CN206966547U - A kind of artificial pine branch hanging mechanisms - Google Patents
A kind of artificial pine branch hanging mechanisms Download PDFInfo
- Publication number
- CN206966547U CN206966547U CN201720267896.9U CN201720267896U CN206966547U CN 206966547 U CN206966547 U CN 206966547U CN 201720267896 U CN201720267896 U CN 201720267896U CN 206966547 U CN206966547 U CN 206966547U
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- Prior art keywords
- bending
- pine branch
- artificial pine
- plate
- crossbeam
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Abstract
The utility model discloses a kind of artificial pine branch hanging mechanisms, including frame, clamping device, the first apparatus for bending that the afterbody of clamping device is bent is stretched out to artificial pine branch, the second apparatus for bending for further being bent towards the direction of bar portion to the afterbody of artificial pine branch and the afterbody that artificial pine branch has been bent and bar portion are fit together, the afterbody of artificial pine branch is set to be clamped to the 3rd apparatus for bending on the iron wire as mobile jib, clamping device is arranged on the middle part of frame, first apparatus for bending is arranged on the front lower place of clamping device, second apparatus for bending is arranged on the opposite of clamping device, 3rd apparatus for bending is arranged on the top of clamping device；The both ends of frame respectively include the hook for hanging the iron wire.Many artificial pine branches disposably can be articulated on iron wire by the utility model, and labor intensive is few, mount efficiency high.
Description
[technical field]
It the utility model is related to artificial pine branch locking equipment, more particularly to a kind of artificial pine branch hanging mechanisms.
[background technology]
Christmas tree is ornament indispensable when celebrating western countries' Christmas Day.Artificial Christmas refers to relative crude culture
Christmas tree for, using manual type manufacture Christmas tree.Its preparation method is all that the leaf material cut first is wrapped in into iron wire
On make artificial pine branch, artificial pine branch will be assembled on the iron wires of two windings, finally arrived the iron wire colligation for being wound with pine branch
Tree body is formed on major branch frame.
The trunk portion of artificial pine branch is made up of the PVC iron wires wrapped up, and branches and leaves are formed by the cutting of PVC films, pine branch head
The profile of blade be removed into sharp arc, the blade of afterbody, form one section of cane without needle, branches and leaves outer end from ramose root to
End of the branch end tilts, and generally V-shaped, the rear portion of pine branch does not have the cane of needle., it is necessary to which the cane at pine branch rear portion is got during assembling
One " 9 " word button, is articulated on one of two parallel iron wires；Then two iron wire hinges are combined together again, make to be suspended to iron wire
On pine branch towards different angles.Currently without the locking equipment of suitable artificial pine branch, if these work are manually complete
Into efficiency is very low.
[content of the invention]
The technical problems to be solved in the utility model is to provide a kind of mounting efficiency high, and labor intensive is few, can be by more people
Make the artificial pine branch hanging mechanisms that pine branch is articulated on iron wire.
In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is a kind of artificial pine branch hanging mechanisms,
Including frame, clamping device, to artificial pine branch stretch out clamping device afterbody bent the first apparatus for bending, to artificial pine
Afterbody the second apparatus for bending further bent towards the direction of bar portion of branch and the afterbody for having bent artificial pine branch paste with bar portion
It is combined, the afterbody of artificial pine branch is clamped to the 3rd apparatus for bending on the iron wire as mobile jib, clamping device is arranged on
The middle part of frame, the first apparatus for bending are arranged on the front lower place of clamping device, and the second apparatus for bending is arranged on pair of clamping device
Face, the 3rd apparatus for bending are arranged on the top of clamping device；The both ends of frame respectively include the hook for hanging the iron wire.
Above-described artificial pine branch hanging mechanisms, frame include base, workbench and crossbeam, and workbench is arranged in crossbeam
Lower section；The major axis of crossbeam and workbench is arranged along Y direction.
Above-described artificial pine branch hanging mechanisms, crossbeam include first crossbeam and second cross beam, and second cross beam is arranged in
The rear of first crossbeam；Clamping device includes the train wheel bridge of bar shaped, the lower plate of bar shaped, lifting beam, and a plurality of train wheel bridges compress
Cylinder and a plurality of train wheel bridge flat-removing air cyclinders；A plurality of train wheel bridge compression cylinders are vertically mounted on second cross beam, along second
The long axis direction of crossbeam is arranged apart, and lifting beam is fixed on the lower end of train wheel bridge compression cylinder piston rod；A plurality of train wheel bridges are put down
Move cylinder to be arranged in lifting beam, piston rod is facing forward, and arranged apart along the long axis direction of lifting beam, train wheel bridge is fixed on train wheel bridge
The front end of flat-removing air cyclinder piston rod, lower plate are fixed on workbench front end.
Above-described artificial pine branch hanging mechanisms, the first apparatus for bending include pushing away for a plurality of jacking cylinders and bar shaped
Plate, push pedal are arranged in the lower section before lower plate；Jacking cylinder is arranged on base, arranged apart along Y direction；Push pedal is fixed
In the upper end of jacking cylinder piston bar.
Above-described artificial pine branch hanging mechanisms, the second apparatus for bending include the top plate of bar shaped and a plurality of bending gas
Cylinder, bending cylinder are arranged on base by support, and piston rod is backwards, arranged apart along Y direction, and top plate is fixed on bending gas
The front end of cylinder piston rod；The anterior lower end of train wheel bridge includes the lug, nib of wedge shape, and the top of lug, nib includes inclined-plane；Under top rear
End includes chamfering, and the inclination angle of top plate chamfering is identical with the inclination angle on lug, nib inclined-plane.
Above-described artificial pine branch hanging mechanisms, the front pressuring plate of the 3rd apparatus for bending including bar shaped, the rear fender of bar shaped,
A plurality of front pressuring plate cylinders and a plurality of rear fender cylinders；Front pressuring plate is arranged in the front of rear fender, a plurality of front pressuring plate cylinders
It is vertically mounted on first crossbeam, arranged apart along first crossbeam, front pressuring plate is fixed on the lower end of front pressuring plate cylinder piston rod；
A plurality of rear fender cylinders are vertically mounted on first crossbeam, and arranged apart along first crossbeam, rear fender is fixed on rear fender
The lower end of cylinder piston rod.
Above-described artificial pine branch hanging mechanisms, front pressuring plate and rear fender are L-shaped, respectively including riser and transverse slat；Before
The transverse slat of pressing plate is fixed on the lower end of front pressuring plate cylinder piston rod, and the riser of front pressuring plate is down；After the transverse slat of rear fender is fixed on
The lower end of pressing plate cylinder piston rod, the riser of rear fender is down；Riser of the riser of front pressuring plate close to rear fender.
Many artificial pine branches disposably can be articulated on iron wire by artificial pine branch hanging mechanisms of the present utility model, consumption
Take artificial few, mounting efficiency high.
[brief description of the drawings]
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Fig. 1 is the front view of the artificial pine branch locking equipment of the utility model embodiment.
Fig. 2 is the top view of the artificial pine branch locking equipment of the utility model embodiment.
Fig. 3 is the right view of the artificial pine branch locking equipment of the utility model embodiment.
Fig. 4 is the left view of the artificial pine branch locking equipment of the utility model embodiment.
Fig. 5 is the rearview of the artificial pine branch locking equipment of the utility model embodiment.
Fig. 6 is the stereogram of the artificial pine branch locking equipment of the utility model embodiment.
Fig. 7 is A in Fig. 1 to sectional view.
Fig. 8 is the partial enlarged drawing at I position in Fig. 7.
Fig. 9 is the stereogram of the utility model embodiment front pressuring plate.
Figure 10 is the partial enlarged drawing at II position in Fig. 9.
Figure 11 is the schematic diagram of the utility model embodiment step 2.
Figure 12 is the schematic diagram of the utility model embodiment step 4.
Figure 13 is the schematic diagram of the utility model embodiment step 5.
Figure 14 is the schematic diagram of the utility model embodiment step 7.
Figure 15 is the schematic diagram of the utility model embodiment step 8.
[embodiment]
As shown in Figures 1 to 10, its artificial pine branch mounts the structure of the artificial pine branch locking equipment of the utility model embodiment
Mechanism includes frame, clamping device, the first apparatus for bending, the second apparatus for bending, the 3rd apparatus for bending and 5 upper feed collets 50.
The structure of upper feed collet 50 is in the invention that number of patent application is CN201510185333.0《On a kind of artificial pine branch is automatic
Material machine》In be discussed in detail.
After clamping device clamps the bar portion of artificial pine branch, the first apparatus for bending stretches out clamping device to artificial pine branch 100
Afterbody bent, artificial pine branch 100 is bent into 7 fonts.Second apparatus for bending is by the afterbody of artificial pine branch 100 towards bar portion
Direction further bend, the angle between the afterbody of artificial pine branch 100 and bar portion is turned into acute angle.3rd apparatus for bending is by people
Make the afterbody that pine branch 100 has been bent to fit together with bar portion, the afterbody of artificial pine branch 100 is clamped to iron wire as mobile jib
On 51.
Frame includes base 53, workbench 54 and crossbeam, and workbench 54 is arranged in the lower section of crossbeam.Frame is along Y direction
Both ends respectively have one suspension iron wire 51 hook (not shown).
Crossbeam includes first crossbeam 55 and second cross beam 56, and second cross beam 56 is arranged in the rear of first crossbeam 55.First
The long axis direction of crossbeam 55, second cross beam 56 and workbench 54 is all arranged along the Y direction of equipment.
Clamping device includes 13,3 train wheel bridge 11 of bar shaped, the lower plate 12 of bar shaped, lifting beam train wheel bridge compression cylinders
14 and more 6 train wheel bridge flat-removing air cyclinders 15.3 train wheel bridge compression cylinders 14 are vertically mounted on second cross beam 56, along second
The long axis direction of crossbeam 56 is arranged apart, and lifting beam 13 is fixed on the lower end of the piston rod of train wheel bridge compression cylinder 14, lifting beam 13
There are 6 sets of guide pin bushing guide rods to combine 16 guiding between second cross beam 56.X-direction peace of 6 train wheel bridge flat-removing air cyclinders 15 along equipment
In lifting beam 13, the piston rod of train wheel bridge flat-removing air cyclinder is facing forward, arranged apart along the long axis direction of lifting beam 13.Train wheel bridge
11 are fixed on the front end of the piston rod of train wheel bridge flat-removing air cyclinder 15, have 6 sets of guide pin bushing guide rods to combine between train wheel bridge 11 and lifting beam 13
17 are oriented to.Lower plate 12 is fixed on the front end of workbench 54.Upper feed collet 50 is arranged on workbench 54, after lower plate 12
Side.
There is a wedge-shaped lug, nib 1101 the anterior lower end of train wheel bridge 11, and the top of lug, nib 1101 is one piece and pressed from both sides with horizontal plane
Angle is 30 ° of inclined-plane.
First apparatus for bending includes the push pedal 22 of 6 jacking cylinders 21 and bar shaped, and push pedal 22 is arranged in before lower plate 12
Lower section.6 jacking cylinders 21 are arranged on base 53, arranged apart along Y direction.Push pedal 22 is fixed on jacking cylinder 21 and lived
The upper end of stopper rod, there are 6 sets of guide pin bushing guide rods to combine 23 guiding between push pedal 22 and base 53.
32,6 bending cylinders 32 of top plate 31 and 6 bending cylinders that second apparatus for bending includes bar shaped are pacified by support 57
On base 53, piston rod is backwards.6 bending cylinders 32 are arranged apart along Y direction, and top plate 31 is fixed on bending cylinder 32
The front end of piston rod；There are 6 sets of guide pin bushing guide rods to combine 33 guiding between top plate 31 and support 57.The lower end at the rear portion of top plate 31 includes
One big chamfering 3101, the inclination angle of top plate chamfering 3101 is identical with the inclination angle on the inclined-plane of lug, nib 1101, and 30 °.
After front pressuring plate 41 of 3rd apparatus for bending including bar shaped, 42,9 front pressuring plate cylinders 43 of rear fender of bar shaped and 9
Pressing plate cylinder 44.Front pressuring plate 41 is arranged in the front of rear fender 42, and 9 front pressuring plate cylinders 43 are vertically mounted to first crossbeam 55
On, arranged apart along first crossbeam 55, front pressuring plate 41 is fixed on the lower end of the piston rod of front pressuring plate cylinder 43, front pressuring plate 41 and first
Crossbeam 5 has 6 sets of guide pin bushing guide rod combinations 45 to be oriented to.9 rear fender cylinders 44 are vertically mounted on first crossbeam 55, horizontal along first
Beam 55 is arranged apart, and rear fender 42 is fixed on the lower end of the piston rod of rear fender cylinder 44, and rear fender 42 has set with second cross beam 56
Guide pin bushing guide rod combination 46 is oriented to.
Front pressuring plate 41 and rear fender 42 are all L-shaped, respectively including riser and transverse slat.The transverse slat of front pressuring plate 41 is fixed on preceding pressure
The lower end of the piston rod of plate cylinder 43, the riser of front pressuring plate 41 is down.The transverse slat of rear fender 42 is fixed on the piston of rear fender cylinder 44
The lower end of bar, the riser of rear fender 42 is down.Riser of the riser of front pressuring plate 41 close to rear fender 42.
As shown in Figure 9 and Figure 10, the bottom of plane includes a plurality of guiding vertical slot 4101 after front pressuring plate 41, and front pressuring plate 41 pushes
When, it can prevent the afterbody pressure of artificial pine branch is askew.
The course of work of the artificial pine branch hanging mechanisms of the utility model embodiment is as follows：
1st, under the original state of equipment, 5 upper feed collets 50 for completing artificial pine branch 100 are aligned on workbench 54,
The afterbody of artificial pine branch 100 in upper feed collet 50 is towards front；
2nd, start 6 train wheel bridge flat-removing air cyclinders 15 of clamping device, drive train wheel bridge 11 to proceed to the top of lower plate 12；
3 train wheel bridge compression cylinders 14 for starting clamping device drive train wheel bridge 11 descending, and artificial pine branch 100 is clamped；
The 3rd, iron wire 51 is put into the top of the afterbody of artificial pine branch 100, the earrings at the both ends of iron wire 51 is suspended to frame both ends
Hook on；
4th, start 6 jacking cylinders 21 of the first apparatus for bending, promote push pedal 22 up, by the afterbody of artificial pine branch 100
Upward bending, iron wire 51 are located in the crotch of the artificial afterbody of pine branch 100；Then 6 jacking cylinders 21 drive descending time of push pedal 22
Position；
5th, start 6 bending cylinders 32 of the second apparatus for bending and drive row after top plate 31, chamfering and the train wheel bridge 11 of top plate 31
The wedge-shaped inclined-plane of lug, nib 1101 further bends the afterbody of artificial pine branch 100 towards the direction of bar portion；
6th, 3 train wheel bridge compression cylinders 14 drive train wheel bridge 11 up, and 6 train wheel bridge flat-removing air cyclinders 15 drive train wheel bridge 11
After go, return to initial position；
7th, 9 front pressuring plate cylinders 43 drive front pressuring plate 41 of the 3rd apparatus for bending of startup is descending, and front pressuring plate 41 will be close to iron
The afterbody of the artificial pine branch 100 of silk 51 clamps with bar portion；When front pressuring plate 41 is descending, the guiding vertical slot 4101 of rear plane is to artificial pine
The afterbody of branch 100 is oriented to, and is prevented the afterbody pressure of artificial pine branch is askew；
8th, 9 rear fender cylinders 44 for starting the 3rd apparatus for bending drive rear fender 42 descending, and rear fender 42 is by artificial pine
The tail end of branch 100 clamps with bar portion；
9th, 9 front pressuring plate cylinders 43 drive front pressuring plate 41 to go upward to initial position, and 9 rear fender cylinders 44 drive rear fender
42 go upward to initial position；
10th, iron wire 51 is taken from the hook at frame both ends, and iron wire 51 is moved with the artificial pine branch 100 for being clipped in iron wire 51
Walk；Then 5 empty upper feed collets 50 are removed, waits for next working cycles.
Claims (7)
1. a kind of artificial pine branch hanging mechanisms, including frame, it is characterised in that including clamping device, stretch out and press from both sides to artificial pine branch
The first apparatus for bending that the afterbody of tight device is bent, the further bent towards the direction of bar portion to the afterbody of artificial pine branch
Two apparatus for bending and the afterbody that artificial pine branch has been bent and bar portion are fit together, the afterbody of artificial pine branch is clamped to conduct
The 3rd apparatus for bending on the iron wire of mobile jib, clamping device are arranged on the middle part of frame, and the first apparatus for bending is arranged on to clamp and filled
The front lower place put, the second apparatus for bending are arranged on the opposite of clamping device, and the 3rd apparatus for bending is arranged on the top of clamping device；
The both ends of frame respectively include the hook for hanging the iron wire.
2. artificial pine branch hanging mechanisms according to claim 1, it is characterised in that frame includes base, workbench and horizontal stroke
Beam, workbench are arranged in the lower section of crossbeam；The major axis of crossbeam and workbench is arranged along Y direction.
3. artificial pine branch hanging mechanisms according to claim 2, it is characterised in that crossbeam includes first crossbeam and the second horizontal stroke
Beam, second cross beam are arranged in the rear of first crossbeam；Clamping device includes the train wheel bridge of bar shaped, the lower plate of bar shaped, lifting beam,
A plurality of train wheel bridge compression cylinders and a plurality of train wheel bridge flat-removing air cyclinders；A plurality of train wheel bridge compression cylinders are vertically mounted to
Arranged apart along the long axis direction of second cross beam on two crossbeams, lifting beam is fixed on the lower end of train wheel bridge compression cylinder piston rod；
A plurality of train wheel bridge flat-removing air cyclinders are arranged in lifting beam, and piston rod is facing forward, arranged apart along the long axis direction of lifting beam, upper folder
Plate is fixed on the front end of train wheel bridge flat-removing air cyclinder piston rod, and lower plate is fixed on workbench front end.
4. artificial pine branch hanging mechanisms according to claim 3, it is characterised in that the first apparatus for bending includes a plurality of tops
The push pedal of cylinder and bar shaped is risen, push pedal is arranged in the lower section before lower plate；Jacking cylinder is arranged on base, along Y direction
It is arranged apart；Push pedal is fixed on the upper end of jacking cylinder piston bar.
5. artificial pine branch hanging mechanisms according to claim 3, it is characterised in that the second apparatus for bending includes the top of bar shaped
Plate and a plurality of bending cylinders, bending cylinder are arranged on base by support, and piston rod is backwards, arranged apart along Y direction,
Top plate is fixed on the front end of bending cylinder piston rod；The anterior lower end of train wheel bridge includes the lug, nib of wedge shape, and the top of lug, nib includes
Inclined-plane；The lower end of top rear includes chamfering, and the inclination angle of top plate chamfering is identical with the inclination angle on lug, nib inclined-plane.
6. artificial pine branch hanging mechanisms according to claim 3, it is characterised in that before the 3rd apparatus for bending includes bar shaped
Pressing plate, the rear fender of bar shaped, a plurality of front pressuring plate cylinders and a plurality of rear fender cylinders；Before front pressuring plate is arranged in rear fender
Side, a plurality of front pressuring plate cylinders are vertically mounted on first crossbeam, arranged apart along first crossbeam, and front pressuring plate is fixed on preceding pressure
The lower end of plate cylinder piston rod；A plurality of rear fender cylinders are vertically mounted on first crossbeam, arranged apart along first crossbeam,
Rear fender is fixed on the lower end of rear fender cylinder piston rod.
7. artificial pine branch hanging mechanisms according to claim 6, it is characterised in that front pressuring plate and rear fender are L-shaped, respectively
Including riser and transverse slat；The transverse slat of front pressuring plate is fixed on the lower end of front pressuring plate cylinder piston rod, and the riser of front pressuring plate is down；After press
The transverse slat of plate is fixed on the lower end of rear fender cylinder piston rod, and the riser of rear fender is down；The riser of front pressuring plate is close to rear fender
Riser.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720267896.9U CN206966547U (en) | 2017-03-17 | 2017-03-17 | A kind of artificial pine branch hanging mechanisms |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720267896.9U CN206966547U (en) | 2017-03-17 | 2017-03-17 | A kind of artificial pine branch hanging mechanisms |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206966547U true CN206966547U (en) | 2018-02-06 |
Family
ID=61415146
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720267896.9U Expired - Fee Related CN206966547U (en) | 2017-03-17 | 2017-03-17 | A kind of artificial pine branch hanging mechanisms |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206966547U (en) |
-
2017
- 2017-03-17 CN CN201720267896.9U patent/CN206966547U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180206 Termination date: 20190317 |