CN204263298U

CN204263298U - Ossiculum manufacturing installation

Info

Publication number: CN204263298U
Application number: CN201420605125.2U
Authority: CN
Inventors: 林道新
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-10-20
Filing date: 2014-10-20
Publication date: 2015-04-15
Anticipated expiration: 2024-10-20

Abstract

The utility model discloses a kind of ossiculum manufacturing installation, belong to bamboo wood processing technique field, comprise frame, delivery device, side executing agency one and end face executing agency and control the control system of described delivery device and executing agency.The side of side executing agency a pair ribs of the fan processes, and the end face of end face executing agency to ribs of the fan is processed.The utility model arranges two groups of cutting assemblies, disposablely can complete the cutting process that one side meets ribs of the fan ossiculum shape, and not need, with water for cooling, to it also avoid the situation adding lubricant and contaminated environment in cutting process, ribs of the fan Forming Quality is stablized, and improves the working (machining) efficiency of ribs of the fan.

Description

Ossiculum manufacturing installation

Technical field

The utility model relates to bamboo wood manufacture field, particularly a kind of ossiculum manufacturing installation making ribs of the fan.

Background technology

Fan kind is different, and manufacture skill is far from each other.Make with regard to bamboo folding fan and say, must by bamboo wood after boiling, shine, split, be shaped, toast, polish, or engraving or coat with lacquer paint and inlay, then follow closely through scalding, assemble covering of the fan, just can complete.And bamboo fan is mainly reflected in the processing technology of ribs of the fan.Ribs of the fan comprises large bone and ossiculum, and the ribs of the fan on fan both sides is large bone, and the ribs of the fan in the middle of fan is ossiculum.

Traditional ribs of the fan is by the endways compression of rectangular for multi-disc bamboo wood when making, being polished to by sanding apparatus, the patent of invention being CN102689257A as application publication number discloses a kind of ribs of the fan processing machine, comprise frame, described frame is provided with emery wheel, described emery wheel is connected with motor, described frame is connected with slide plate, described slide plate is provided with fixture and cylinder, described fixture comprises geometrical clamp and live splint, described live splint is connected with cylinder by push rod, described fixture can near emery wheel until below emery wheel under the promotion of slide plate, described frame is positioned at emery wheel side and is provided with sparge pipe.Present invention employs plant equipment to process ribs of the fan, complete ribs of the fan better, faster and to polish this step, improve efficiency, save human cost, the production of large-scale can fan simultaneously, made the processing of traditional-handwork enter mechanization production.But this ribs of the fan processing machine needs to add lubricant in bruting process, and need to lower the temperature by the mode of water punching because bruting process produces a large amount of heat, both waste water resources, again because the chemical substances such as lubricant are molten in the middle of water, cause environmental pollution.

Utility model content

The purpose of this utility model is to provide a kind of processing machine that simultaneously can carry out ossiculum processing in a large amount of ribs of the fan, not only avoid the waste of great lot of water resources and the pollution of environment in process, also improves the working (machining) efficiency of ribs of the fan.

Above-mentioned technical purpose of the present utility model is achieved by the following technical programs;

Above-mentioned technical purpose of the present utility model is achieved by the following technical programs: a kind of ossiculum manufacturing installation, comprise frame, delivery device, side executing agency one and end face executing agency and control the control system of described delivery device and executing agency.

Delivery device is used for conveying and compresses blank, and side executing agency one is for processing the side of blank, and end face executing agency is used for processing the end face of blank.

Delivery device and described side executing agency one be arranged in parallel in the same way, and described end face executing agency is vertical with described delivery device to be arranged.

delivery devicecomprise passage for placing blank and perpendicular to the compacting part of described channel setting for pinch off channel, and arrange in addition one parallel with passage be also passage two for placing blank, the blank placed in single passage too much can cause and cannot clamp thus the processing affected it, and binary channels makes the processing simultaneously can carrying out double blank;

side executing agency onecomprise the closed slide be arranged in described frame, the connecting plate be socketed on described closed slide, be fixedly connected with described connecting plate and moved around on described closed slide by described connecting plate and the side cutting assembly one of movement and the side cutting assembly drive unit one that drives described side cutting assembly one to move around on described closed slide, simultaneously side executing agency oneinside the side cutting assembly two with side cutting assembly one coaxial rotation is also set, is convenient to coordinate binary channels in delivery device, makes the blank in binary channels process simultaneously;

described end face executing agencycomprise be fixedly installed on described frame side and perpendicular to the cross slide way of described closed slide, the cross connecting plate be enclosed within described cross slide way, to be fixedly connected with described cross connecting plate and to be moved around on described cross slide way by described cross connecting plate and the ends cutting assembly of movement and the ends cutting assembly drive means that drives described ends cutting assembly to move around on described cross slide way;

Described side executing agency one also comprisespause travel switch, reversion travel switch, described pause travel switch, reversion travel switch are electrically connected with described control system; Described end face executing agency also comprises limitation travel switch, and described limitation travel switch is electrically connected with described control system.

As preferably, described passage two comprisethe fixed head be fixedly connected with described frame and the portable plate be arranged in parallel with described fixed head, arrange support bar between described fixed head and described portable plate; Described portable plate is arranged through the through hole of described support bar, described passage comprise withthe clamping plate that described portable plate is parallel, described portable plate is arranged through the through hole of described support bar, described support bar passes completely through through hole and contacts with clamping plate, described compressed part is connected with clamping plate, and described compressed part slides to reduce or expand described portable plate and clamping plate and the distance between described portable plate and described fixed head by compressing described clamping plate on described support bar.

As preferably, described compacting part comprises the cylinder perpendicular to described portable plate.

Several blank holdings operationally, are vertically emitted in passage, are stepped up by cylinder to portable plate, then processed by executing agency by this ossiculum manufacturing installation.

As preferably, described fixed head and described portable plate arrange locating slot respectively, described locating slot is arranged on one section near described end face executing agency.

Ribs of the fan arranges locating hole by subterminal one section, when cutting processing, avoids several blank relative dislocation, to be placed in locating slot to locate with alignment pin through locating hole.

As preferably, described fixed head and described portable plate, clamping plate arrange locating slot respectively, and described locating slot is arranged on one section near described end face executing agency.

As preferably, described side cutting assembly onecomprise side knife rest, the rotatable side cutter shaft be arranged on the knife rest of described side, the side electric rotating machine that is connected to the side blade of cutter shaft one end, described side near described passage side and drives described side cutter shaft to rotate; The other end of described side cutter shaft arranges cutter shaft rotary connector, side cutter shaft described in cutter shaft rotary connector described in described electric rotating machine connects drives rotates, described side cutting assembly two comprises side blade two, described side blade two is arranged on the cutter shaft of described side, make side blade and side blade two coaxial rotation, and side blade is parallel with passage, side blade two is parallel with passage two.

Side cutter shaft travels forward rotatably and drives side blade to carry out thin shape contour segment cutting process to blank on closed slide.

As preferably, described side knife rest is also fixedly connected with connector, the described side blade other end and described connector rotate and are socketed.

Because in cutting process, the resistance that side blade is subject to blank is very large, at the two ends of blade all connection rotating shafts, avoids causing blade disturbance.

In cutting process, blank may cause sharpener to tilt to the resistance of sharpener and can not carry out precise cutting according to ribs of the fan outline line, arranges two fast pulleys up and down respectively, can alleviate the resistance of blank to sharpener at knife rest fixed mount.

As preferably, described ends cutting assembly comprises face tool post, is arranged on described face tool postrotatable end face cutter shaft, the end face blade being arranged on described end face cutter shaft upper end and the end face electric rotating machine driving described end face cutter shaft to rotate, described end face electric rotating machine is connected with the lower end of described end face cutter shaft.

End face cutter shaft moves right at cross slide way rotatably and drives end face blade to carry out lower end cutting process to blank.

In sum, the utility model arranges two groups of cutting assemblies, disposablely can complete the cutting process of binary channels, double blank, and do not need with water for cooling in cutting process, it also avoid the situation adding lubricant and contaminated environment, ribs of the fan Forming Quality is stablized, and improves the working (machining) efficiency of ribs of the fan.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model;

Fig. 2 is top view of the present utility model;

Fig. 3 is right view of the present utility model;

Fig. 4 is front view of the present utility model;

Fig. 5 is the structural representation of the utility model delivery device;

In figure, 1, frame, 2, delivery device, 21, passage, 2101, passage two, 211, fixed head, 212, portable plate, 2122, fastening board, 213, support bar, 214, through hole, 215, cylinder, 216, locating slot, 22, compacting part, 3, side executing agency one, 31, closed slide, 32, connecting plate, 33, side cutting assembly one, 331, side knife rest, 332, side cutter shaft, 333, side blade, 334, side electric rotating machine, 335, cutter shaft rotary connector, 336, connector, 3301, side cutting assembly two, 5, end face executing agency, 51, cross slide way, 52, cross connecting plate, 53, ends cutting assembly, 531, face tool post, 532, end face cutter shaft, 533, end face blade, 534, end face electric rotating machine, 6a, pause contact one, 6b, pause contact two, 7a, reversion contact one, 7b, reversion contact two, 8a, spacing contact one, 8b, spacing contact 2.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is described in further detail.

Embodiment:

As Figure 1-5, ossiculum manufacturing installation, comprises frame 1, is arranged on the delivery device 2 in frame 1, Liang Zu executing agency and controls the control system of delivery device 2 and executing agency.Delivery device 2 comprises passage 21 and passage 2 2101 parallel with it, passage 2 2101 comprisethe fixed head 211 be fixedly connected with frame 1 and with the portable plate 212 that fixed head 211 be arranged in parallel, support bar 213 is set between fixed head 211 and portable plate 212; Portable plate 212 is arranged through the through hole 214 of support bar 213, passage 21 comprises the clamping plate 2122 parallel with portable plate 212, support bar 213 passes completely through through hole 214 and contacts with clamping plate 2122, compressed part 22 is connected with clamping plate 2122, compressed part 22 slides to reduce or expands clamping plate 2122 and portable plate 212, distance between portable plate 212 and fixed head 211 by compressing clamping plate 2122 on support bar 213, thus compression blank.

Concrete as 2 and as shown in Figure 3, side executing agency 1 comprises closed slide 31, closed slide 31 is socketed with connecting plate 32, connecting plate 32 is arranged side cutting assembly 1 and coaxial side cutting assembly 2 3301, side knife rest 331 in cutting assembly 1 is fixed on connecting plate 32, knife rest is fixed side cutter shaft 332 and connector 336, side blade 333 is arranged in the middle of cutter shaft 332 and connector 336, electric rotating machine 334 is with movable arbor rotary connector 335 to rotate, side blade 333 and side cutting assembly 2 3301, in the process rotated, in closed slide 31 forward is to ribs of the fan, thin contour segment cuts. side executing agency 1 also comprises and to be electrically connected with control systempause travel switch, reversion travel switch, pause travel switch comprises pause contact one 6a be arranged on connecting plate 32 and pause contact two 6b be arranged in frame 1.Reversion travel switch comprises reversion contact one 7a that is arranged on before contact one 6a that connecting plate 32 pauses in forward cutting process and is arranged on reversion contact two 7b before contact two 6b that frame 1 pauses in forward cutting process.The process arranging side blade 333 cutting is forward, then pause contact one 6a can only reversely lift.

End face executing agency 5 comprises cross slide way 51, the connecting plate 52 be socketed on cross slide way 51, face tool post 531, end face cutter shaft 532, end face electric rotating machine 534 are connected with end face cutter shaft 532 lower end, and end face blade 533 cuts to delivery device 2 direction ribs of the fan end face segmental arc in the process rotated on cross slide way 51.End face executing agency 5 also comprises be electrically connected with control systemlimitation travel switch, limitation travel switch comprises the spacing contact 8a be arranged on the cross connecting plate 52 and spacing contact 8b be arranged on below frame 1 upper side knife rest 331.

During work, first several stock side be superimposed are stood in passage 21 and passage 2 2101 upward, be placed on locating slot 216 with alignment pin through locating hole to locate, then cylinder 215 is started by compressing pressure strip 2122, pressure strip 2122 drives again portable plate 212 to compress to fixed head 211 simultaneously, can to the blank holding in two passages, side blade 333, side blade 2 3331 is coaxial rotation in the process rotated, closed slide 31 cuts ribs of the fan forward, when reversion travel switch two contact, side blade 333, side blade 2 3331 starts to return, when two contact of pause travel switch, the one stroke of side executing agency 1 terminates, complete the cutting to ribs of the fan contour segment.

Meanwhile, end face blade 533 cuts ribs of the fan end face segmental arc in the process rotated on cross slide way 51, and when two contact of limitation travel switch, end face blade 533 starts to return.Because the stroke of end face executing agency 5 is less than the stroke of side executing agency 1, so side blade 333 and end face blade 533 can not bump against.

Claims

1. an ossiculum manufacturing installation, comprise frame (1), described frame (1) is upper arrange delivery device (2) for pushing blank, for turned blank executing agency and control the control system of described delivery device (2) and executing agency, described executing agency comprises side executing agency one (3) and end face executing agency (5), described delivery device (2) and described side executing agency one (3) cocurrent and parallel are arranged, and described end face executing agency (5) is vertical with described delivery device (2) to be arranged, described delivery device (2) comprises the passage (21) for placing blank and arranges the compacting part (22) being used for pinch off channel (21) perpendicular to described passage (21), described side executing agency one (3) comprises the closed slide (31) be arranged in described frame (1), the connecting plate (32) be socketed on described closed slide (31), is fixedly connected with and is moved around on described closed slide (31) by described connecting plate (32) and the side cutting assembly one (33) of movement and the side cutting assembly drive unit one that drives described side cutting assembly one (33) to move around on described closed slide (31) with described connecting plate (32), described end face executing agency (5) comprises and is fixedly installed on described frame (1) side and perpendicular to the cross slide way (51) of described closed slide (31), be enclosed within the cross connecting plate (52) on described cross slide way (51), be fixedly connected with described cross connecting plate (52) and moved around on described cross slide way (51) by described cross connecting plate (52) and the ends cutting assembly (53) of movement and the ends cutting assembly drive means that drives described ends cutting assembly (53) to move around on described cross slide way (51), also comprise the passage two (2101) for place blank parallel with passage (21) in described delivery device (2), in described side executing agency one (3), the side cutting assembly two (3301) with side cutting assembly one (33) coaxial rotation is also set.

2. ossiculum manufacturing installation according to claim 1, it is characterized in that: described side executing agency one (3) also comprises pause travel switch, reversion travel switch, described pause travel switch, reversion travel switch are electrically connected with described control system; Described end face executing agency (5) also comprises limitation travel switch, and described limitation travel switch is electrically connected with described control system.

3. ossiculum manufacturing installation according to claim 1 and 2, it is characterized in that: described passage two (2101) comprises the fixed head (211) be fixedly connected with described frame (1) and the portable plate (212) be arranged in parallel with described fixed head (211), arranges support bar (213) between described fixed head (211) and described portable plate (212), described portable plate (212) is arranged through the through hole (214) of described support bar (213), described passage (21) comprises the clamping plate (2122) parallel with described portable plate (212), described portable plate (212) is arranged through the through hole (214) of described support bar (213), described support bar (213) passes completely through through hole (214) and contacts with clamping plate (2122), described compressed part (22) is connected with clamping plate (2122), described compressed part (22) is by compressing described clamping plate (2122) in the upper slip of described support bar (213) to reduce or to expand described clamping plate (2122) and described portable plate (212), distance between described portable plate (212) and described fixed head (211).

4. ossiculum manufacturing installation according to claim 3, is characterized in that: described compressed part (22) comprises the cylinder (215) perpendicular to described portable plate (212).

5. ossiculum manufacturing installation according to claim 3, it is characterized in that: described fixed head (211) and described portable plate (212), clamping plate (2122) arrange locating slot (216) respectively, and described locating slot (216) is arranged on one section near described end face executing agency (5).

6. ossiculum manufacturing installation according to claim 1, is characterized in that: described side cutting assembly one (33) comprises side knife rest (331), rotatable side cutter shaft (332) be arranged on described side knife rest (331), be connected to cutter shaft (332) one end, described side near the side blade (333) of described passage (21) side with drive described side cutter shaft (332) the side electric rotating machine (334) that rotates, the other end of described side cutter shaft (332) arranges cutter shaft rotary connector (335), side cutter shaft (332) described in cutter shaft rotary connector (335) described in described electric rotating machine (334) connects drives rotates, described side cutting assembly two (3301) comprises side blade two (3331), described side blade two (3331) is arranged on described side cutter shaft (332), make side blade (333) and side blade two (3331) coaxial rotation, and side blade (333) is parallel with passage (21), side blade two (3331) is parallel with passage two (2101).

7. ossiculum manufacturing installation according to claim 6, is characterized in that: described side knife rest (331) is also fixedly connected with connector (336), and described side blade (333) other end and described connector (336) rotate and be socketed.

8. ossiculum manufacturing installation according to claim 1, it is characterized in that: described ends cutting assembly (53) comprises face tool post (531), the rotatable end face cutter shaft (532) be arranged on described face tool post (531), be arranged on described end face cutter shaft (532) upper end end face blade (533) and drive the end face electric rotating machine (534) that rotates of described end face cutter shaft (532), described end face electric rotating machine (534) is connected with the lower end of described end face cutter shaft.