CN204712634U - A kind of self adaptation grinds paper equipment - Google Patents
A kind of self adaptation grinds paper equipment Download PDFInfo
- Publication number
- CN204712634U CN204712634U CN201520394883.9U CN201520394883U CN204712634U CN 204712634 U CN204712634 U CN 204712634U CN 201520394883 U CN201520394883 U CN 201520394883U CN 204712634 U CN204712634 U CN 204712634U
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- Prior art keywords
- adapt
- groove
- actuator
- main
- self adaptation
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Abstract
The utility model relates to mechanical equipment technical field, particularly relates to a kind of self adaptation and grinds paper equipment; Self adaptation of the present utility model grinds paper equipment, comprises mainframe, also comprises driver part, drive disk assembly, rolling element, operation panel, support component and motor; Described drive disk assembly comprises loading plate, main Connection Block, driven shaft, regulating part, pad, main pressing plate, the part that spins, final drive shaft and adjustment plug-in unit; It is convenient that self adaptation of the present utility model grinds paper equipment operating, easy to adjust, and it is high to roll efficiency.
Description
Technical field
The utility model relates to mechanical equipment technical field, particularly relates to a kind of self adaptation and grinds paper equipment.
Background technology
Higher to the requirement of paper during printing, particularly higher to the flatness requirement of paper.But traditional paper rolling apparatus inconvenient operation, regulate inconvenient, rolling effect is poor, and it is lower to roll efficiency.Therefore, need to provide a kind of easy to operate, it is high to roll efficiency, the paper rolling apparatus that rolling effect is good.
Utility model content
The purpose of this utility model is to provide a kind of self adaptation and grinds paper equipment, solves traditional paper rolling apparatus and regulates inconvenient, the problem of inconvenient operation.
The technical scheme that the utility model adopts for its technical problem of solution is:
A kind of self adaptation grinds paper equipment, comprise mainframe, also comprise the driver part of the upper end being arranged at described mainframe, be arranged in the top of described mainframe drive disk assembly, be arranged at the lower end of described drive disk assembly rolling element, be arranged in described mainframe and be in the downside of described rolling element operation panel, be arranged at the lower end of described operation panel support component and to be embedded in described mainframe sidewall and to revolve the motor of the end being located at described support component, described drive disk assembly comprises loading plate, be arranged at the main Connection Block of the lower end of described loading plate, be arranged at the driven shaft of the upper end of described loading plate, be embedded at the regulating part of the upper end of described loading plate, to be sheathed on described driven shaft and to be pressed in the pad of the upper end of described regulating part, revolve and be located on described driven shaft and be pressed in the main pressing plate of the upper end of described pad, revolve the part that spins of the upper end being located at described driven shaft, the final drive shaft spun in part described in being arranged in along the radial direction of the described part that spins and the adjustment plug-in unit spun in part described in being arranged in.
Wherein, described loading plate is discoid; Be arranged with the first regulating tank in the top of described loading plate, described first regulating tank and described regulating part adapt; Described regulating part is ellipsoid shape; The number of described regulating part is 2; Two described regulating parts are arranged at the both sides of described driven shaft respectively; The outer wall of described pad is curved surface; In described pad, be equipped with the first installing hole, described first installing hole and described driven shaft adapt; Be convexly equipped with the first clamping ring in the upper end of described pad, be arranged with the first connection annular groove in the described bottom stating pad; Pad described in several is uniformly distributed along the axis of described driven shaft; Be provided with in the bottom of described main pressing plate and compress projection, the described longitudinal section compressing projection is trapezoidal; Compressing projection described in several is distributed on described main pressing plate uniformly; The described part that spins is ellipsoid shape; Radial direction along the described part that spins is equipped with the first transmission installing hole in the described part that spins, and described first transmission installing hole and described final drive shaft adapt; Described adjustment plug-in unit is " L " shape; In the described part that spins, be equipped with latch well, described latch well and described adjustment plug-in unit adapt.
Wherein, described rolling element comprise roll frame, be arranged at described in roll the upper end of frame clamping ring, be arranged at described in roll the upper end of frame control assembly, be embedded at described in roll the main pressing plate of the bottom of frame, the pressure sensor be embedded in described main pressing plate, be arranged at the vibrations pressure regulation part on the sidewall of described control assembly and roll the pressure regulator that in frame and upper end is connected to described vibrations pressure regulation part described in being embedded at.
Wherein, in described clamping ring, be arranged with the first mounting groove, described first mounting groove and described main Connection Block adapt; Concave side wall in described first mounting groove is provided with side fixation slots, and the sidewall of described side fixation slots is sphere; Clamping rib is convexly equipped with on the outer wall of described main pressing plate; Be arranged with first in described bottom of rolling frame and roll groove, be provided with clamping locating slot in described first concave side wall rolling groove, described clamping locating slot and described clamping rib adapt; In described main pressing plate, be arranged with sensing chamber, described sensing chamber and described pressure sensor adapt; Sensing chamber described in several is distributed in described main pressing plate uniformly; The longitudinal section of described vibrations pressure regulation part is oval, and in described vibrations pressure regulation part, be equipped with drive train pressure hole, described drive train pressure hole and described pressure regulator adapt; Described pressure regulator is " L " shape; Described pressure sensor and the electrical connection of described control assembly.
Wherein, described support component comprises outer ring actuator, the external pressure element be arranged on the inwall of described outer ring actuator, the interior actuator be arranged in the inner chamber of described outer ring actuator, the master driver be arranged on described interior actuator, the interior compressing member be convexly equipped on the outer wall of described interior actuator, the main swingle be arranged in along the radial direction of described master driver in described master driver, revolves the Coupling of the one end away from described master driver being located at described main swingle and be arranged at the main jack-up plate of upper end of described outer ring actuator.
Wherein, be arranged with in the bottom of described main jack-up plate and hold out against groove, described in hold out against groove and described outer ring actuator adapts; The described sidewall holding out against groove is sphere; Described outer ring actuator is spherical; In described external pressure element, be arranged with the first pressing groove, described first pressing groove is sphere; Described interior compressing member is hemispherical; Described interior compressing member and described first pressing groove adapt; External pressure element described in several is distributed on the inwall of described outer ring actuator uniformly; Described interior actuator is spherical; Concave side wall in described interior actuator is provided with drive installation groove, and described drive installation groove and described interior compressing member adapt; In described interior actuator, be equipped with the first driving hole, described master driver is cylindric, and described master driver and described first driving hole adapt; Described main swingle is cylindric; In described Coupling, be arranged with the first transmission installation cavity, described first transmission installation cavity is round table-like; Radial direction along described first transmission installation cavity is provided with the first connection annular groove in the concave side wall of described first transmission installation cavity; Described in several, the first connection annular groove is uniformly distributed along the axis of described first transmission installation cavity.
The utility model has the advantage of:
Self adaptation of the present utility model grinds paper equipment, comprise mainframe, also comprise the driver part of the upper end being arranged at described mainframe, be arranged in the top of described mainframe drive disk assembly, be arranged at the lower end of described drive disk assembly rolling element, be arranged in described mainframe and be in the downside of described rolling element operation panel, be arranged at the lower end of described operation panel support component and to be embedded in described mainframe sidewall and to revolve the motor of the end being located at described support component, described drive disk assembly comprises loading plate, be arranged at the main Connection Block of the lower end of described loading plate, be arranged at the driven shaft of the upper end of described loading plate, be embedded at the regulating part of the upper end of described loading plate, to be sheathed on described driven shaft and to be pressed in the pad of the upper end of described regulating part, revolve and be located on described driven shaft and be pressed in the main pressing plate of the upper end of described pad, revolve the part that spins of the upper end being located at described driven shaft, the final drive shaft spun in part described in being arranged in along the radial direction of the described part that spins and the adjustment plug-in unit spun in part described in being arranged in, it is convenient that self adaptation of the present utility model grinds paper equipment operating, easy to adjust, and it is high to roll efficiency, and rolling effect is good.
Accompanying drawing explanation
Fig. 1 is the front view that self adaptation of the present utility model grinds paper equipment.
Fig. 2 is the front view of drive disk assembly of the present utility model.
Fig. 3 is the front view of rolling element of the present utility model.
Fig. 4 is the front view of support component of the present utility model.
1-mainframe; 2-drive disk assembly; 21-regulates plug-in unit; 22-spins part; 23-final drive shaft; The main pressing plate of 24-; 25-pad; 26-regulating part; 27-loading plate; The main Connection Block of 28-; 29-driven shaft; 3-driver part; 4-rolling element; 41-rolls frame; 42-pressure sensor; 43-clamping ring; 44-control assembly; 45-shakes pressure regulation part; 46-pressure regulator; The main pressing plate of 47-; 5-operation panel; 6-motor; 7-support component; The main jack-up plate of 71-; 72-external pressure element; 73-outer ring actuator; Compressing member in 74-; 75-Coupling; The main swingle of 76-; Actuator in 77-; 78-master driver.
Detailed description of the invention
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below in conjunction with diagram and specific embodiment, setting forth the utility model further.
Composition graphs 1 to Fig. 4 grinds paper equipment to self adaptation of the present utility model and is described in detail.
Self adaptation of the present utility model grinds paper equipment, comprise mainframe 1, also comprise the driver part 3 of the upper end being arranged at described mainframe 1, be arranged in the top of described mainframe 1 drive disk assembly 2, be arranged at the lower end of described drive disk assembly 2 rolling element 4, be arranged in described mainframe 1 and be in the downside of described rolling element 4 operation panel 5, be arranged at the lower end of described operation panel 5 support component 7 and to be embedded in described mainframe 1 sidewall and to revolve the motor 6 of the end being located at described support component 7, described drive disk assembly 2 comprises loading plate 27, be arranged at the main Connection Block 28 of the lower end of described loading plate 27, be arranged at the driven shaft 29 of the upper end of described loading plate 27, be embedded at the regulating part 26 of the upper end of described loading plate 27, to be sheathed on described driven shaft 29 and to be pressed in the pad 25 of the upper end of described regulating part 26, revolve and be located on described driven shaft 29 and be pressed in the main pressing plate 24 of the upper end of described pad 25, revolve the part 22 that spins of the upper end being located at described driven shaft 29, spin described in being arranged in along the described radial direction spinning part 22 final drive shaft in part 22 23 and the adjustment plug-in unit 21 that spins in part 22 described in being arranged in.
Described loading plate 27 is discoid; Be arranged with the first regulating tank in the top of described loading plate 27, described first regulating tank and described regulating part 26 adapt; Described regulating part 26 is ellipsoid shape; The number of described regulating part 26 is 2; Two described regulating parts 26 are arranged at the both sides of described driven shaft 29 respectively; The outer wall of described pad 25 is curved surface; In described pad 25, be equipped with the first installing hole, described first installing hole and described driven shaft 29 adapt; Be convexly equipped with the first clamping ring in the upper end of described pad 25, be arranged with the first connection annular groove in the described bottom stating pad 25; Pad 25 described in several is uniformly distributed along the axis of described driven shaft 29; Be provided with in the bottom of described main pressing plate 24 and compress projection, the described longitudinal section compressing projection is trapezoidal; Compressing projection described in several is distributed on described main pressing plate 24 uniformly; The described part 22 that spins is for ellipsoid shape; Radial direction along the described part 22 that spins is equipped with the first transmission installing hole in the described part 22 that spins, and described first transmission installing hole and described final drive shaft 23 adapt; Described adjustment plug-in unit 21 is " L " shape; In the described part 22 that spins, be equipped with latch well, described latch well and described adjustment plug-in unit 21 adapt.
Described rolling element 4 comprise roll frame 41, be arranged at described in roll the upper end of frame 41 clamping ring 43, be arranged at described in roll the upper end of frame 41 control assembly 44, be embedded at described in roll the main pressing plate 47 of the bottom of frame 41, the pressure sensor 42 be embedded in described main pressing plate 47, be arranged at the vibrations pressure regulation part 45 on the sidewall of described control assembly 44 and roll the pressure regulator 46 that in frame 41 and upper end is connected to described vibrations pressure regulation part 45 described in being embedded at.
In described clamping ring 43, be arranged with the first mounting groove, described first mounting groove and described main Connection Block 28 adapt; Concave side wall in described first mounting groove is provided with side fixation slots, and the sidewall of described side fixation slots is sphere; Clamping rib is convexly equipped with on the outer wall of described main pressing plate 47; Be arranged with first in described bottom of rolling frame 41 and roll groove, be provided with clamping locating slot in described first concave side wall rolling groove, described clamping locating slot and described clamping rib adapt; In described main pressing plate 47, be arranged with sensing chamber, described sensing chamber and described pressure sensor 42 adapt; Sensing chamber described in several is distributed in described main pressing plate 47 uniformly; The longitudinal section of described vibrations pressure regulation part 45 is oval, and in described vibrations pressure regulation part 45, be equipped with drive train pressure hole, described drive train pressure hole and described pressure regulator 46 adapt; Described pressure regulator 46 is " L " shape; Described pressure sensor 42 and described control assembly 44 are electrically connected.
Described support component 7 comprises outer ring actuator 73, be arranged at the external pressure element 72 on the inwall of described outer ring actuator 73, be arranged at the interior actuator 77 in the inner chamber of described outer ring actuator 73, be arranged in the master driver 78 on described interior actuator 77, be convexly equipped in the interior compressing member 74 on the outer wall of described interior actuator 77, radial direction along described master driver 78 is arranged in the main swingle 76 in described master driver 78, the main jack-up plate 71 of the Coupling 75 revolving the one end away from described master driver 78 being located at described main swingle 76 and the upper end being arranged at described outer ring actuator 73.
Be arranged with in the bottom of described main jack-up plate 71 and hold out against groove, described in hold out against groove and described outer ring actuator 73 adapts; The described sidewall holding out against groove is sphere; Described outer ring actuator 73 is spherical; In described external pressure element 72, be arranged with the first pressing groove, described first pressing groove is sphere; Described interior compressing member 74 is hemispherical; Described interior compressing member 74 and described first pressing groove adapt; External pressure element 72 described in several is distributed on the inwall of described outer ring actuator 73 uniformly; Described interior actuator 77 is spherical; Concave side wall in described interior actuator 77 is provided with drive installation groove, and described drive installation groove and described interior compressing member 74 adapt; In described interior actuator 77, be equipped with the first driving hole, described master driver 78 is cylindric, and described master driver 78 and described first driving hole adapt; Described main swingle 76 is cylindric; In described Coupling 75, be arranged with the first transmission installation cavity, described first transmission installation cavity is round table-like; Radial direction along described first transmission installation cavity is provided with the first connection annular groove in the concave side wall of described first transmission installation cavity; Described in several, the first connection annular groove is uniformly distributed along the axis of described first transmission installation cavity.
More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and description just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope, the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (6)
1. a self adaptation grinds paper equipment, comprise mainframe (1), it is characterized in that: the driver part (3) also comprising the upper end being arranged at described mainframe (1), be arranged in the drive disk assembly (2) on the top of described mainframe (1), be arranged at the rolling element (4) of the lower end of described drive disk assembly (2), to be arranged in described mainframe (1) and to be in the operation panel (5) of the downside of described rolling element (4), be arranged at the support component (7) of the lower end of described operation panel (5) and be embedded in described mainframe (1) sidewall and revolve the motor (6) of the end being located at described support component (7), described drive disk assembly (2) comprises loading plate (27), be arranged at the main Connection Block (28) of the lower end of described loading plate (27), be arranged at the driven shaft (29) of the upper end of described loading plate (27), be embedded at the regulating part (26) of the upper end of described loading plate (27), be sheathed on described driven shaft (29) to go up and the pad (25) being pressed in the upper end of described regulating part (26), revolve that to be located at described driven shaft (29) upper and be pressed in the main pressing plate (24) of the upper end of described pad (25), revolve the part that spins (22) of the upper end being located at described driven shaft (29), spin described in being arranged in along the radial direction of the described part that spins (22) final drive shaft (23) in part (22) and the adjustment plug-in unit (21) that spins in part (22) described in being arranged in.
2. a kind of self adaptation according to claim 1 grinds paper equipment, it is characterized in that: described loading plate (27) is for discoid; Be arranged with the first regulating tank in the top of described loading plate (27), described first regulating tank and described regulating part (26) adapt; Described regulating part (26) is ellipsoid shape; The number of described regulating part (26) is 2; Two described regulating parts (26) are arranged at the both sides of described driven shaft (29) respectively; The outer wall of described pad (25) is curved surface; In described pad (25), be equipped with the first installing hole, described first installing hole and described driven shaft (29) adapt; Be convexly equipped with the first clamping ring in the upper end of described pad (25), be arranged with the first connection annular groove in the described bottom stating pad (25); Pad described in several (25) is uniformly distributed along the axis of described driven shaft (29); Be provided with in the bottom of described main pressing plate (24) and compress projection, the described longitudinal section compressing projection is trapezoidal; Compressing projection described in several is distributed on described main pressing plate (24) uniformly; The described part that spins (22) is ellipsoid shape; Radial direction along the described part that spins (22) is equipped with the first transmission installing hole in the described part that spins (22), and described first transmission installing hole and described final drive shaft (23) adapt; Described adjustment plug-in unit (21) is " L " shape; In the described part that spins (22), be equipped with latch well, described latch well and described adjustment plug-in unit (21) adapt.
3. a kind of self adaptation according to claim 2 grinds paper equipment, it is characterized in that: described rolling element (4) comprises and rolls frame (41), the clamping ring (43) of the upper end of frame (41) is rolled described in being arranged at, the control assembly (44) of the upper end of frame (41) is rolled described in being arranged at, the main pressing plate (47) of the bottom of frame (41) is rolled described in being embedded at, be embedded at the pressure sensor (42) in described main pressing plate (47), be arranged at the vibrations pressure regulation part (45) on the sidewall of described control assembly (44) and roll the pressure regulator (46) that in frame (41) and upper end is connected to described vibrations pressure regulation part (45) described in being embedded at.
4. a kind of self adaptation according to claim 3 grinds paper equipment, and it is characterized in that: in described clamping ring (43), be arranged with the first mounting groove, described first mounting groove and described main Connection Block (28) adapt; Concave side wall in described first mounting groove is provided with side fixation slots, and the sidewall of described side fixation slots is sphere; Clamping rib is convexly equipped with on the outer wall of described main pressing plate (47); Be arranged with first in described bottom of rolling frame (41) and roll groove, be provided with clamping locating slot in described first concave side wall rolling groove, described clamping locating slot and described clamping rib adapt; In described main pressing plate (47), be arranged with sensing chamber, described sensing chamber and described pressure sensor (42) adapt; Sensing chamber described in several is distributed in described main pressing plate (47) uniformly; The longitudinal section of described vibrations pressure regulation part (45) is oval, and in described vibrations pressure regulation part (45), be equipped with drive train pressure hole, described drive train pressure hole and described pressure regulator (46) adapt; Described pressure regulator (46) is " L " shape; Described pressure sensor (42) and described control assembly (44) electrical connection.
5. a kind of self adaptation according to claim 4 grinds paper equipment, it is characterized in that: described support component (7) comprises outer ring actuator (73), be arranged at the external pressure element (72) on the inwall of described outer ring actuator (73), be arranged at the interior actuator (77) in the inner chamber of described outer ring actuator (73), be arranged in the master driver (78) on described interior actuator (77), be convexly equipped in the interior compressing member (74) on the outer wall of described interior actuator (77), radial direction along described master driver (78) is arranged in the main swingle (76) in described master driver (78), the main jack-up plate (71) of the Coupling (75) revolving the one end away from described master driver (78) being located at described main swingle (76) and the upper end being arranged at described outer ring actuator (73).
6. a kind of self adaptation according to claim 5 grinds paper equipment, it is characterized in that: be arranged with in the bottom of described main jack-up plate (71) and hold out against groove, described in hold out against groove and described outer ring actuator (73) adapts; The described sidewall holding out against groove is sphere; Described outer ring actuator (73) is for spherical; In described external pressure element (72), be arranged with the first pressing groove, described first pressing groove is sphere; Described interior compressing member (74) is for hemispherical; Described interior compressing member (74) and described first pressing groove adapt; External pressure element described in several (72) is distributed on the inwall of described outer ring actuator (73) uniformly; Described interior actuator (77) is for spherical; Concave side wall in described interior actuator (77) is provided with drive installation groove, and described drive installation groove and described interior compressing member (74) adapt; In described interior actuator (77), be equipped with the first driving hole, described master driver (78) is for cylindric, and described master driver (78) and described first driving hole adapt; Described main swingle (76) is for cylindric; In described Coupling (75), be arranged with the first transmission installation cavity, described first transmission installation cavity is round table-like; Radial direction along described first transmission installation cavity is provided with the first connection annular groove in the concave side wall of described first transmission installation cavity; Described in several, the first connection annular groove is uniformly distributed along the axis of described first transmission installation cavity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520394883.9U CN204712634U (en) | 2015-06-09 | 2015-06-09 | A kind of self adaptation grinds paper equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520394883.9U CN204712634U (en) | 2015-06-09 | 2015-06-09 | A kind of self adaptation grinds paper equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204712634U true CN204712634U (en) | 2015-10-21 |
Family
ID=54311659
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520394883.9U Expired - Fee Related CN204712634U (en) | 2015-06-09 | 2015-06-09 | A kind of self adaptation grinds paper equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204712634U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104842642A (en) * | 2015-06-09 | 2015-08-19 | 嘉善大华纸品印刷厂 | Adaptive paper grinding equipment |
-
2015
- 2015-06-09 CN CN201520394883.9U patent/CN204712634U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104842642A (en) * | 2015-06-09 | 2015-08-19 | 嘉善大华纸品印刷厂 | Adaptive paper grinding equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151021 Termination date: 20160609 |
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| CF01 | Termination of patent right due to non-payment of annual fee |