CN208868348U - A kind of Wrap angle device - Google Patents
A kind of Wrap angle device Download PDFInfo
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- CN208868348U CN208868348U CN201821124932.7U CN201821124932U CN208868348U CN 208868348 U CN208868348 U CN 208868348U CN 201821124932 U CN201821124932 U CN 201821124932U CN 208868348 U CN208868348 U CN 208868348U
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- 230000007246 mechanism Effects 0.000 claims abstract description 63
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- 238000009434 installation Methods 0.000 claims abstract description 11
- 210000000515 tooth Anatomy 0.000 claims description 66
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- 238000012856 packing Methods 0.000 abstract description 2
- 239000000123 paper Substances 0.000 description 49
- 239000011111 cardboard Substances 0.000 description 17
- 238000005253 cladding Methods 0.000 description 8
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- 238000004806 packaging method and process Methods 0.000 description 5
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- 239000013067 intermediate product Substances 0.000 description 1
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- 238000007639 printing Methods 0.000 description 1
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Abstract
The utility model discloses a kind of Wrap angle devices, the workbench including being slidably fitted with corner wrapping device, and corner wrapping device is equipped with paper-fetching mechanism；Feed bin is additionally provided on workbench, feed bin, which is located in the glide direction of corner wrapping device and is higher than corner wrapping device, to be arranged；Corner wrapping device includes corner protector Paper pallet, two groups of paper foldling mechanisms being arranged in a mutually vertical manner are rotatably equipped on corner protector Paper pallet, every group of paper foldling mechanism includes rotational installation on corner protector Paper pallet and driven by the first power plant first turns over hand, first turn over be rotatably equipped with the driving of the second power device on hand second turn over hand, second turn over be rotatably equipped on hand third power device driving third turn over hand, the first power device, the second power device and third power device are driven by same power input source.It realizes and takes paper automatically and to the mechanization automatic corner wrapping at plate corner, transmission accuracy, working efficiency and the consistency height for packing effect；The generation for injuring worker's finger accident by a crashing object effectively is avoided, improves safety in utilization.
Description
Technical field
The utility model relates to packing machinery technology more particularly to a kind of Wrap angle devices.
Background technique
Plate is common product or intermediate products, for some higher plate products of value, such as solar panels etc.
Plate can select cardboard (also referred to as: corner protector cardboard) to wrap plate corner in order to avoid dog-ear collides with during transportation
It wraps up in, for current plate cornerite mainly by the way of hand-filling, packaging efficiency is relatively low, and also difficulty accomplishes one to packaging effect
It causes, and cost of labor is very high, on the other hand since the plate having is heavier, is easy to injure worker's finger by a crashing object in packaging, causes industrial injury
The generation of accident.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of Wrap angle devices, under the premise of guaranteeing work safety,
Achieve the purpose that take paper automatically and improves packaging efficiency, packaging same effect.
In order to solve the above technical problems, the technical solution of the utility model is: a kind of Wrap angle device, including workbench, it is described
The corner wrapping device of first driving device driving is slidably fitted on workbench along X-axis, the corner wrapping device is equipped with paper-fetching mechanism；
Feed bin is additionally provided on the workbench, the feed bin, which is located in the glide direction of the corner wrapping device and is higher than the cornerite, to be filled
It installs；
The corner wrapping device includes corner protector Paper pallet, is rotatably equipped with two groups on the corner protector Paper pallet and is arranged in a mutually vertical manner
Paper foldling mechanism, paper foldling mechanism described in every group include rotational installation on the corner protector Paper pallet and by the first power device
The first of driving turns over hand, and described first turns over and be rotatably equipped with the second of the driving of the second power device on hand and turn over hand, and described second turns over
The third for being rotatably equipped with the driving of third power device on hand turns over hand, first power device, second power device and
The third power device is driven by same power input source.
As an improvement the corner wrapping device is set on pedestal, the lower section of the pedestal, which is equipped with, is slidably mounted on institute
The slide on workbench is stated, the slide is connected with the first driving device；The pedestal, which slides vertically, is installed on the cunning
It is driven on seat and by the second driving device；
The paper-fetching mechanism includes sucker, and the sucker is slided and driven by third driving device, the third along Y-axis
Driving device is set on the pedestal；The corner protector Paper pallet is equipped with the through-hole passed through for the sucker.
As a further improvement, the feed bin includes bottom plate, and the bottom plate is equipped with paper out opening, is located at the paper out opening
The bottom plate at both ends is equipped with support rod, and the bottom plate between two support rods is equipped with support elastic sheet, described
Support elastic sheet extends to the paper out opening direction；The bottom plate is equipped at least three pressing boards.
As a further improvement, the power input source includes the gear-box being set on the corner protector Paper pallet,
The power input shaft with motor output shaft transmission connection is rotatably equipped on the gear-box；
First power device includes being rotatablely installed to move in the first power output shaft on the gear-box, described first
Once inside out driving mechanism is equipped between power output shaft and the power input shaft；It further include being set to described first to turn over hand and institute
The first drive shaft between corner protector Paper pallet is stated, first band is equipped between first drive shaft and first power output shaft
Transmission mechanism；
Second power device includes being rotatablely installed to move in the second power output shaft on the gear-box, described second
Secondary turnover driving mechanism is equipped between power output shaft and the power input shaft；It further include being set to described second to turn over hand and institute
It states first and turns over the second drive shaft between hand, the second band is equipped between second drive shaft and second power output shaft and is passed
Motivation structure；
The third power device includes being rotatablely installed in the third power output shaft on the gear-box, and the third is dynamic
Turnover driving mechanism three times is equipped between power output shaft and the power input shaft；It further include being set to the third to turn over hand and institute
It states second and turns over third drive shaft between hand, third band is equipped between the third drive shaft and the third power output shaft and is passed
Motivation structure；
When in original state, described first turn over hand, described second turn over hand, the third turns over hand and the corner protector Paper pallet
It is straight to be coplanar with.
It is improved as further, the once inside out driving mechanism includes the be set on the power input shaft
One driving gear ontology, further includes the first driven gear ontology being set on first power output shaft, described first from
It is set on moving gear ontology there are two the first convex block, is equipped with the first arc lock groove, adjacent two institute on each first convex block
The line at the midpoint and the rotary middle point of the first driven gear ontology of stating the first arc lock groove is mutually perpendicular to, described in two
The first driven gear ontology between first convex block is equipped with multiple first driven tooths, the first driven gear ontology
Remaining region is set as the first shiny surface；
The first driving gear ontology be equipped with multiple first driving tooths, multiple first driving tooths with it is multiple described
First driven tooth is correspondingly arranged and is intermeshed；Remaining region of the first driving gear ontology is and first arc
Lock groove compatible first links up face smoothly；
First tape handler includes the first pulley being set on first power output shaft and is set to institute
The second belt wheel in the first drive shaft is stated, the first transmission belt is equipped between the first pulley and second belt wheel.
As further improvement, one is additionally provided on first shiny surface on the first driven gear ontology
Annular array is arranged together for a or two spare first convex blocks, spare first convex block and two first convex blocks, described
On first driven gear ontology between two spare first convex blocks, spare first convex block and adjacent described first convex
First driven tooth is provided between block；The first arc lock groove is equipped on each spare first convex block.
It is improved as further, the secondary turnover driving mechanism includes the be set on the power input shaft
Two driving gear ontologies, further include the second driven gear ontology being set on second power output shaft, described second from
The second convex block there are two mirror settings is set on moving gear ontology, is equipped with the second arc locking on each second convex block
Slot；The second driven gear ontology is divided into two regions by two second convex blocks, one of region be equipped with second from
Movable tooth, another region are set as the second shiny surface；
The second driving gear ontology is equipped with multiple second driving tooths, multiple second driving tooths and described second
The region of driven tooth setting is correspondingly arranged and is intermeshed, and remaining region of the second driving gear ontology is and described the
Two arc lock grooves compatible described second link up face smoothly；
Second tape handler includes the third belt wheel being set on second power output shaft and is set to institute
The 4th belt wheel in the first drive shaft is stated, the second transmission belt is equipped between the third belt wheel and the 4th belt wheel；Further include
The 6th belt wheel being set on the 5th belt wheel and first drive shaft in second drive shaft, the 6th belt wheel and institute
It states and is equipped with third transmission belt between the 5th belt wheel.
As further improvement, the second driven gear ontology is divided into two regions by two second convex blocks,
Second driven tooth is equipped on two regions.
It is improved as further, the turnover driving mechanism three times includes the be set on the power input shaft
The whole circumference face of three driving gear ontologies, the third driving gear ontology is equipped with third driving tooth；It further include being set to
Third driven gear ontology on the third power output shaft, the whole circumference face of the third driven gear ontology are equipped with
Third driven tooth compatible with the third driving tooth；
Alternatively, the turnover driving mechanism three times includes the third driving gear sheet being set on the power input shaft
The whole circumference face of body, the third driving gear ontology is equipped with third driving tooth；It further include being set to the third power
Third driven gear ontology on output shaft, the periphery of the third driven gear ontology is provided with nibbles with the third driving tooth
The third driven tooth section of conjunction, central angle corresponding to the third driven tooth section both ends be greater than 180 ° and less than 360 °；
The third tape handler includes the 7th belt wheel being set on the third power output shaft and is set to institute
The 8th belt wheel in the first drive shaft is stated, the 4th transmission belt is equipped between the 8th belt wheel and the 7th belt wheel；
It further include the 9th belt wheel being set in first drive shaft and the be set in second drive shaft the tenth
Belt wheel is equipped with the 5th transmission belt between the tenth belt wheel and the 9th belt wheel；The tenth is additionally provided in second drive shaft
One belt wheel, the third drive shaft are equipped with the 12nd belt wheel, are equipped between the 12nd belt wheel and the 11st belt wheel
6th transmission belt.
As further improvement, central angle corresponding to the third driven tooth section both ends be greater than or equal to 200 ° and
Less than or equal to 340 °.
After above-mentioned technical proposal, the effect of the utility model is:
Since Wrap angle device includes workbench, the cornerite dress of first driving device driving is slidably fitted on workbench along X-axis
It sets, corner wrapping device is equipped with paper-fetching mechanism；Be additionally provided with feed bin on workbench, feed bin be located in the glide direction of corner wrapping device and
It is arranged higher than corner wrapping device；Corner wrapping device includes corner protector Paper pallet, and two groups are rotatably equipped on corner protector Paper pallet and is mutually perpendicular to set
The paper foldling mechanism set, every group of paper foldling mechanism include rotational installation on corner protector Paper pallet and driven by the first power plant
First turns over hand, and first turns over and be rotatably equipped with the second of the driving of the second power device on hand and turn over hand, and second turns over and be rotatably equipped on hand
The third of third power device driving turns over hand, and the first power device, the second power device and third power device are by same power
Input source is driven, and is based on above structure, at work, first driving device drives corner wrapping device to slide into material to the Wrap angle device
A piece of cardboard is taken out by paper-fetching mechanism later in the lower section in storehouse out of feed bin, and first driving device drives corner wrapping device sliding later
It moves to the lower section of plate；Power input source drives the first power device, the second power device and third power device same later
Work is walked, the first power device drives first to turn over hand rotation (being rotated by 90 °) and turn down primary, completion pair to cardboard later
The cladding in a face at dog-ear, the second power device drives second to turn over hand rotation (rotation 180 degree) and turn over to cardboard later
Folding (this time fold is angled 90 degree with institute's shape after the fold of side), completes the cladding to another face at dog-ear, later third
Power device drives third to turn over hand rotation (angle of rotation is greater than 180 degree within 306 degree) and turns down to cardboard,
It completes so far to complete the full cladding to side one of at plate corner, later, power to the cladding in third face at dog-ear
Input shaft reversely rotates, and drives all component returns；Later, another side at plate corner is completed using above-mentioned working principle
The full cladding of (side and above-mentioned side are vertical relations), and then complete to work to the cornerite at plate corner.
In conclusion using the Wrap angle device, realizes and take paper automatically and to the mechanization automatic corner wrapping at plate corner, with
Traditional artificial cornerite mode is compared, and is not only greatly improved work efficiency, is effectively reduced cost of labor, but also packs effect
Consistency it is high, meanwhile, the generation for injuring worker's finger accident by a crashing object can be effectively avoided using the Wrap angle device, is substantially increased using peace
Quan Xing；In addition, the Wrap angle device is small in size and is driven by the overturning that different angle can be realized in the same power input source, into
And it ensure that transmission accuracy.
Since corner wrapping device is set on pedestal, the lower section of pedestal is equipped with the slide being slidably mounted on workbench, slide
It is connected with first driving device；Pedestal, which slides vertically, to be installed on slide and is driven by the second driving device, to fill in cornerite
In the sliding set, the second driving device does not work, and corner wrapping device is lower than the lower surface of plate, when carrying out cornerite to plate, the
Two driving devices drive corner wrapping device uplink and are resisted against on the lower surface of plate, complete paper folding work later, do not influence not only
It takes paper and cornerite to work, and can effectively avoid the problem that corner wrapping device collides in sliding with plate.
Since paper-fetching mechanism includes sucker, sucker is slided and is driven by third driving device, third driving device along Y-axis
It is set on pedestal；Corner protector Paper pallet is equipped with the through-hole passed through for sucker, so that at work, corner wrapping device is moved to feed bin
Lower section when, third driving device drives sucker to slide vertically, and cardboard is drawn out of feed bin by sucker later, and structure is simple,
Take paper effect good, to take paper to lay a good foundation automatically.
Since feed bin includes bottom plate, bottom plate is equipped with paper out opening, and the bottom plate positioned at paper out opening both ends is equipped with support rod, position
Bottom plate between two support rods is equipped with support elastic sheet, and support elastic sheet extends to paper out opening direction；Bottom plate is equipped at least three
A pressing board, at work, guarantee the orderly placement of multiple cardboards by pressing board, pass through two support rods and support elastic sheet
Orderly multiple cardboards placed and be located above paper out opening are supported；After sucker reaches below feed bin, third driving device
It drives sucker to go upward in paper out opening and abut against to be drawn on cardboard, later, third driving device drives sucker downlink, quilt
The cardboard (middle part) of absorption overcomes the elastic force of support elastic sheet to pull out out of feed bin, and the both ends of cardboard lead in the lasting downlink of sucker
Support rod export is crossed, structure is simple, is skillfully constructed, and it is good to the support effect of cardboard, meanwhile, it is orderly, smoothly carries out taking paper
Provide guarantee.
Since power input source includes the gear-box being set on corner protector Paper pallet, it is rotatably equipped on gear-box and motor
The power input shaft of output shaft transmission connection；First power device includes being rotatablely installed in the first power output on gear-box
Axis is equipped with once inside out driving mechanism between the first power output shaft and power input shaft；Further include be set to first turn over hand and
The first drive shaft between corner protector Paper pallet is equipped with the first tape handler between the first drive shaft and the first power output shaft；
Second power device includes being rotatablely installed in the second power output shaft on gear-box, the second power output shaft and power input shaft
Between be equipped with secondary turnover driving mechanism；It further include being set to second and turning over hand and first to turn over the second drive shaft between hand, second
The second tape handler is equipped between drive shaft and the second power output shaft；Third power device includes rotational installation in gear-box
On third power output shaft, turnover driving mechanism three times is equipped between third power output shaft and power input shaft；Further include
It is set to third and turns over hand and second and turn over third drive shaft between hand, the is equipped between third drive shaft and third power output shaft
Three tape handlers are driven by once inside out respectively later so that at work, motor imparts power to power input shaft
Mechanism, secondary turnover driving mechanism and power synchronous is passed to the first power output shaft, second moved by turnover driving mechanism three times
Power output shaft and third power output shaft are passed by the first tape handler, the second tape handler and third band respectively later
Motivation structure imparts power to the first drive shaft, the second drive shaft and third drive shaft, and then realizes that first turns over hand, second turns over hand
With the movement of third overturning, structure is simple, and power transmission effect is good.
It further include setting since once inside out driving mechanism includes the first driving gear ontology being set on power input shaft
The first driven gear ontology being placed on the first power output shaft, sets that there are two the first convex blocks on the first driven gear ontology, often
The first arc lock groove, the midpoint of adjacent two first arc lock groove and the first driven gear ontology are equipped on a first convex block
The line of rotary middle point be mutually perpendicular to, it is driven that the first driven gear ontology between two first convex blocks is equipped with multiple first
Remaining region of tooth, the first driven gear ontology is set as the first shiny surface；First driving gear ontology is equipped with multiple first
Driving tooth, multiple first driving tooths are correspondingly arranged and are intermeshed with multiple first driven tooths；First driving gear ontology its
Remaining region is compatible with the first arc lock groove first to link up face smoothly, thus in power input shaft rotation, by the
The engagement of one driving tooth and the first driven tooth drives the rotation of the first power output shaft and the first drive shaft, and then realizes and turn over hand
90 degree of rotations (that is: completing to the cladding in first face at the fold of cardboard and dog-ear), due to the first driving tooth and two first
The region for the first driven tooth being arranged between convex block is correspondingly arranged and remaining region of the first driving gear ontology is and the first arc
Shape lock groove compatible first links up face smoothly, it may be assumed that and the first driving tooth and the first driven tooth are engaged between 0 ° to 90 °,
When other angles, the first arc lock groove and first links up face progress rotational slide cooperation smoothly, at this point, the first power output shaft
It stops operating, does not influence the work of other power output shafts not only, but also can guarantee that turning over hand can only move within the scope of 0 ° to 90 °
Make, structure is simple, is skillfully constructed, and using effect is good.
Since the first tape handler includes the first pulley being set on the first power output shaft and is set to the first drive
The second belt wheel on moving axis is equipped with the first transmission belt between first pulley and the second belt wheel, thus the cooperation of belt wheel and transmission belt,
The transition connection between the first power output shaft and the first drive shaft is realized, achievees the purpose that power transmits, structure is simple, dress
With convenient.
It is standby due to being additionally provided with one or two spare first convex block on the first shiny surface on the first driven gear ontology
Be arranged with the first convex block and two the first convex blocks together annular array, on the first driven gear ontology two spare first convex blocks it
Between, between spare first convex block and the first adjacent convex block be provided with the first driven tooth；It is all provided on each spare first convex block
There is the first arc lock groove, to convenient for the installation of the first driven gear ontology and the first driving gear ontology and match by structure
It closes.
It further include setting since secondary turnover driving mechanism includes the second driving gear ontology being set on power input shaft
The second driven gear ontology being placed on the second power output shaft, sets that there are two the of mirror settings on the second driven gear ontology
Two convex blocks are equipped with the second arc lock groove on each second convex block；Second driven gear ontology is divided into two by two second convex blocks
A region, one of region are equipped with the second driven tooth, another region is set as the second shiny surface；Second driving gear sheet
Body is equipped with multiple second driving tooths, and the region that multiple second driving tooths are arranged with the second driven tooth is correspondingly arranged and mutually nibbles
It closes, remaining region of the second driving gear ontology is the second smooth connection compatible with the second arc lock groove face, thus
On the basis of after the movement of once inside out driving mechanism, when power input shaft is from 90 ° of rotations to 180 °, the second driven tooth and second
Driving tooth still in engagement (because the second convex block set there are two, and mirror settings, it may be assumed that the second driven tooth and the second driving tooth two
The phase angle of person's engagement is 180 degree) state, until the second power output shaft of rotation and the second drive shaft drive second and turn over hand
Completion acts cardboard fold and completes at dog-ear after the cladding in second face, and the second arc lock groove and second links up smoothly
Face, which carries out rotational slide cooperation, does not influence the work of third power output shaft not only at this point, the second power output shaft stops operating
Make, and can guarantee second not super more 180 ° of slewing area for turning over hand, structure is simple, is skillfully constructed, and using effect is good.
Since the second tape handler includes the third belt wheel being set on the second power output shaft and is set to the first drive
The 4th belt wheel on moving axis is equipped with the second transmission belt between third belt wheel and the 4th belt wheel；It further include being set to the second drive shaft
On the 5th belt wheel and the first drive shaft on the 6th belt wheel, between the 6th belt wheel and the 5th belt wheel be equipped with third transmission belt, from
And the transition connection by two transmission belts between the second power output shaft, the first drive shaft and the second drive shaft, reach dynamic
The purpose of power transmitting, structure is simple, easy to assembly.
Since the second driven gear ontology is divided into two regions by two second convex blocks, it is driven to be equipped with second on two regions
Tooth, to be convenient for the installation and cooperation of the second driven gear ontology and the second driving gear ontology by structure.
Since turnover driving mechanism includes the third driving gear ontology being set on power input shaft three times, third is actively
The whole circumference face of gear is equipped with third driving tooth；It further include the third driven tooth being set on third power output shaft
Ontology is taken turns, the whole circumference face of third driven gear ontology is equipped with third driven tooth compatible with third driving tooth, thus
On the basis of after once inside out driving mechanism and the movement of secondary turnover driving mechanism, pass through third driving tooth and third driven tooth
Engagement drive third to turn over the cladding for making and completing third face at dog-ear manually, structure is simple, with once inside out driving machine
Structure and secondary turnover driving mechanism drive respectively turn over hand carry out overturning work connecting it is good.
Since third tape handler includes the 7th belt wheel being set on third power output shaft and is set to the first drive
The 8th belt wheel on moving axis is equipped with the 4th transmission belt between the 8th belt wheel and the 7th belt wheel；It further include being set to the first drive
The 9th belt wheel on moving axis and the tenth belt wheel being set in the second drive shaft, are equipped with the 5th between the tenth belt wheel and the 9th belt wheel
Transmission belt；It is additionally provided with the 11st belt wheel in second drive shaft, third drive shaft is equipped with the 12nd belt wheel, the 12nd belt wheel and the
The 6th transmission belt is equipped between 11 belt wheels, thus by three transmission belts in third power output shaft, the first drive shaft, second
Transition connection between drive shaft and third drive shaft, achievees the purpose that power transmits, structure is simple, easy to assembly.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings and examples.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of another angle of Fig. 1；
Fig. 3 is the structural schematic diagram of corner wrapping device in Fig. 1；
Fig. 4 is the structural schematic diagram of folding angle mechanism and the cooperation of each power device in Fig. 3；
Fig. 5 is the front view of Fig. 4；
Fig. 6 is the structural schematic diagram of Fig. 4 middle gear case and its inside；
Fig. 7 is the right view of Fig. 6；
Fig. 8 is the cross-sectional view in the portion B-B in Fig. 6；
Fig. 9 is the cross-sectional view in the portion C-C in Fig. 8；
Figure 10 is the cross-sectional view in the portion D-D in Fig. 8；
Figure 11 is the cross-sectional view of another embodiment in the portion C-C in Fig. 8；
Figure 12 is the cross-sectional view in the portion A-A in Fig. 6；
Figure 13 is the cross-sectional view of another embodiment in the portion A-A in Fig. 6；
Wherein, 1- workbench；101- first driving device；The first power device of 2-；The first power output shaft of 201-；202-
Once inside out driving mechanism；2021- the first driving gear ontology；2022- the first driven gear ontology；The first convex block of 2023-；
2024- the first arc lock groove；The first driven tooth of 2025-；The first driving tooth of 2026-；2027- first links up face smoothly；2028-
Spare first convex block；The first shiny surface of 2029-；The first drive shaft of 203-；The first tape handler of 204-；2041- first pulley；
The second belt wheel of 2042-；The first transmission belt of 2043-；3- first turns over hand；The second power device of 4-；The second power output shaft of 401-；
Bis- turnover driving mechanisms of 402-；4021- the second driving gear ontology；4022- the second driven gear ontology；4023- second is convex
Block；4024- the second arc lock groove；The second driven tooth of 4025-；The second driving tooth of 4026-；4027- second links up face smoothly；
The second drive shaft of 403-；The second tape handler of 404-；4041- third belt wheel；The 4th belt wheel of 4042-；4043- second is driven
Band；The 5th belt wheel of 4044-；The 6th belt wheel of 4045-；4046- third transmission belt；5- second turns over hand；6- third power device；601-
Third power output shaft；602- turnover driving mechanism three times；6021- third driving gear ontology；6022- third driving tooth；
6023- third driven gear ontology；6024- third driven tooth；603- third drive shaft；604- third tape handler；6041-
7th belt wheel；The 8th belt wheel of 6042-；The 4th transmission belt of 6043-；The 9th belt wheel of 6044-；The tenth belt wheel of 6045-；6046- the 5th
Transmission belt；The 11st belt wheel of 6047-；The 12nd belt wheel of 6048-；The 6th transmission belt of 6049-；7- third turns over hand；8- gear-box；
801- power input shaft；802- motor；9- band is opened into mechanism；901- pivoted housing；902-T font bracket；903- connecting rod；10- cornerite
Device；1001- corner protector Paper pallet；1002- pedestal；1003- slide；1004- sliding rail；The second driving device of 1005-；11- takes paper
Mechanism；1101- sucker；1102- third driving device；1103- through-hole；12- feed bin；1201- support plate；1202- bottom plate；
1203- paper out opening；1204- support rod；1205- support elastic sheet；1206- pressing board；13- paper foldling mechanism；14- cardboard.
Specific embodiment
The utility model is described in further detail below by specific embodiment.
In order to make it easy to understand, definition: the length direction of workbench 1 is X-axis, and the short transverse of workbench 1 is Y-axis.
As Fig. 1 and Fig. 2 jointly shown in, a kind of Wrap angle device, including workbench 1 is slidably fitted on the workbench 1 along X-axis
The corner wrapping device 10 that first driving device 101 drives, the corner wrapping device 10 are equipped with paper-fetching mechanism 11；It is also set on the workbench 1
There is feed bin 12, which, which is located in the glide direction of corner wrapping device 10 and is higher than corner wrapping device 10, is arranged；The corner wrapping device 10
Including corner protector Paper pallet 1001, two groups of paper foldling mechanisms being arranged in a mutually vertical manner 13 are rotatably equipped on the corner protector Paper pallet 1001,
Every group of paper foldling mechanism 13 includes rotational installation first to be turned on corner protector Paper pallet 1001 and by the first power device 2 drives
Hand 3, this first turn over be rotatably equipped with the driving of the second power device 4 on hand 3 second turn over hand 5, this second turns over and is rotatablely installed on hand 5
Have third power device 6 drive third turn over hand 7, first power device 2, the second power device 4 and third power device 6 by
Same power input source is driven.
The corner wrapping device 10 is set on pedestal 1002, and the lower section of the pedestal 1002 is equipped with slide 1003, the slide 1003
It is connected with first driving device 101, which is slidably mounted on workbench 1 by sliding rail 1004；The pedestal 1002 is perpendicular
To being slidably mounted on slide 1003 and driven by the second driving device 1005.
The paper-fetching mechanism 11 includes the sucker 1101 being connected with gas source, which slides along Y-axis and driven by third
Device 1102 drives, which is set on pedestal 1002；The corner protector Paper pallet 1001 is equipped with for sucker
1101 through-holes 1103 passed through are in the present solution, the first driving device 101, the second driving device 1005 and third driving device
1102 be the cylinder being connected with gas source.
The feed bin 12 includes the support plate 1201 for being set to workbench 1, and the top of the support plate 1201 is equipped with bottom plate 1202,
The bottom plate 1202 is arranged higher than corner wrapping device 10；The bottom plate 1202 is equipped with to be adapted and feedboard 14 is logical with 14 shape of cardboard
The paper out opening 1203 crossed, the bottom plate 1202 positioned at 1203 both ends of paper out opening are equipped with support rod 1204, are located at two support rods 1204
Between bottom plate 1202 be equipped with support elastic sheet 1205, the support elastic sheet 1205 to 1203 direction of paper out opening extend；The bottom plate
1202 are equipped at least three pressing boards 1206, and in when inhaling paper-like state, the sucker 1101 is corresponding with the middle part of paper out opening 1203
Setting.
As Fig. 3 to Fig. 5 jointly shown in, the power input source include be set on corner protector Paper pallet 1001 gear-box 8 (for
Can understand the structure inside expression gear-box 8, which is not shown in fig. 1 and 2), rotation is pacified on the gear-box 8
Equipped with the power input shaft 801 with the output shaft transmission connection on motor 802；When in original state, this first turns over hand 3,
Two, which turn over hand 5, third turns over hand 7 and corner protector Paper pallet 1001 is straight is coplanar with.
First power device 2 includes rotational installation in the first power output shaft 201 on gear-box 8, first power
Once inside out driving mechanism 202 is equipped between output shaft 201 and power input shaft 801；It further include being set to first to turn over hand 3 and shield
The first drive shaft 203 between angle Paper pallet 1001 is equipped with the between first drive shaft 203 and the first power output shaft 201
One tape handler 204；Second power device 4 includes rotational installation in the second power output shaft 401 on gear-box 8, should
Secondary turnover driving mechanism 402 is equipped between second power output shaft 401 and power input shaft 801；It further include being set to second
It turns over hand 5 and first and turns over the second drive shaft 403 between hand 3, set between second drive shaft 403 and the second power output shaft 401
There is the second tape handler 404；The third power device 6 includes rotational installation in the third power output shaft on gear-box 8
601, turnover driving mechanism 602 three times are equipped between the third power output shaft 601 and power input shaft 801；It further include setting
Hand 7 and second, which is turned over, in third turns over third drive shaft 603 between hand 5, the third drive shaft 603 and third power output shaft 601
Between be equipped with third tape handler 604.
As shown in Fig. 6 to Fig. 8 and Figure 11, which includes being set to power input shaft 801
On the first driving gear ontology 2021, further include the first driven gear ontology being set on the first power output shaft 201
2022, it sets on the first driven gear ontology 2022 there are two the first convex block 2023, the is equipped on each first convex block 2023
In one arc lock groove 2024, the midpoint of adjacent two first arc lock groove 2024 and the rotation of the first driven gear ontology 2022
The line of heart point is mutually perpendicular to, and it is driven that the first driven gear ontology 2022 between two first convex blocks 2023 is equipped with multiple first
Tooth 2025, remaining region of the first driven gear ontology 2022 are set as the first shiny surface 2029；The first driving gear sheet
Body 2021 is equipped with multiple first driving tooths 2026, and multiple first driving tooths 2026 are corresponding with multiple first driven tooths 2025 to be set
It sets and is intermeshed；Remaining region of the first driving gear ontology 2021 is compatible with the first arc lock groove 2024
First links up face 2027 smoothly.
Preferably, it is spare to be additionally provided with one or two on the first shiny surface on the first driven gear ontology 2022
Annular array is arranged together for first convex block 2028, spare first convex block 2028 and two the first convex blocks 2023, this is first driven
In gear 2022 between two spare first convex blocks 2028, spare first convex block 2028 and the first adjacent convex block 2023 it
Between be provided with the first driven tooth 2025；Be equipped on each spare first convex block 2,028 first arc lock groove 2024 (referring to
Fig. 9).
First tape handler 204 includes the first pulley 2041 being set on the first power output shaft 201 and setting
The first transmission is equipped in the second belt wheel 2042 in the first drive shaft 203, between the first pulley 2041 and the second belt wheel 2042
Band 2043 (referring to fig. 4 and Fig. 5).
As shown in Fig. 6 to Fig. 8 and Figure 10, which includes being set to power input shaft 801
On the second driving gear ontology 4021, further include the second driven gear ontology being set on the second power output shaft 401
4022, the second convex block 4023 there are two mirror settings, each second convex block 4023 are set on the second driven gear ontology 4022
On be equipped with the second arc lock groove 4024；Second driven gear ontology 4022 is divided to for two regions by two second convex blocks 4023,
One of region is equipped with the second driven tooth 4025, another region is set as the second shiny surface (not shown)；This
Two driving gear ontologies 4021 are equipped with multiple second driving tooths 4026, multiple second driving tooths 4026 and the second driven tooth 4025
The region of setting is correspondingly arranged and is intermeshed, remaining region of the second driving gear ontology 4021 is to lock with the second arc
Only slot 4024 compatible second links up face 4027 smoothly；Preferably, two second convex blocks 4023 are by the second driven gear ontology
4022 points are two regions, are equipped with the second driven tooth 4025 on two regions.
Second tape handler 404 includes the third belt wheel 4041 being set on the second power output shaft 401 and setting
The 4th belt wheel 4042 in the first drive shaft 203 is equipped with the second transmission between the third belt wheel 4041 and the 4th belt wheel 4042
Band 4043；It further include the 6th belt wheel on the 5th belt wheel 4044 and the first drive shaft 203 being set in the second drive shaft 403
4045, third transmission belt 4046 (referring to fig. 4 and Fig. 5) is equipped between the 6th belt wheel 4045 and the 5th belt wheel 4044.
As shown in Fig. 6 to Fig. 8 and Figure 13, turnover driving mechanism 602 includes being set to power input shaft 801 three times for this
On third driving gear ontology 6021, the whole circumference face of the third driving gear ontology 6021 is equipped with third driving tooth
6022；It further include the third driven gear ontology 6023 being set on third power output shaft 601, the third driven gear ontology
6023 whole circumference face is equipped with third driven tooth 6024 compatible with third driving tooth 6022；Alternatively, this overturns three times
Driving mechanism 602 includes the third driving gear ontology 6021 being set on power input shaft 801, the third driving gear ontology
6021 whole circumference face is equipped with third driving tooth 6022；Further include the third that is set on third power output shaft 601 from
Moving gear ontology 6023, the periphery of the third driven gear ontology 6023 be provided with the third that is engaged with third driving tooth 6022 from
Movable tooth section (the third driven tooth section is made of multiple third driven tooths 6024), corresponding to the third driven tooth section both ends in
Heart angle is greater than 180 ° and less than 360 °；Alternatively, central angle corresponding to the third driven tooth section both ends be greater than or equal to 200 ° and
Less than or equal to 340 ° (referring to Figure 12).
The third tape handler 604 includes the 7th belt wheel 6041 being set on third power output shaft 601 and setting
The 8th belt wheel 6042 in the first drive shaft 203 is equipped with the 4th transmission between the 8th belt wheel 6042 and the 7th belt wheel 6041
Band 6043；Further include the 9th be set in the first drive shaft 203 belt wheel 6044 and be set in the second drive shaft 403 the tenth
Belt wheel 6045 is equipped with the 5th transmission belt 6046 between the tenth belt wheel 6045 and the 9th belt wheel 6044；In second drive shaft 403
It is additionally provided with the 11st belt wheel 6047, which is equipped with the 12nd belt wheel 6048, the 12nd belt wheel 6048 and the
The 6th transmission belt 6049 (referring to fig. 4 and Fig. 5) is equipped between 11 belt wheels 6047.
In the present solution, being equipped with band on first transmission belt 2043 and the second transmission belt 4043 into mechanism 9, the band
It include the pivoted housing 901 that is set on the first power output shaft 201 or the second power output shaft 401 into mechanism 9, on the pivoted housing 901
It integrally formed with half-set 902, is set on the bracket 902 there are two connecting rod 903, first transmission belt 2043 or the second transmission
Band 4043 between two connecting rods 903 (referring to fig. 4 and Fig. 5).
All transmission belts (the first transmission belt to the 6th transmission belt) described above are toothed belt, and described above is all
Belt wheel (first pulley to the 12nd belt wheel) is toothed belt, to guarantee that power is transmitted by toothed belt and toothed belt
Reliability；Above-mentioned all hand (first, which turns over hand to third, turns over hand) and drive shafts (the first drive shaft to third drive shaft) turned over
Connecting fit system is key connection (referring to fig. 4 and Fig. 5).
The executive devices such as the cylinder and motor mentioned in the present embodiment are current routine techniques, in April, 2008 north
It is detailed in " mechanical design handbook the 5th edition " of the 5th edition the 28th printing in capital to disclose cylinder, motor and other biographies
The specific structure and principle of motivation structure and other designs, belong to the prior art, and structure is cheer and bright, and on 08 01st, 2008
It is just detailed in modern times practical the 3rd edition SMC training materials of pneumatics published by China Machine Press to disclose vacuum member
Part, gas return path and process control, showing the gas circuit structure in the present embodiment is also existing technology, cheer and bright,
Also the detailed motor that describes in " the motor driven and speed regulation " book published by Chemical Industry Press on 07 01st, 2015
Control and travel switch, therefore, circuit, air circuit connection are all clear.
Embodiment described above is only the description to preferred embodiments of the present invention, not as to the utility model
The restriction of range is made technical solutions of the utility model various on the basis of not departing from the spirit of the design of the utility model
Deformation and transformation should all be fallen into the protection scope of claims determination of the utility model.
Claims (10)
1. a kind of Wrap angle device, including workbench, it is characterised in that: be slidably fitted with the first driving dress along X-axis on the workbench
The corner wrapping device of driving is set, the corner wrapping device is equipped with paper-fetching mechanism；Feed bin, the feed bin position are additionally provided on the workbench
It is arranged in the glide direction of the corner wrapping device and higher than the corner wrapping device；
The corner wrapping device includes corner protector Paper pallet, and two groups of foldings being arranged in a mutually vertical manner are rotatably equipped on the corner protector Paper pallet
Mechanism of paper, paper foldling mechanism described in every group include that rotational installation drives on the corner protector Paper pallet and by the first power device
First turn over hand, described first turns over and is rotatably equipped with the second of the driving of the second power device on hand and turns over hand, and described second turns on hand
The third for being rotatably equipped with the driving of third power device turns over hand, first power device, second power device and described
Third power device is driven by same power input source.
2. Wrap angle device as described in claim 1, it is characterised in that: the corner wrapping device is set on pedestal, the pedestal
Lower section is equipped with the slide being slidably mounted on the workbench, and the slide is connected with the first driving device；The pedestal
It slides vertically and is installed on the slide and is driven by the second driving device；
The paper-fetching mechanism includes sucker, and the sucker is slided along Y-axis and driven by third driving device, the third driving
Device is set on the pedestal；The corner protector Paper pallet is equipped with the through-hole passed through for the sucker.
3. Wrap angle device as claimed in claim 2, it is characterised in that: the feed bin includes bottom plate, and the bottom plate is equipped with paper delivery
Hole, the bottom plate positioned at the paper out opening both ends is equipped with support rod, on the bottom plate between two support rods
Equipped with support elastic sheet, the support elastic sheet extends to the paper out opening direction；The bottom plate is equipped at least three pressing boards.
4. Wrap angle device as described in any one of claims 1 to 3, it is characterised in that: the power input source includes being set to institute
The gear-box on corner protector Paper pallet is stated, is rotatably equipped on the gear-box and is inputted with the power of motor output shaft transmission connection
Axis；
First power device includes being rotatablely installed in the first power output shaft on the gear-box, and first power is defeated
Once inside out driving mechanism is equipped between shaft and the power input shaft；It further include being set to described first to turn over hand and the shield
The first drive shaft between the Paper pallet of angle is equipped with the first V belt translation between first drive shaft and first power output shaft
Mechanism；
Second power device includes being rotatablely installed in the second power output shaft on the gear-box, and second power is defeated
Secondary turnover driving mechanism is equipped between shaft and the power input shaft；It further include being set to described second to turn over hand and described
One turns over the second drive shaft between hand, and the second V belt translation machine is equipped between second drive shaft and second power output shaft
Structure；
The third power device includes being rotatablely installed in the third power output shaft on the gear-box, and the third power is defeated
Turnover driving mechanism three times is equipped between shaft and the power input shaft；It further include being set to the third to turn over hand and described
Two turn over the third drive shaft between hand, and third V belt translation machine is equipped between the third drive shaft and the third power output shaft
Structure；
When in original state, described first turn over hand, described second turn over hand, the third turns over hand and the corner protector Paper pallet is straight
It is coplanar with.
5. Wrap angle device as claimed in claim 4, it is characterised in that: the once inside out driving mechanism includes being set to described move
The first driving gear ontology on power input shaft further includes the first driven gear sheet being set on first power output shaft
Body is set on the first driven gear ontology there are two the first convex block, is equipped with the first arc lock on each first convex block
Only slot, the midpoint of the adjacent two first arc lock groove and the line phase of the rotary middle point of the first driven gear ontology
Mutually vertical, the first driven gear ontology between two first convex blocks is equipped with multiple first driven tooths, and described first
Remaining region of driven gear ontology is set as the first shiny surface；
The first driving gear ontology is equipped with multiple first driving tooths, multiple first driving tooths and multiple described first
Driven tooth is correspondingly arranged and is intermeshed；Remaining region of the first driving gear ontology is and the first arc locking
Slot compatible first links up face smoothly；
First tape handler includes the first pulley being set on first power output shaft and is set to described the
The second belt wheel in one drive shaft is equipped with the first transmission belt between the first pulley and second belt wheel.
6. Wrap angle device as claimed in claim 5, it is characterised in that: described first on the first driven gear ontology is smooth
One or two spare first convex block is additionally provided on face, spare first convex block and two first convex blocks are annular together
Array setting, on the first driven gear ontology between two spare first convex blocks, spare first convex block and phase
First driven tooth is provided between adjacent first convex block；Described is equipped on each spare first convex block
One arc lock groove.
7. Wrap angle device as claimed in claim 6, it is characterised in that: the secondary turnover driving mechanism includes being set to described move
The second driving gear ontology on power input shaft further includes the second driven gear sheet being set on second power output shaft
Body sets the second convex block there are two mirror settings on the second driven gear ontology, is equipped on each second convex block
Second arc lock groove；The second driven gear ontology is divided into two regions, one of region by two second convex blocks
It is equipped with the second driven tooth, another region is set as the second shiny surface；
The second driving gear ontology is equipped with multiple second driving tooths, multiple second driving tooths and described second driven
The region of tooth setting is correspondingly arranged and is intermeshed, remaining region of the second driving gear ontology is and second arc
Shape lock groove compatible second links up face smoothly；
Second tape handler includes the third belt wheel being set on second power output shaft and is set to described the
The 4th belt wheel in one drive shaft is equipped with the second transmission belt between the third belt wheel and the 4th belt wheel；It further include setting
The 6th belt wheel on the 5th belt wheel and first drive shaft in second drive shaft, the 6th belt wheel and described
Third transmission belt is equipped between five belt wheels.
8. Wrap angle device as claimed in claim 7, it is characterised in that: two second convex blocks are by the second driven gear ontology
It is divided into two regions, second driven tooth is equipped on two regions.
9. Wrap angle device as claimed in claim 4, it is characterised in that: the turnover driving mechanism three times includes being set to described move
Third driving gear ontology on power input shaft, the whole circumference face of the third driving gear ontology are equipped with third actively
Tooth；It further include the third driven gear ontology being set on the third power output shaft, the third driven gear ontology
Whole circumference face is equipped with third driven tooth compatible with the third driving tooth；
Alternatively, the turnover driving mechanism three times includes the third driving gear ontology being set on the power input shaft, institute
The whole circumference face for stating third driving gear ontology is equipped with third driving tooth；It further include being set to the third power output shaft
On third driven gear ontology, the periphery of the third driven gear ontology is provided with the third active tooth engagement
Three driven tooth sections, central angle corresponding to the third driven tooth section both ends be greater than 180 ° and less than 360 °；
The third tape handler includes the 7th belt wheel being set on the third power output shaft and is set to described the
The 8th belt wheel in one drive shaft is equipped with the 4th transmission belt between the 8th belt wheel and the 7th belt wheel；
It further include the 9th belt wheel being set in first drive shaft and the tenth belt wheel being set in second drive shaft,
The 5th transmission belt is equipped between tenth belt wheel and the 9th belt wheel；The 11st band is additionally provided in second drive shaft
Wheel, the third drive shaft are equipped with the 12nd belt wheel, and the 6th is equipped between the 12nd belt wheel and the 11st belt wheel
Transmission belt.
10. Wrap angle device as claimed in claim 9, it is characterised in that: central angle corresponding to the third driven tooth section both ends
It is less than or equal to 340 ° more than or equal to 200 °.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821124932.7U CN208868348U (en) | 2018-07-16 | 2018-07-16 | A kind of Wrap angle device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821124932.7U CN208868348U (en) | 2018-07-16 | 2018-07-16 | A kind of Wrap angle device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208868348U true CN208868348U (en) | 2019-05-17 |
Family
ID=66463112
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821124932.7U Withdrawn - After Issue CN208868348U (en) | 2018-07-16 | 2018-07-16 | A kind of Wrap angle device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208868348U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108820297A (en) * | 2018-07-16 | 2018-11-16 | 江苏哈工药机科技股份有限公司 | A kind of Wrap angle device |
| CN110937193A (en) * | 2019-12-18 | 2020-03-31 | 苏州优敖智能科技有限公司 | Automatic corner wrapping and protecting machine |
-
2018
- 2018-07-16 CN CN201821124932.7U patent/CN208868348U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108820297A (en) * | 2018-07-16 | 2018-11-16 | 江苏哈工药机科技股份有限公司 | A kind of Wrap angle device |
| CN108820297B (en) * | 2018-07-16 | 2023-11-10 | 江苏哈工药机科技股份有限公司 | Corner wrapping device |
| CN110937193A (en) * | 2019-12-18 | 2020-03-31 | 苏州优敖智能科技有限公司 | Automatic corner wrapping and protecting machine |
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