CN105598846A - Solar-powered building plate polishing mechanism and using method thereof - Google Patents
Solar-powered building plate polishing mechanism and using method thereof Download PDFInfo
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- CN105598846A CN105598846A CN201610129178.5A CN201610129178A CN105598846A CN 105598846 A CN105598846 A CN 105598846A CN 201610129178 A CN201610129178 A CN 201610129178A CN 105598846 A CN105598846 A CN 105598846A
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- polishing
- screens
- plane
- drive piece
- screw drive
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Classifications
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- 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
- B24B55/00—Safety devices for grinding or polishing machines; Accessories fitted to grinding or polishing machines for keeping tools or parts of the machine in good working condition
- B24B55/04—Protective covers for the grinding wheel
-
- 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
- B24B29/00—Machines or devices for polishing surfaces on work by means of tools made of soft or flexible material with or without the application of solid or liquid polishing agents
- B24B29/02—Machines or devices for polishing surfaces on work by means of tools made of soft or flexible material with or without the application of solid or liquid polishing agents designed for particular workpieces
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
Abstract
Disclosed are a solar-powered building plate polishing mechanism and a using method thereof. The solar-powered building plate polishing mechanism comprises a supporting shell (8), a workbench (82) arranged in the supporting shell (8), a screw (18) and an extensible locking part (5) slidably mounted in a cavity (50) on another lateral side of the supporting shell (8), a shielding door (81) is connected on one lateral side of the supporting shell (8) in a pivoting manner, the screw (18) can be driven by a movable driving motor (1) to rotate so as to push a polishing component (6) provided with a bottom polishing head (61) to move leftwards and rightwards along a guide cross beam 97) fixedly arranged in the supporting shell (8) and positioned above the workbench (82), and the polishing component (6) is provided with a power mechanism to drive the polishing head (61) to polish building plates carried on the workbench (82).
Description
Technical field
The present invention relates to construction material manufacture field, especially a kind of solar powered structural lumber polishing mechanism and using method thereof.
Background technology
In building field, along with people provide for the requirement of construction decoration, use more and more widely decorative boards. In order to improve appearance effect, conventionally need to carry out polishing to improve glossiness, to there is the aesthetic of expectation after attaching to these sheet materials.
Owing to producing for operator in these material processings, dust, particle spill and the potential safety hazard of processing component itself, and, in process to the maloperation meeting of sheet material produce polishing cut even workpiece scrap, therefore, security mask door need to be set in process with closed interior processing environment.
Current this screening arrangement often adopts manually and carries out, and thus, what it was arbitrarily opened is still within the bounds of possibility. Control easy increase cost and maintenance difficulties and the locking and unlocking that drives operating system to carry out opposite house is set separately, and be difficult to guarantee that processing head can not be subject to processing interference and the scuffing of head in the time taking out workpiece in playback position.
Summary of the invention
The object of the present invention is to provide a kind of solar powered structural lumber polishing mechanism and using method thereof, it can overcome above-mentioned defect of the prior art.
According to an aspect of the present invention, a kind of solar powered structural lumber polishing mechanism, comprise: the support housing that is connected with shield door a side edge pivotable, be arranged on the workbench in described support housing, thereby can drive and rotate the polishing assembly that promotes to be provided with bottom rubbing head along being fixedly installed in described support housing and being positioned at the screw rod that the guiding crossbeam of described workbench top moves left and right and the scalable Lock Part of the cavity that is slidably mounted on another side edge of described support housing by mobile drive motors, wherein, described polishing assembly has actuating unit to drive described rubbing head to carry out polishing to the structural lumber being carried on described workbench, thereby described guiding crossbeam is provided with spacing protrusion at the inwall place, right side of close described support housing and limits its least significant in order to block described polishing assembly, in the medial surface of described shield door, be fixedly installed lock tabs away from the outside of pivotable side, thereby the end station shoulder of described lock tabs protrudes with the locking of described scalable Lock Part in the time stretching out state and coordinates the locking realizing for the pivoted closed state of described shield door in order to be subject to the bias voltage of bias voltage elastomeric element when described scalable Lock Part, described scalable Lock Part is also provided with and protrudes with described locking the operation that separates and protrude, thereby in order to engage the end station shoulder described scalable Lock Part being pressed to retracted mode make described locking protrude the described lock tabs of disengagement with the corresponding side surface that is fixedly installed on the spacious amount connector on the upper side of described polishing assembly with by described shield door release, described spacious amount connector is provided with recess in order to engage the screw drive piece coordinating with described screw flight, described screw drive piece stretches in described recess and has the spacious amount of movement on left and right directions, wherein, the right flank of described screw drive piece pushes up pressure by being resisted against the top compression elasticity element in spacious amount connector inner right side, left surface is fixedly installed and can be inserted in the inside left sidewall that is arranged at described recess and be parallel to described screw rod and plugged connection projection in the insertion chamber of extending, the described head that plugs connection projection is provided with away from the outside inclined plane part of described screw drive piece and the inner side inclined plane part of close described screw drive piece, wherein, described outside inclined plane part is connected the folded acute angle angle of the bearing of trend of projection and is less than described inner side inclined plane part and the folded acute angle angle of described bearing of trend with described plug, in described spacious amount connector, be provided with and be subject to the outside bias voltage of screens flexible member and can be partly exposed to described insertion chamber and screens inclined-plane pin that can be flexible in the direction perpendicular to described bearing of trend, its end exposed division is being provided with inclined-plane inside the position blocking pin identical with inclined plane part angle of inclination, described outside near the inner side place of described screw drive piece, be provided with inclined-plane outside position blocking pin away from the outside of described screw drive piece, described support housing top is provided with solar energy photovoltaic panel, described support housing bottom is provided with energy-storage box, in described energy-storage box, be provided with hollow groove, in described hollow groove, be provided with inverter and battery, described solar energy photovoltaic panel, inverter and battery Electricity Federation successively, described solar energy photovoltaic panel thinks that in order to convert solar energy into electrical energy to be stored in battery described mobile drive motors power supply is used.
According on the other hand, the using method of above-mentioned solar powered structural lumber polishing mechanism, wherein, original state is that described polishing assembly is positioned at least significant, now described spacious amount connector by described scalable Lock Part by being pressed in retracted mode, in the time that needs carry out polishing operation, by the pivoted closed state of described shield door, then thereby described mobile drive motors powers on to move and drives described screw drive piece to move towards described inside left sidewall in described recess, under the synergism of described top compression elasticity element, first the described described outside inclined plane part that connects projection that plugs engages and pushes open described screens inclined-plane pin and be inserted in described insertion chamber with inclined-plane inside the described position blocking pin of described screens inclined-plane pin, afterwards outside the described position blocking pin of described screens inclined-plane pin inclined-plane under the effect of described screens flexible member and be pressed on described can plug on the described inner side inclined plane part that connects projection, thereby realize the screens for described screw drive piece, thereby described in described screw drive, rubbing head continues to left movement, described spacious amount connector and described scalable Lock Part to be thrown off, thereby now described scalable Lock Part is protruding by above-mentioned shield door locking, thereby described in described screw drive, rubbing head moves left and right described structural lumber is carried out to polishing, in the time that polishing finishes, described in described screw drive, polishing assembly is to described least significant and against described spacing protrusion, afterwards, thereby described screw rod continues to drive described screw drive piece to move right plugs by described the screens that connects projection and outwards extract to depart from described screens inclined-plane pin, thereby and described spacious amount connector again described scalable Lock Part is pressed into retracted mode and allows described shield door to pivotally open with the closure state release to described shield door.
Pass through such scheme, the mating reaction of spacious amount attachment and threaded block, in conjunction with the lock mode of the dead bolt of scalable clamping block and shield door, can realize driving in rubbing head locking and the release for shield door, without setting up separately driving control system, and can guarantee that processing starts and locking and released state when process finishing; And can guarantee that rubbing head just can open shield door getting back to the rightest playback position; In this playback position, rubbing head is abdicated workpiece completely, is convenient to take out and can not cause cut. Whole device is safe and reliable to operation, and compares with driving control system is set separately and realize locking unlocking function and reduced cost, and is convenient to regular maintenance.
Brief description of the drawings
Fig. 1 exemplarily shows the overall structure schematic diagram of solar powered structural lumber polishing mechanism of the present invention, and wherein this device is in processing polished state.
Fig. 2 shows the lock fit view of the lock tabs of scalable Lock Part in Fig. 1 and shield door.
Fig. 3 shows the local enlarged diagram at the A place in Fig. 1.
Detailed description of the invention
Describe below in conjunction with Fig. 1-3 pair embodiments of the present invention.
With reference to Fig. 1-3, according to a kind of solar powered structural lumber polishing mechanism of embodiment, comprise: the support housing 8 that is connected with shield door 81 a side edge pivotable, be arranged on the workbench 82 in described support housing 8, thereby can drive and rotate the polishing assembly 6 that promotes to be provided with bottom rubbing head 61 along being fixedly installed in described support housing 8 and being positioned at the screw rod 18 that the guiding crossbeam 7 of described workbench 82 tops moves left and right and the scalable Lock Part 5 of the cavity 50 of another side edge that is slidably mounted on described support housing 8 by mobile drive motors 1, wherein, described polishing assembly 6 has actuating unit to drive described rubbing head 61 to carry out polishing to the structural lumber being carried on described workbench 82, thereby described guiding crossbeam 7 is provided with spacing protrusion 71 at the inwall place, right side of close described support housing 8 and limits its least significant in order to block described polishing assembly 6, in the medial surface of described shield door 81, be fixedly installed lock tabs 811 away from the outside of pivotable side, coordinating thereby the end station shoulder 8111 of described lock tabs 811 protrudes 54 with the locking of described scalable Lock Part 5 in order to be subject to the bias voltage of bias voltage elastomeric element 51 when described scalable Lock Part 5 in the time stretching out state the locking realizing for the pivoted closed state of described shield door 81, described scalable Lock Part 5 is also provided with and protrudes 54 operations that separate with described locking and protrude 53, thereby in order to engage the end station shoulder 8111 described scalable Lock Part 5 being pressed to retracted mode make described locking protrude the described lock tabs 811 of 54 disengagement with the corresponding side surface that is fixedly installed on the spacious amount connector 62 on the upper side of described polishing assembly 6 with by described shield door 81 releases, described spacious amount connector 62 is provided with the screw drive piece 19 of recess 621 in order to joint and described screw rod 18 threaded engagement, described screw drive piece 19 stretches in described recess 621 and has the spacious amount of movement on left and right directions, wherein, the right flank of described screw drive piece 19 by being resisted against the top compression elasticity element 196 in spacious amount connector 62 inner right side, press by top, left surface be fixedly installed can be inserted in the inside left sidewall that is arranged at described recess 621 and be parallel to described screw rod 18 and extend insertion chamber 620 in plugged connection projection 15, the described head that plugs connection projection 15 is provided with away from the outside inclined plane part 151 of described screw drive piece 19 and the inner side inclined plane part 152 of close described screw drive piece 19, wherein, described outside inclined plane part 151 is connected the folded acute angle angle of the bearing of trend of projection 15 and is less than the folded acute angle angle of described inner side inclined plane part 152 and described bearing of trend with described plug, in described spacious amount connector 62, be provided with and be subject to the outside bias voltage of screens flexible member 17 and can be partly exposed to described insertion chamber 620 and screens inclined-plane pin 16 that can be flexible in the direction perpendicular to described bearing of trend, its end exposed division is being provided with inclined-plane 161 inside the position blocking pin identical with inclined plane part 151 angles of inclination, described outside near the inner side place of described screw drive piece 19, be provided with inclined-plane 162 outside position blocking pin away from the outside of described screw drive piece 19, described support housing 8 tops are provided with solar energy photovoltaic panel 101, described support housing 8 bottoms are provided with energy-storage box 102, in described energy-storage box 102, be provided with hollow groove 103, in described hollow groove 103, be provided with inverter 104 and battery 105, described solar energy photovoltaic panel 101, inverter 104 and battery 105 Electricity Federation successively, described solar energy photovoltaic panel 101 thinks that in order to convert solar energy into electrical energy to be stored in battery 105 described mobile drive motors 1 power supply is used.
Valuably, wherein, described actuating unit is drive motors.
Valuably, wherein, described screens inclined-plane pin 16 is for being symmetrical arranged up and down, and describedly plugs the outside inclined plane part 151 away from described screw drive piece 19 of the head setting that connects projection 15 and be also correspondingly symmetrical arranged up and down near the inner side inclined plane part 152 of described screw drive piece 19.
According to embodiment, the using method of the structural lumber polishing mechanism that rises solar powered, wherein, original state is that described polishing assembly 6 is positioned at least significant, now described spacious amount connector 62 by described scalable Lock Part 5 by being pressed in retracted mode, in the time that needs carry out polishing operation, by the pivoted closed state of described shield door 81, then thereby described mobile drive motors 1 powers on to move and drives described screw drive piece 19 to move towards described inside left sidewall in described recess 621, under the synergism of described top compression elasticity element 196, first the described described outside inclined plane part 151 that connects projection 15 that plugs engages and pushes open described screens inclined-plane pin 16 and be inserted in described insertion chamber 620 with inclined-plane 161 inside the described position blocking pin of described screens inclined-plane pin 16, afterwards outside the described position blocking pin of described screens inclined-plane pin 16 inclined-plane 162 under the effect of described screens flexible member 17 and be pressed on described can plug on the described inner side inclined plane part 152 that connects projection 15, thereby realize the screens for described screw drive piece 19, thereby described screw rod 18 drives described rubbing head 61 to continue to left movement, described spacious amount connector 62 to be thrown off with described scalable Lock Part 5, thereby now described scalable Lock Part 5 is protruding, above-mentioned shield door 81 is locked, thereby described screw rod 18 drives described rubbing head 61 to move left and right carries out polishing to described structural lumber, in the time that polishing finishes, described screw rod 18 drives described polishing assembly 6 to described least significant and against described spacing protrusion 71, afterwards, thereby described screw rod 18 continues to drive described screw drive piece 19 to move right plugs by described the screens that connects projection 15 and outwards extract to depart from described screens inclined-plane pin 16, thereby and described spacious amount connector 62 again described scalable Lock Part 5 is pressed into retracted mode and allows described shield door 81 to pivotally open with the closure state release to described shield door 81.
Wherein, the stiffness factor of described top compression elasticity element 196 is enough to allow to plug and connects projection 15 and push described screens inclined-plane pin 16 open and be inserted in described insertion chamber 620 and can not cause that described polishing assembly 6 floats free.
The mating reaction of spacious amount (gap) attachment and threaded block, in conjunction with the lock mode of the dead bolt of scalable clamping block and shield door, can realize driving in rubbing head locking and the release for shield door, without setting up separately driving control system, and can guarantee that processing starts and locking and released state when process finishing; And can guarantee that rubbing head just can open shield door getting back to the rightest playback position; In this playback position, rubbing head is abdicated workpiece completely, is convenient to take out and can not cause cut.
By with upper type, those skilled in the art can make various changes according to mode of operation within the scope of the invention.
Claims (4)
1. a solar powered structural lumber polishing mechanism, comprise: the support housing (8) that is connected with shield door (81) a side edge pivotable, be arranged on the workbench (82) in described support housing (8), can be by mobile drive motors (1) thus drive and rotate the polishing assembly (6) that promotes to be provided with bottom rubbing head (61) along being fixedly installed in described support housing (8) and being positioned at the screw rod (18) that the guiding crossbeam (7) of described workbench (82) top moves left and right and the scalable Lock Part (5) of the cavity (50) of another side edge that is slidably mounted on described support housing (8), wherein, described polishing assembly (6) has actuating unit to drive described rubbing head (61) to carry out polishing to the structural lumber being carried on described workbench (82), described guiding crossbeam (7) is provided with spacing protrusion (71) in order to block described polishing assembly (6) at the inwall place, right side of close described support housing (8) thereby limits its least significant, in the medial surface of described shield door (81), be fixedly installed lock tabs (811) away from the outside of pivotable side, the end station shoulder (8111) of described lock tabs (811) protrudes (54) with the locking of described scalable Lock Part (5) in order to be subject to the bias voltage of bias voltage elastomeric element (51) when described scalable Lock Part (5) thereby coordinates the locking realizing for the pivoted closed state of described shield door (81) in the time stretching out state, described scalable Lock Part (5) is also provided with and protrudes with described locking the operation that (54) separate and protrude (53), in order to be fixedly installed on spacious amount connector (62) on the upper side of described polishing assembly (6) thus corresponding side surface engages and presses to make end station shoulder (8111) that described locking protrusion (54) throws off described lock tabs (811) with by described shield door (81) release to retracted mode described scalable Lock Part (5), described spacious amount connector (62) is provided with the screw drive piece (19) of recess (621) in order to joint and described screw rod (18) threaded engagement, described screw drive piece (19) stretches in described recess (621) and has the spacious amount of movement on left and right directions, wherein, the right flank of described screw drive piece (19) by being resisted against the top compression elasticity element (196) in spacious amount connector (62) inner right side, press by top, left surface is fixedly installed and can be inserted in the inside left sidewall that is arranged at described recess (621) and be parallel to described screw rod (18) and interior the plugged connection projection (15) in insertion chamber (620) of extension, the described head that plugs connection projection (15) is provided with away from the outside inclined plane part (151) of described screw drive piece (19) and the inner side inclined plane part (152) of close described screw drive piece (19), wherein, described outside inclined plane part (151) is connected the folded acute angle angle of the bearing of trend of projection (15) and is less than the folded acute angle angle of described inner side inclined plane part (152) and described bearing of trend with described plug, in described spacious amount connector (62), be provided with and be subject to outwards bias voltage and can partly be exposed to described insertion chamber (620) and screens inclined-plane pin (16) that can be flexible in the direction perpendicular to described bearing of trend of screens flexible member (17), its end exposed division is being provided with inclined-plane (161) inside the position blocking pin identical with described outside inclined plane part (151) angle of inclination near the inner side place of described screw drive piece (19), be provided with inclined-plane (162) outside position blocking pin away from the outside of described screw drive piece (19), described support housing (8) top is provided with solar energy photovoltaic panel (101), described support housing (8) bottom is provided with energy-storage box (102), in described energy-storage box (102), be provided with hollow groove (103), in described hollow groove (103), be provided with inverter (104) and battery (105), described solar energy photovoltaic panel (101), inverter (104) and battery (105) Electricity Federation successively, described solar energy photovoltaic panel (101) thinks that in order to convert solar energy into electrical energy to be stored in battery (105) described mobile drive motors (1) power supply is used.
2. a kind of solar powered structural lumber polishing mechanism as claimed in claim 1, wherein, described actuating unit is drive motors.
3. a kind of solar powered structural lumber polishing mechanism as claimed in claim 1 or 2, wherein, described screens inclined-plane pin (16) is for being symmetrical arranged up and down, and the described outside inclined plane part (151) away from described screw drive piece (19) of head setting and the inner side inclined plane part (152) of close described screw drive piece (19) that plugs connection projection (15) is also correspondingly symmetrical arranged up and down.
4. the using method of a kind of solar powered structural lumber polishing mechanism as described in claim 1 or 2 or 3, wherein, original state is that described polishing assembly (6) is positioned at least significant, now described spacious amount connector (62) by described scalable Lock Part (5) by being pressed in retracted mode, in the time that needs carry out polishing operation, by the pivoted closed state of described shield door (81), then described mobile drive motors (1) thus the operation that powers on drive described screw drive piece (19) in described recess (621) towards the motion of described inside left sidewall, under the synergism of described top compression elasticity element (196), first the described described outside inclined plane part (151) that connects projection (15) that plugs engages and pushes open described screens inclined-plane pin (16) and be inserted in described insertion chamber (620) with inclined-plane (161) inside the described position blocking pin of described screens inclined-plane pin (16), afterwards outside the described position blocking pin of described screens inclined-plane pin (16) inclined-plane (162) under the effect of described screens flexible member (17) and be pressed on described can plug on the described inner side inclined plane part (152) that connects projection (15), thereby realize the screens for described screw drive piece (19), described screw rod (18) drives described rubbing head (61) thereby continues and to left movement, described spacious amount connector (62) and described scalable Lock Part (5) thrown off, now described scalable Lock Part (5) thus protruding above-mentioned shield door (81) is locked, described screw rod (18) drives described rubbing head (61) thereby moves left and right described structural lumber is carried out to polishing, in the time that polishing finishes, described screw rod (18) drives described polishing assembly (6) to described least significant and against described spacing protrusion (71), afterwards, described screw rod (18) continues to drive described screw drive piece (19) thereby moves right the screens that will be described plugs connection projection (15) and outwards extract to depart from described screens inclined-plane pin (16), and described spacious amount connector (62) again described scalable Lock Part (5) is pressed into retracted mode with to described shield door (81) thus closure state release allow described shield door (81) to pivotally open.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610129178.5A CN105598846A (en) | 2016-03-08 | 2016-03-08 | Solar-powered building plate polishing mechanism and using method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610129178.5A CN105598846A (en) | 2016-03-08 | 2016-03-08 | Solar-powered building plate polishing mechanism and using method thereof |
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| Publication Number | Publication Date |
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| CN105598846A true CN105598846A (en) | 2016-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610129178.5A Pending CN105598846A (en) | 2016-03-08 | 2016-03-08 | Solar-powered building plate polishing mechanism and using method thereof |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107101080A (en) * | 2016-10-31 | 2017-08-29 | 屈吕成 | A kind of wall-mounted LCDs mechanism |
| CN107101079A (en) * | 2016-10-31 | 2017-08-29 | 屈吕成 | A kind of liquid crystal display equipment of energy wall hanging |
| CN108422288A (en) * | 2018-04-04 | 2018-08-21 | 谭娟 | A kind of energy-saving copper material polissoir |
| CN108505046A (en) * | 2018-04-04 | 2018-09-07 | 赵金东 | A kind of energy-saving copper material burnishing device using solar energy |
| CN108517523A (en) * | 2018-04-04 | 2018-09-11 | 赵金东 | A kind of energy saving type processing equipment for copper material polishing |
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| CN108505046A (en) * | 2018-04-04 | 2018-09-07 | 赵金东 | A kind of energy-saving copper material burnishing device using solar energy |
| CN108517523A (en) * | 2018-04-04 | 2018-09-11 | 赵金东 | A kind of energy saving type processing equipment for copper material polishing |
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Application publication date: 20160525 |