A CN108340284 A CN 108340284A CN 201810422195 A CN201810422195 A CN 201810422195A CN 108340284 A CN108340284 A CN 108340284A
- Authority
- CN
- China
- Prior art keywords
- cavity
- sliding shoe
- sliding groove
- sliding
- babinet
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B57/00—Devices for feeding, applying, grading or recovering grinding, polishing or lapping agents
- B24B57/02—Devices for feeding, applying, grading or recovering grinding, polishing or lapping agents for feeding of fluid, sprayed, pulverised, or liquefied grinding, polishing or lapping agents
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
The invention discloses a kind of polishing agents, the first babinet and the second babinet in the fixed main body left end is set including fixed main body and from top to bottom, the first sliding groove that Open Side Down is equipped in the fixed main body, the first cavity is equipped at the top of first sliding groove, first cavity top is equipped with the second cavity, connection is equipped with the second sliding groove in the second cavity top inner wall, the second sliding groove right end is equipped with third sliding groove, the third sliding trench bottom connection is equipped with third cavity, perforation is equipped with the extruding slot that left and right extends in first babinet, extruding slot right end end penetrates through the second cavity left end inner wall.
Description
Technical field
The present invention relates to medal polish technical field, specifically a kind of polishing agent.
Background technology
With the development of science and technology, social progress, country promotes always high-tech development, in medal polish technical field
In, always exist a relatively difficult technical problem, when general, traditional medal polish, the Adding Way of polishing agent is each
Different, the Adding Way that longest uses is using manual semar technique, and not only polishing fluid smearing track is irregular for such method,
And amount distribution portion is uneven, and polishing agent usage amount is not easy to control, influences polishing effect, this device efficiently solves the problems, such as this.
Invention content
Technical problem to be solved by the invention is to provide a kind of polishing agent, above-mentioned existing asking in the art can be solved
Topic.
The present invention is achieved through the following technical solutions：The present invention a kind of polishing agent, including fixed main body and
The first babinet and the second babinet in the fixed main body left end is set from top to bottom, and the fixed main body is interior equipped with Open Side Down
The first sliding groove, be equipped with the first cavity at the top of first sliding groove, first cavity top is equipped with the second cavity, described
Connection is equipped with the second sliding groove in second cavity top inner wall, and the second sliding groove right end is equipped with third sliding groove, and described the
Three sliding trench bottom connections are equipped with third cavity, are penetrated through in first babinet and are equipped with the extruding slot that left and right extends, the extruding
Slot right end end penetrates through the second cavity left end inner wall, and the extruding slot left end penetrates through the first babinet left end end face, institute
It states and is equipped with reagent pressurizing unit between the first babinet and second babinet, the is slidably connected in first sliding groove
One sliding shoe, first sliding shoe bottom are equipped with protrusion head, the protrusion head bottom equipped with sucker, first sliding shoe,
Perforation is equipped with the suction tank extended up and down between the protrusion head and the sucker, and work is slidably connected in the suction tank
Plug, is fixedly connected with the fixed link extended up and down on the top land end face, at the top of the fixed link extending end with it is described
First sliding groove top end surface is fixedly connected, and the first sliding shoe screw-internal thread fit is connected with that left and right is symmetrical and upper and lower extension
The first threaded rod, extending end puts in first cavity and is equipped with the first transmission in end at the top of first threaded rod
Wheel, be rotatably assorted between first cavity and the third cavity be connected between two first threaded rods and on
First rotation axis of lower extension, first rotation axis bottom put in first cavity and are equipped with the second transmission in end
Wheel, be connected by power has transmission belt, the first rotation axis extending end between first driving wheel and second driving wheel
It stretches out in the third cavity and is equipped with the first tooth runner in end, the second sliding is slidably connected in second cavity
Block is slidably connected with the first sloped roof briquetting in the extruding slot, and the first sloped roof briquetting right end end puts in institute
It states in the second cavity and is fixedly connected with the second sliding shoe left end end face, top pressure is equipped with positioned at described in second cavity
First top pressure spring of the second sliding shoe left end, be rotatably assorted between the third cavity the second rotation for being connected with and extending up and down
Axis, second rotation axis bottom extending end put in second cavity and match with the first cavity bottom inner wall rotation
Connection is closed, second rotation axis is equipped with the cam to coordinate with the second sliding shoe top pressure, second rotation axis
Top extending end puts in the third cavity and is equipped with the second tooth runner in end, is slidably matched in second sliding groove
It is connected with third sliding shoe, the third sliding shoe bottom end face is fixedly connected with the second sliding shoe top end surface, described
The support plate that left and right extends is slidably connected in second sliding groove left end inner wall, the support plate right end puts in described the
It is fixedly connected in two sliding grooves and with the third sliding shoe left end end face, support plate left end end face penetrates through and stretches out described
Fixed main body left end end face, the support plate bottom end face are fixedly connected with positioned at the first babinet left end and extend up and down
Diversion pipe, the diversion pipe bottom end are equipped with applying head, switching power plant are equipped in the third sliding groove.
Preferably technical solution, the reagent pressurizing unit include be arranged the second babinet inner opening to the left
Accommodating groove, is slidably connected with two-chamber reagent filling case in the accommodating groove, the two-chamber reagent load box top from a left side and
It is right to be equipped with the first straight slot and the second straight slot successively, it is slidably connected between the extruding slot and the accommodating groove positioned at described
The the second sloped roof briquetting extended right over second straight slot and up and down, the second sloped roof briquetting top put in the extruding slot
It is interior and with the first sloped roof briquetting be slidably connected, top pressure is connected between first babinet and second babinet
Second top pressure spring, the second top pressure spring top are fixedly connected with the second sloped roof briquetting outer surface, the pressurization
It is connected between slot and the accommodating groove equipped with the discharge nozzle being located at right over first straight slot.
Preferably technical solution, the switching power plant include that sliding connection setting is slided in the third
The 4th sliding shoe in slot, the 4th sliding shoe screw-internal thread fit be connected with left and right extend the second threaded rod, described second
Threaded rod right end extending end be connected by power has first motor, and it is right that the first motor outer surface is embedded at the third sliding groove
Hold inner wall interior and connection fixed thereto, the second threaded rod left end end is rotatably assorted with the third sliding groove left end inner wall
Connection, is embedded with the second motor positioned at second threaded rod bottom in the 4th sliding shoe bottom end face, and described second
Motor bottom end be connected by power has between the first tooth runner and the second tooth runner and ratcheting connection therewith
Third tooth runner.
Preferably technical solution is provided with and communicated with flexible between the extruding slot left end end and the diversion pipe
Pipe.
The beneficial effects of the invention are as follows：In the initial state due to equipment of the invention, first sliding shoe is located at institute
The first sliding groove top is stated, the sucker is fully located in first sliding groove, at this point, the piston is located at the air-breathing
Slot bottommost, the 4th sliding shoe are located at the third sliding groove right end, at this point, the third tooth runner and the first tooth turn
It takes turns ratcheting connection, the second sliding shoe and the third sliding shoe and moves to right utmostly position positioned at described, the third is slided
Motion block is located at the second sliding groove right end, at this point, the first sloped roof briquetting utmostly puts in second cavity
Interior, the second sloped roof briquetting is utmostly put in the extruding slot, and the telescoping tube is in most short status, consequently facilitating
The maintenance of device.
When needing to be coated with polishing agent on polishing cloth, device is carried out first and is fixed, device is moved integrally to corresponding
On polishing machine, at this point, the sucker is contacted with polishing machine surface, then starts second motor and drive the third tooth runner
Turn, finally rotate first threaded rod, first threaded rod drives first sliding shoe, the protrusion head and described
What sucker was constituted integrally moves down, and the sucker is gradually compressed to polishing machine surface, meanwhile, in the relatively described suction tank of the piston
It moves, to reduce the suction cup interior pressure, so that the sucker is only adsorbed only on polishing machine surface, at this point, the coating head
It is close to polishing cloth, to improve the stability of device.
When device, which has been fixed, to be needed to be coated with polishing agent, starts the first motor and drives the second threaded rod rotation,
The 4th sliding shoe is set to move to left to the third sliding groove left end, at this point, the third tooth runner turns with second tooth
It takes turns ratcheting connection and drives its rotation, cam rotation described in the second tooth driven by rotating wheel, due to first top pressure spring
Effect, the one that the cam can drive the second sliding shoe and the third sliding shoe to constitute periodically move left and right,
Again due to the effect of second top pressure spring, the second sliding shoe can drive the first sloped roof briquetting and described second
Sloped roof briquetting periodically moves, and squeezes into the extruding slot, passes through to which the two-chamber reagent is loaded polishing agent in case
The telescoping tube and the diversion pipe is crossed to enter in the coating head, meanwhile, the third sliding shoe can drive the support plate,
The diversion pipe and the coating head or so are periodically mobile, to which polishing agent to be uniformly coated on polishing cloth, to carry
High device is coated with polishing agent effect.
The device structure of the present invention is simple, easy to operate, and by using switching driving device, realization device itself is consolidated
Fixed and polishing agent coating, all parts cooperation is close, and high degree of automation, coating is uniform, with obvious effects, and it is rich to be applicable in series
Richness, meanwhile, practical performance is higher.
Description of the drawings
The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.
Fig. 1 is a kind of inside overall structure diagram of polishing agent of the present invention.
Specific implementation mode
As shown in Figure 1, a kind of polishing agent of the present invention, including fixed main body 100 and be arranged from top to bottom described solid
Determine the first babinet 128 and the second babinet 117 of 100 left end of fuselage, the first cunning that Open Side Down is equipped in the fixed main body 100
Dynamic slot 113, first sliding groove, 113 top are equipped with the first cavity 107, and first cavity, 107 top is equipped with the second cavity
101, the interior connection of 101 top inner wall of the second cavity is equipped with the second sliding groove 132, and 132 right end of the second sliding groove is equipped with
Third sliding groove 135,135 bottom of the third sliding groove connection are equipped with third cavity 144, are penetrated through in first babinet 128
Equipped with the extruding slot 127 that left and right extends, the 127 right end end of extruding slot penetrates through the 101 left end inner wall of the second cavity, described
It squeezes 127 left end of slot and penetrates through the 128 left end end face of the first babinet, between first babinet 128 and second babinet 117
Equipped with reagent pressurizing unit, the first sliding shoe 110, first sliding are slidably connected in first sliding groove 113
110 bottom of block is equipped with protrusion head 116, and 116 bottom of protrusion head is first sliding shoe 110, described convex equipped with sucker 114
Perforation of lifting one's head between 116 and the sucker 114 is equipped with the suction tank 111 extended up and down, the company of being slidably matched in the suction tank 111
It is connected to piston 115, the fixed link 112 extended up and down, the fixed link 112 are fixedly connected in 115 top end surface of the piston
Top extending end is fixedly connected with 113 top end surface of the first sliding groove, and 110 screw-internal thread fit of the first sliding shoe connects
It is connected to the first threaded rod 109 that left and right is symmetrical and extends up and down, first threaded rod, 109 top extending end puts in described
It is equipped with the first driving wheel 106 in first cavity 107 and in end, is turned between first cavity 107 and the third cavity 144
Dynamic the first rotation axis 104 for being connected between two first threaded rods 109 and extending up and down, described first turn
104 bottom of moving axis puts in first cavity 107 and is equipped with the second driving wheel 105 in end, first driving wheel 106 with
Be connected by power has a transmission belt 108 between second driving wheel 105, and 104 extending end of the first rotation axis stretches out described the
It is equipped with the first tooth runner 140 in three cavitys 144 and in end, the second sliding is slidably connected in second cavity 101
Block 131, the first sloped roof briquetting 129 is slidably connected in the extruding slot 127, and the first sloped roof briquetting 129 is right
End end puts in second cavity 101 and is fixedly connected with 131 left end end face of the second sliding shoe, second cavity
Top pressure is equipped with the first top pressure spring 130 positioned at 131 left end of the second sliding shoe in 101, turns between the third cavity 144
Dynamic to be connected with the second rotation axis 103 extended up and down, second rotation axis, 103 bottom extending end puts in described second
Be rotatably assorted in cavity 101 and with 101 bottom interior wall of the first cavity and connect, second rotation axis 103 equipped with to
With the cam 102 of 131 top pressure of the second sliding shoe cooperation, second rotation axis, 103 top extending end puts in described the
It is equipped with the second tooth runner 134 in three cavitys 144 and in end, third cunning is slidably connected in second sliding groove 132
Motion block 133,133 bottom end face of third sliding shoe are fixedly connected with 131 top end surface of the second sliding shoe, and described second
The support plate 125 that left and right extends is slidably connected in 132 left end inner wall of sliding groove, 125 right end of the support plate is put in
It is fixedly connected in second sliding groove 132 and with 133 left end end face of the third sliding shoe, 125 left end end of the support plate
Face penetrates through and stretches out 100 left end end face of the fixed main body, and 125 bottom end face of the support plate is fixedly connected with positioned at described
One babinet, 128 left end and the diversion pipe 142 extended up and down, 142 bottom end of the diversion pipe are equipped with applying head 143, and described the
Switching power plant is equipped in three sliding grooves 135.
Valuably, the reagent pressurizing unit includes the accommodating groove being arranged in 117 inner opening of the second babinet to the left
121, two-chamber reagent filling case 118,118 top of two-chamber reagent filling case are slidably connected in the accommodating groove 121
It is equipped with the first straight slot 120 and the second straight slot 119 successively from a left side is right, is slided between the extruding slot 127 and the accommodating groove 121
It is connected with the second sloped roof briquetting 124 extended right over second straight slot 119 and up and down, second inclined-plane
The top of top pressure block 124 put in the extrudings slot 127 and with the first sloped roof briquetting 129 sliding connection, described the
Top pressure is connected with the second top pressure spring 123 between one babinet 128 and second babinet 117, and second top pressure spring 123 pushes up
Portion is fixedly connected with 124 outer surface of the second sloped roof briquetting, is connected between the pressurized tank 127 and the accommodating groove 121
Equipped with the discharge nozzle 122 right over first straight slot 120.
Valuably, the switching power plant include that sliding connection is arranged in the third sliding groove 135 the
Four sliding shoes 139,139 screw-internal thread fit of the 4th sliding shoe be connected with left and right extend the second threaded rod 136, described second
136 right end extending end be connected by power of threaded rod has first motor 141,141 outer surface of the first motor to be embedded at described
In three sliding grooves, 135 right end inner wall and connection fixed thereto, second threaded rod, 136 left end end and the third sliding groove
135 left end inner walls are rotatably assorted connection, are embedded with positioned at second threaded rod in 139 bottom end face of the 4th sliding shoe
Second motor 138 of 136 bottoms, second motor, 138 bottom end be connected by power have positioned at 140 He of the first tooth runner
Between the second tooth runner 134 and therewith third tooth runner 137 of ratcheting connection.
Valuably, it is provided with and communicated with telescoping tube 126 between the 127 left end end of extruding slot and the diversion pipe 142.
In the initial state, first sliding shoe 110 is located at first sliding groove 113 and most pushes up the equipment of the present invention
Portion, the sucker 114 are fully located in first sliding groove 113, at this point, the piston 115 is located at the suction tank 111 most
Bottom, the 4th sliding shoe 139 are located at 135 right end of third sliding groove, at this point, the third tooth runner 137 and
One tooth runner, 140 ratcheting connection, the second sliding shoe 131 and the third sliding shoe 133 are located at described move to right utmostly
Position, the third sliding shoe 133 is located at 132 right end of the second sliding groove, at this point, the first sloped roof briquetting 129
It utmostly puts in second cavity 101, the second sloped roof briquetting 124 utmostly puts in the extruding slot 127
Interior, the telescoping tube 126 is in most short status.
When needing to be coated with polishing agent on polishing cloth, device is carried out first and is fixed, device is moved integrally to corresponding
On polishing machine, at this point, the sucker 114 is contacted with polishing machine surface, then starts second motor 138 and drive the third
137 turns of tooth runner, finally rotates first threaded rod 109, and first threaded rod 109 drives first sliding shoe
What 110, the protrusion head 116 and the sucker 114 were constituted integrally moves down, and the sucker 114 is gradually compressed to polishing machine surface,
Meanwhile the suction tank 111 relatively of the piston 115 moves up, and to reduce by 114 internal pressure of the sucker, makes the suction
Disk only adsorbs only on polishing machine surface, at this point, the coating head 143 is close to polishing cloth.
When device, which has been fixed, to be needed to be coated with polishing agent, starts the first motor 141 and drive second threaded rod 136
Rotation, makes the 4th sliding shoe 139 move to left to 135 left end of third sliding groove, at this point, the third tooth runner 137
With the ratcheting connection of the second tooth runner 134 and drive its rotation, the second tooth runner 134 drives the cam 102 to rotate,
Due to the effect of first top pressure spring 130, the cam 102 can drive the second sliding shoe 131 and the third to slide
The one that motion block 133 is constituted periodically moves left and right, and since the effect of second top pressure spring 123, described second is slided
Motion block 131 can drive the first sloped roof briquetting 129 and the second sloped roof briquetting 124 periodically mobile, thus will
Polishing agent squeezes into the extruding slot 127 in two-chamber reagent filling case 118, by the telescoping tube 126 and described leads
Flow tube 142 enters in the coating head 143, meanwhile, the third sliding shoe 133 can drive the support plate 125, the water conservancy diversion
Pipe 142 and the coating head 143 or so are periodically mobile, to which polishing agent to be uniformly coated on polishing cloth.
The beneficial effects of the invention are as follows：In the initial state due to equipment of the invention, first sliding shoe is located at institute
The first sliding groove top is stated, the sucker is fully located in first sliding groove, at this point, the piston is located at the air-breathing
Slot bottommost, the 4th sliding shoe are located at the third sliding groove right end, at this point, the third tooth runner and the first tooth turn
It takes turns ratcheting connection, the second sliding shoe and the third sliding shoe and moves to right utmostly position positioned at described, the third is slided
Motion block is located at the second sliding groove right end, at this point, the first sloped roof briquetting utmostly puts in second cavity
Interior, the second sloped roof briquetting is utmostly put in the extruding slot, and the telescoping tube is in most short status, consequently facilitating
The maintenance of device.
When needing to be coated with polishing agent on polishing cloth, device is carried out first and is fixed, device is moved integrally to corresponding
On polishing machine, at this point, the sucker is contacted with polishing machine surface, then starts second motor and drive the third tooth runner
Turn, finally rotate first threaded rod, first threaded rod drives first sliding shoe, the protrusion head and described
What sucker was constituted integrally moves down, and the sucker is gradually compressed to polishing machine surface, meanwhile, in the relatively described suction tank of the piston
It moves, to reduce the suction cup interior pressure, so that the sucker is only adsorbed only on polishing machine surface, at this point, the coating head
It is close to polishing cloth, to improve the stability of device.
When device, which has been fixed, to be needed to be coated with polishing agent, starts the first motor and drives the second threaded rod rotation,
The 4th sliding shoe is set to move to left to the third sliding groove left end, at this point, the third tooth runner turns with second tooth
It takes turns ratcheting connection and drives its rotation, cam rotation described in the second tooth driven by rotating wheel, due to first top pressure spring
Effect, the one that the cam can drive the second sliding shoe and the third sliding shoe to constitute periodically move left and right,
Again due to the effect of second top pressure spring, the second sliding shoe can drive the first sloped roof briquetting and described second
Sloped roof briquetting periodically moves, and squeezes into the extruding slot, passes through to which the two-chamber reagent is loaded polishing agent in case
The telescoping tube and the diversion pipe is crossed to enter in the coating head, meanwhile, the third sliding shoe can drive the support plate,
The diversion pipe and the coating head or so are periodically mobile, to which polishing agent to be uniformly coated on polishing cloth, to carry
High device is coated with polishing agent effect.
The device structure of the present invention is simple, easy to operate, and by using switching driving device, realization device itself is consolidated
Fixed and polishing agent coating, all parts cooperation is close, and high degree of automation, coating is uniform, with obvious effects, and it is rich to be applicable in series
Richness, meanwhile, practical performance is higher.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (4)
1. a kind of polishing agent, including fixed main body and it is arranged from top to bottom in the first babinet of the fixed main body left end and
Two babinets, it is characterised in that：It is equipped with the first sliding groove that Open Side Down in the fixed main body, is set at the top of first sliding groove
There are the first cavity, first cavity top to be equipped with the second cavity, connection is equipped with the second cunning in the second cavity top inner wall
Dynamic slot, the second sliding groove right end are equipped with third sliding groove, and the third sliding trench bottom connection is equipped with third cavity, described
Perforation is equipped with the extruding slot that left and right extends in first babinet, and extruding slot right end end penetrates through in the second cavity left end
Wall, the extruding slot left end penetrate through the first babinet left end end face, are equipped between first babinet and second babinet
Reagent pressurizing unit is slidably connected with the first sliding shoe in first sliding groove, and first sliding shoe bottom is equipped with
Head is protruded, the protrusion head bottom is equipped with sucker, penetrates through and be equipped between first sliding shoe, the protrusion head and the sucker
The suction tank extended up and down is slidably connected with piston in the suction tank, is fixedly connected on the top land end face
The fixed link extended up and down, fixed link top extending end is fixedly connected with the first sliding groove top end surface, described
First sliding shoe screw-internal thread fit is connected with the first threaded rod that left and right is symmetrical and extends up and down, the first threaded rod top
Extending end puts in first cavity and is equipped with the first driving wheel in end, first cavity and the third cavity it
Between be rotatably assorted the first rotation axis for being connected with and extending between two first threaded rods and up and down, first rotation
Axis bottom puts in first cavity and is equipped with the second driving wheel, first driving wheel and second driving wheel in end
Between be connected by power have a transmission belt, the first rotation axis extending end stretches out in the third cavity and is equipped with first in end
Tooth runner is slidably connected with the second sliding shoe in second cavity, first is slidably connected in the extruding slot
Sloped roof briquetting, the first sloped roof briquetting right end end put in second cavity and with the second sliding shoe left end
End face is fixedly connected, and top pressure is equipped with the first top pressure spring positioned at the second sliding shoe left end in second cavity, described
Be rotatably assorted the second rotation axis for being connected with and extending up and down between third cavity, and second rotation axis bottom extending end is put in
Be rotatably assorted in second cavity and with the first cavity bottom inner wall and connect, second rotation axis equipped with to
The cam of the second sliding shoe top pressure cooperation, at the top of second rotation axis extending end put in the third cavity and
End is equipped with the second tooth runner, and third sliding shoe, third sliding shoe bottom are slidably connected in second sliding groove
End surface is fixedly connected with the second sliding shoe top end surface, sliding connection in the second sliding groove left end inner wall
Have a support plate that left and right extends, the support plate right end put in second sliding groove and with the third sliding shoe left end end
Face is fixedly connected, and support plate left end end face penetrates through and stretch out fixed main body left end end face, the support plate bottom end
Face is fixedly connected with positioned at the first babinet left end and the diversion pipe that extends up and down, and the diversion pipe bottom end, which is equipped with, smears
Head, the third sliding groove is interior to be equipped with switching power plant.
2. a kind of polishing agent according to claim 1, it is characterised in that：The reagent pressurizing unit includes being arranged described
The accommodating groove of second babinet inner opening to the left is slidably connected with two-chamber reagent filling case, the two-chamber in the accommodating groove
Reagent loads box top and is equipped with the first straight slot and the second straight slot successively from a left side is right, sliding between the extruding slot and the accommodating groove
It is dynamic to be connected with the second sloped roof briquetting extended right over second straight slot and up and down, second inclined-plane top pressure
It puts at the top of block in the extrudings slot and is slidably connected with the first sloped roof briquetting, first babinet and described the
Top pressure is connected with the second top pressure spring, the second top pressure spring top and the second sloped roof briquetting appearance between two babinets
Face is fixedly connected, and is connected between the pressurized tank and the accommodating groove equipped with the discharge nozzle being located at right over first straight slot.
3. a kind of polishing agent according to claim 1, it is characterised in that：The switching power plant includes the company of being slidably matched
The 4th sliding shoe being arranged in the third sliding groove is connect, the 4th sliding shoe screw-internal thread fit is connected with what left and right extended
Second threaded rod, the second threaded rod right end extending end be connected by power have first motor, the first motor outer surface embedding
In the third sliding groove right end inner wall and connection fixed thereto, the second threaded rod left end end are slided with the third
Dynamic slot left end inner wall is rotatably assorted connection, is embedded with positioned at second threaded rod bottom in the 4th sliding shoe bottom end face
The second motor, second motor bottom end be connected by power have positioned at the first tooth runner and the second tooth runner it
Between and the third tooth runner of ratcheting connection therewith.
4. a kind of polishing agent according to claim 1, it is characterised in that：The extruding slot left end end and the diversion pipe
Between be provided with and communicated with telescoping tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810422195.7A CN108340284A (en) | 2018-05-04 | 2018-05-04 | A kind of polishing agent |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810422195.7A CN108340284A (en) | 2018-05-04 | 2018-05-04 | A kind of polishing agent |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108340284A true CN108340284A (en) | 2018-07-31 |
Family
ID=62955472
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810422195.7A Withdrawn CN108340284A (en) | 2018-05-04 | 2018-05-04 | A kind of polishing agent |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108340284A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112497021A (en) * | 2020-11-28 | 2021-03-16 | 郁佳杰 | Burnishing device of mechanical seal processing |
-
2018
- 2018-05-04 CN CN201810422195.7A patent/CN108340284A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112497021A (en) * | 2020-11-28 | 2021-03-16 | 郁佳杰 | Burnishing device of mechanical seal processing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106269341B (en) | Electric rotary machine end cap baster | |
| CN107234087A (en) | A kind of power cable device | |
| CN108340284A (en) | A kind of polishing agent | |
| CN109177498A (en) | A kind of nozzle plate and its application method of inkjet printer head | |
| CN108838898A (en) | A kind of efficient polishing agent equipment | |
| CN107309122A (en) | A kind of berth lock dyeing apparatus | |
| CN108747834A (en) | A kind of automation polishing agent equipment | |
| CN204082721U (en) | A kind of fluid pressure drive device of lifting machine | |
| CN208288046U (en) | A kind of ear washing bulb | |
| CN203610263U (en) | Edge-oiling and glue-brushing machine | |
| CN207749563U (en) | Combination valve and loading arm hydraulic system of working | |
| CN206016762U (en) | Adjust stifled ball delivery device | |
| CN207470412U (en) | Intelligent water pump pressure controller | |
| CN106194102A (en) | Adjust stifled ball delivery device | |
| CN109176791A (en) | A kind of Wood fire retardant treatment process method | |
| CN206404661U (en) | Finish allocates Efficient Agitator | |
| CN202047763U (en) | Injection head and rotary drum synchronous motion system | |
| CN206716355U (en) | A kind of double automatic vision glue pouring machine | |
| CN209357826U (en) | A kind of battery liquid-filling device | |
| CN209278072U (en) | The double drive rod inflators of hand-rail type | |
| CN214852808U (en) | Spraying device capable of spraying uniformly for landscaping | |
| CN108722789A (en) | A kind of LED glue dispensing and packagings device | |
| CN108450277A (en) | A kind of revegetation and reconstructing device | |
| CN208060093U (en) | A kind of novel stamper | |
| CN107042621B (en) | Simple and reliable water-assisted injection molding process water-gas injection and discharge control valve |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180731 |