CN204658606U - A kind of Brad machine - Google Patents
A kind of Brad machine Download PDFInfo
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- CN204658606U CN204658606U CN201520142821.9U CN201520142821U CN204658606U CN 204658606 U CN204658606 U CN 204658606U CN 201520142821 U CN201520142821 U CN 201520142821U CN 204658606 U CN204658606 U CN 204658606U
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Abstract
The utility model provides a kind of Brad machine, comprises spike devices, goes out nail arrange, for binding the workpiece to be added being positioned at working face to working face; And propulsion plant, move going out spike devices along the direction perpendicular to working face 1.The utility model promotes out spike devices by propulsion plant back and forth along perpendicular to the direction of working face, binds the workpiece to be added that processing is positioned at working face, can effectively increase work efficiency, and provides automation foundation for follow-up feeding assembly and discharging assembly.
Description
Technical field
The utility model relates to brad machinery, particularly relates to a kind of full-automatic assembled Brad machine of photo frame.
Background technology
Current people are when producing photo frame, and existing Brad machine needs manually material to be inserted suitable position, and with the good correct position of experience contraposition of workman, restart and spike devices, brad is squeezed into the angle place of photo frame.This just causes production efficiency not high, operates more loaded down with trivial details, and defect rate remains high; Therefore need proposition one badly and be conducive to the Automation Design, qualification rate meets the Brad machine of production requirement.
Utility model content
The purpose of this utility model provides a kind of Brad machine, to solve in above-mentioned prior art problem one or more.
According to an aspect of the present utility model, a kind of Brad machine is provided, comprises:
Go out spike devices, go out nail to working face and arrange, for binding the workpiece to be added being positioned at working face; With,
Propulsion plant, moves going out spike devices along the direction perpendicular to working face.
The utility model promotes out spike devices by propulsion plant back and forth along perpendicular to the direction of working face, binds the workpiece to be added that processing is positioned at working face, can effectively increase work efficiency, and provides automation foundation for follow-up feeding assembly and discharging assembly.
Feature of the present utility model is, propulsion plant, in the process pressing to working face, has the effect flattened at the place to be processed of workpiece to be added, prevents place to be processed to be uneven.Propulsion plant away from the reseting procedure of working face, for follow-up feeding assembly and discharging assembly provide automation foundation.
In some embodiments, the utility model also comprises the rackwork for going out spike devices and move along the direction that is parallel to working face.
In some embodiments, rackwork comprises:
All be parallel to the first displacement bar and second displacement bar of working face, the first displacement bar is arranged with the second displacement bar is mutually vertical;
All be parallel to the triple motion bar that the second displacement bar is arranged, triple motion bar coordinates moving of the direction of the length realized along the first displacement bar with the first displacement bar; With
All be parallel to the 5th displacement bar that the first displacement bar is arranged, the 5th displacement bar coordinates moving of the direction of the length realized along the second displacement bar with the second displacement bar;
Go out spike devices to comprise first and go out spike devices, first goes out spike devices is arranged at triple motion bar and the 5th displacement bar is located alternately.
Rackwork, by the motion of triple motion bar at the first displacement bar, controls first and goes out the lateral attitude of spike devices on working face; And go out the lengthwise position of spike devices on working face by the 5th motion control of displacement bar on the second displacement bar first; And then complete adjustment first and go out the position that spike devices is parallel to working face.
In some embodiments, triple motion bar is provided with the first displaced block, and the first displaced block is provided with the first displacement sleeve coordinated with the first displacement bar;
5th displacement bar is provided with triple motion block, and triple motion block is provided with the triple motion cover coordinated with the second displacement bar;
First goes out spike devices is fixed with the 5th displaced block, and the 5th displaced block is provided with positive 5th displacement sleeve coordinated with triple motion bar, and the 5th displaced block is provided with different 5th displacement sleeve coordinated with the 5th displacement bar.
In some embodiments, the number going out spike devices is four, four go out the rectangular arrangement of spike devices; Four go out to bind and are set to first and go out spike devices, second and go out spike devices, the 3rd and go out spike devices, the 4th and go out spike devices;
Rackwork comprises:
All be parallel to the first displacement bar and second displacement bar of working face, the first displacement bar is arranged with the second displacement bar is mutually vertical;
All be parallel to triple motion bar, the 4th displacement bar that the second displacement bar is arranged, triple motion bar and the 4th displacement bar all coordinate moving of the direction of the length realized along the first displacement bar with the first displacement bar; With
All be parallel to the 5th displacement bar, the 6th displacement bar that the first displacement bar is arranged, the 5th displacement bar and the 6th displacement bar all coordinate moving of the direction of the length realized along the second displacement bar with the second displacement bar;
First goes out spike devices is arranged at triple motion bar and the 5th displacement bar is located alternately;
Second goes out spike devices is arranged at triple motion bar and the 6th displacement bar is located alternately;
3rd goes out spike devices is arranged at the 4th displacement bar and the 5th displacement bar is located alternately;
4th goes out spike devices is arranged at the 4th displacement bar and the 6th displacement bar is located alternately.
Rackwork can adjust the station that 4 go out spike devices simultaneously, after designing station, need not change the position of spike devices again, can work continuously, operating efficiency has had large increase, further, all photo frames of corresponding a kind of shape can be processed owing to therefore adjusting station, and then there is good job stability.
In some embodiments, triple motion bar is provided with the first displaced block, and the first displaced block is provided with the first displacement sleeve coordinated with the first displacement bar;
4th displacement bar is provided with the second displaced block, and the second displaced block is provided with the second displacement sleeve coordinated with the first displacement bar;
5th displacement bar is provided with triple motion block, and triple motion block is provided with the triple motion cover coordinated with the second displacement bar;
6th displacement bar is provided with the 4th displaced block, and the 4th displaced block is provided with the 4th displacement sleeve coordinated with the second displacement bar;
First goes out spike devices is fixed with the 5th displaced block, and the 5th displaced block is provided with positive 5th displacement sleeve coordinated with triple motion bar, and the 5th displaced block is provided with different 5th displacement sleeve coordinated with the 5th displacement bar;
Second goes out spike devices is fixed with the 6th displaced block, and the 6th displaced block is provided with positive 6th displacement sleeve coordinated with triple motion bar, and the 6th displaced block is provided with different 6th displacement sleeve coordinated with the 6th displacement bar;
3rd goes out spike devices is fixed with the 7th displaced block, and the 7th displaced block is provided with positive 7th displacement sleeve coordinated with the 4th displacement bar, and the 7th displaced block is provided with different 7th displacement sleeve coordinated with the 5th displacement bar;
4th goes out spike devices is fixed with the 8th displaced block, and the 8th displaced block is provided with positive 8th displacement sleeve coordinated with the 4th displacement bar, and the 8th displaced block is provided with different 8th displacement sleeve coordinated with the 6th displacement bar.
In some embodiments, rackwork comprise for regulate the first displaced block the position of the first displacement bar first positioning screw rod, the first displaced block have cooperation first transpose screw rod first positioning screw socket;
Rackwork comprise for regulate the second displaced block the position of the first displacement bar second positioning screw rod, the second displaced block have cooperation second transpose screw rod second positioning screw socket;
Rackwork comprises for regulating triple motion block at the 3rd positioning screw rod of the position of the second displacement bar, and triple motion block has the 3rd positioning screw socket of cooperation the 3rd positioning screw rod;
Rackwork comprises for regulating the 4th displaced block at the 4th positioning screw rod of the position of the second displacement bar, and the 4th displaced block has the 4th positioning screw socket of cooperation the 4th positioning screw rod.
In some embodiments, go out spike devices go out nail place be provided with press section, the nail place that goes out that press section is going out spike devices has nail mouth.There is the effect flattened at the place to be processed of workpiece to be added, for improving this effect, go out spike devices go out nail place be provided with press section.
In some embodiments, working face is horizontally disposed with, and go out spike devices and go out nail setting downwards, propulsion plant is fixed on working face top.Improve the effect that place to be processed flattens, more thorough press section can be designed.
In some embodiments, go out the force side that spike devices is fixed on rackwork, rackwork is fixed on the force side of propulsion plant.
In some embodiments, propulsion plant comprises cylinder; First displacement bar is connected with piston rod with the second displacement bar; Cylinder barrel and the working face geo-stationary of cylinder are arranged.
In some embodiments, go out the force side that spike devices is fixed on propulsion plant, propulsion plant is fixed on the force side of rackwork.
In some embodiments, propulsion plant comprises cylinder; The cylinder barrel of cylinder is arranged at triple motion bar and the 5th displacement bar is located alternately, and the piston rod of cylinder connects spike devices; First displacement bar, the second displacement bar are all arranged with working face geo-stationary.
Accompanying drawing explanation
Fig. 1 provides a kind of structural representation of a kind of Brad machine of embodiment for the utility model;
Fig. 2 is the lower view of a kind of Brad machine shown in Fig. 1;
Fig. 3 is the right view of a kind of Brad machine shown in Fig. 1.
Detailed description of the invention
As shown in Figures 1 to 3, the utility model provides a kind of Brad machine, comprises
Go out spike devices 2, go out nail to working face 1 and arrange, for binding the workpiece to be added being positioned at working face 1; With,
Propulsion plant 3, moves going out spike devices 2 along the direction perpendicular to working face 1.
The utility model promotes out spike devices by propulsion plant 3 back and forth along the direction perpendicular to working face 1, binds processing and is positioned at the workpiece to be added of working face 1, can effectively increase work efficiency, and provides automation foundation for follow-up feeding assembly and discharging assembly.
Concrete, feature of the present utility model is, propulsion plant 3, in the process pressing to working face 1, has the effect flattened at the place to be processed of workpiece to be added, prevents place to be processed to be uneven.Propulsion plant 3 away from the reseting procedure of working face 1, for follow-up feeding assembly and discharging assembly provide automation foundation.
As optimization, the utility model also comprises the rackwork 5 for going out spike devices and move along the direction that is parallel to working face 1.
One as rackwork 5 is illustrated (M), and rackwork 5 comprises:
All be parallel to the first displacement bar 51 of working face 1 and the second displacement bar 52, first displacement bar 51 and the vertical setting mutually of the second displacement bar 52;
Triple motion bar 53, the triple motion bar 53 being all parallel to the second displacement bar 52 layout coordinates moving of the direction of the length realized along the first displacement bar 51 with the first displacement bar 51; With
The 5th displacement bar the 55, five displacement bar 55 being all parallel to the first displacement bar 51 layout coordinates moving of the direction of the length realized along the second displacement bar 52 with the second displacement bar 52.
Go out spike devices to comprise first and go out spike devices 21, first goes out spike devices 21 is arranged at triple motion bar 53 and the 5th displacement bar 55 is located alternately.
The rackwork 5 of above-mentioned citing (M), by the motion of triple motion bar 53 at the first displacement bar 51, controls first and goes out the lateral attitude of spike devices 21 on working face 1; And go out the lengthwise position of spike devices 21 on working face 1 by the motion control first of the 5th displacement bar 55 on the second displacement bar 52; And then complete adjustment first and go out the position that spike devices 21 is parallel to working face 1.
In the rackwork 5 of above-mentioned citing (M) " triple motion bar 53 coordinates with the first displacement bar 51 " or " the 5th displacement bar 55 coordinates with the second displacement bar 52 " the smooth body of rod and locating piece can be adopted, also screw mandrel and swivel nut can be adopted, also slideway and slide block can be adopted, can adopt tooth bar and locating piece, the utility model does not limit this.
Illustrate with " the smooth body of rod and locating piece (M1) ", concrete, also there is following characteristics:
Triple motion bar 53 is provided with the first displaced block 61, the first displaced block 61 and is provided with the first displacement sleeve 71 coordinated with the first displacement bar 51;
5th displacement bar 55 is provided with triple motion block 63, the triple motion block 63 and is provided with the triple motion coordinated with the second displacement bar 52 and overlaps 73;
First goes out spike devices 21 is fixed with the 5th displaced block the 65, five displaced block 65 and is provided with positive 5th displacement sleeve 751 coordinated with triple motion bar 53, and the 5th displaced block 65 is provided with different 5th displacement sleeve 752 coordinated with the 5th displacement bar 55.
When adopting the scheme of " the smooth body of rod and locating piece (M1) ", first displacement bar 51, second displacement bar 52, triple motion bar 53, the 5th displacement bar 55 are the smooth body of rod, first displacement sleeve 71, triple motion cover 73, positive 5th displacement sleeve 751 and different 5th displacement sleeve 752 and the sheathed corresponding smooth body of rod, play corresponding positioning action.
When adopting the scheme of " screw mandrel and swivel nut (M2) ", first displacement bar 51, second displacement bar 52, triple motion bar 53, the 5th displacement bar 55 are screw mandrel, the swivel nut that first displacement sleeve 71, triple motion cover 73 coordinates for inwall, screw mandrel end is driven by motor, completes the position adjustment of triple motion bar 53, the 5th displacement bar 55.
When adopting the scheme of " slideway and slide block (M3) ", first displacement bar 51, second displacement bar 52, triple motion bar 53, the 5th displacement bar 55 are slideway, and the first displacement sleeve 71, triple motion cover 73, positive 5th displacement sleeve 751 and different 5th displacement sleeve 752 are the slide block coordinated with slideway.Slideway can be recessed slide groove, also can be the slipway of projection.
When adopting the scheme of " tooth bar and locating piece (M4) ", first displacement bar 51, second displacement bar 52, triple motion bar 53, the 5th displacement bar 55 are tooth bar, first displacement sleeve 71, triple motion cover 73, positive 5th displacement sleeve 751 and different 5th displacement sleeve 752 are the locating piece be equipped with tooth bar, and the mating surface of locating piece and tooth bar is provided with screw thread or gear.
In the cognition of those skilled in the art, first displacement bar 51 of the rackwork 5 of above-mentioned citing (M) and the cooperation of triple motion bar 53, also have more more options with the fit system of the second displacement bar 52 and the 5th displacement bar 55, the utility model is not restricted this.
The rackwork 5 of above-mentioned citing (M) be single go out the positioning of spike devices, carrying out in the assembled production process of photo frame, need the position of ordering lower four rectangular angles often, at the rackwork 5 times of above-mentioned citing (M), can further by programming, make single go out spike devices complete the assembled nailing work of four Angle Position in turn; Also can by many group rackworks 5 adjust one by one quantity identical multiple go out the positioning work of spike devices, complete the assembled nailing work of multiple Angle Position simultaneously.
Many group rackworks 5 adjust one by one quantity identical multiple (such as 4) go out the positioning work of spike devices time, organize same based on harmony of rackwork 5 more, embodiment below can also be integrated into further:
The number going out spike devices is four, four go out the rectangular arrangement of spike devices; Four go out to bind and are set to first and go out spike devices 21, second and go out spike devices 22, the 3rd and go out spike devices 23, the 4th and go out spike devices 24;
Rackwork 5 (N) comprising:
All be parallel to the first displacement bar 51 of working face 1 and the second displacement bar 52, first displacement bar 51 and the vertical setting mutually of the second displacement bar 52;
All be parallel to the triple motion bar 53 of the second displacement bar 52 layout, the 4th displacement bar 54, the triple motion bar 53 and the 4th displacement bar 54 and all coordinate moving of the direction of the length realized along the first displacement bar 51 with the first displacement bar 51; With
All be parallel to the 5th displacement bar 55 of the first displacement bar 51 layout, the 6th displacement bar the 56, five displacement bar 55 and the 6th displacement bar 56 and all coordinate moving of the direction of the length realized along the second displacement bar 52 with the second displacement bar 52;
First goes out spike devices 21 is arranged at triple motion bar 53 and the 5th displacement bar 55 is located alternately;
Second goes out spike devices 22 is arranged at triple motion bar 53 and the 6th displacement bar 56 is located alternately;
3rd goes out spike devices 23 is arranged at the 4th displacement bar 54 and the 5th displacement bar 55 is located alternately;
4th goes out spike devices 24 is arranged at the 4th displacement bar 54 and the 6th displacement bar 56 is located alternately.
Under the design of above-mentioned rackwork 5 (N), rackwork 5 (N) can adjust the station that 4 go out spike devices simultaneously, after designing station, need not change the position of spike devices again, can work continuously, operating efficiency has had large increase, and, all photo frames of corresponding a kind of shape can be processed owing to therefore adjusting station, and then there is good job stability.
In the rackwork 5 (N) of above-mentioned citing " triple motion bar 53 and the 4th displacement bar 54 all coordinate with the first displacement bar 51 " or " the 5th displacement bar 55 and the 6th displacement bar 56 all coordinate with the second displacement bar 52 " the smooth body of rod and locating piece can be adopted, also screw mandrel and swivel nut can be adopted, also slideway and slide block can be adopted, tooth bar and locating piece can be adopted, this is not limited.
For example, concrete with " the smooth body of rod and locating piece (N1) ", also there is following characteristics:
Triple motion bar 53 is provided with the first displaced block 61, the first displaced block 61 and is provided with the first displacement sleeve 71 coordinated with the first displacement bar 51;
4th displacement bar 54 is provided with the second displaced block 62, second displaced block 62 and is provided with the second displacement sleeve 72 coordinated with the first displacement bar 51;
5th displacement bar 55 is provided with triple motion block 63, the triple motion block 63 and is provided with the triple motion coordinated with the second displacement bar 52 and overlaps 73;
6th displacement bar 56 is provided with the 4th displaced block the 64, four displaced block 64 and is provided with the 4th displacement sleeve 74 coordinated with the second displacement bar 52;
First goes out spike devices 21 is fixed with the 5th displaced block the 65, five displaced block 65 and is provided with positive 5th displacement sleeve 751 coordinated with triple motion bar 53, and the 5th displaced block 65 is provided with different 5th displacement sleeve 752 coordinated with the 5th displacement bar 55;
Second goes out spike devices 22 is fixed with the 6th displaced block the 66, six displaced block 66 and is provided with positive 6th displacement sleeve 761 coordinated with triple motion bar 53, and the 6th displaced block 66 is provided with different 6th displacement sleeve 762 coordinated with the 6th displacement bar 56;
3rd goes out spike devices 23 is fixed with the 7th displaced block the 67, seven displaced block 67 and is provided with positive 7th displacement sleeve the 771, seven displaced block 67 coordinated with the 4th displacement bar 54 and is provided with different 7th displacement sleeve 772 coordinated with the 5th displacement bar 55;
4th goes out spike devices 24 is fixed with the 8th displaced block the 68, eight displaced block 68 and is provided with positive 8th displacement sleeve the 781, eight displaced block 68 coordinated with the 4th displacement bar 54 and is provided with different 8th displacement sleeve 782 coordinated with the 6th displacement bar 56.
Time further specific to embodiments such as screw mandrel and swivel nut, slideway and slide block, tooth bar and locating pieces, with reference to M1, M2, M3, M4 etc. of above-mentioned citing.Specifically repeat no more.
When adopting the technical scheme of citing M1, rackwork 5 also comprises to transpose the first positioning screw socket 812 of screw rod 811 for regulating the first displaced block 61 to have cooperation first in the first positioning screw rod 811, first displaced block 61 of the position of the first displacement bar 51.
When adopting the technical scheme of citing N1,
Rackwork 5 comprises to transpose the first positioning screw socket 812 of screw rod 811 for regulating the first displaced block 61 to have cooperation first in the first positioning screw rod 811, first displaced block 61 of the position of the first displacement bar 51;
Rackwork 5 comprises to transpose the second positioning screw socket 822 of screw rod 821 for regulating the second displaced block 62 to have cooperation second in the second positioning screw rod 821, second displaced block 62 of the position of the first displacement bar 51;
Rackwork 5 comprises being provided with to transpose the 3rd positioning screw socket 832 of screw rod 831 for regulating triple motion block 63 to have cooperation the 3rd at the 3rd positioning screw rod 831, the triple motion block 63 of the position of the second displacement bar 52;
Rackwork 5 comprises being provided with to transpose the 4th positioning screw socket 842 of screw rod 841 for regulating the 4th displaced block 64 to have cooperation the 4th in the 4th positioning screw rod the 841, four displaced block 64 of the position of the second displacement bar 52.
Under the scheme adopting smooth shaft to coordinate with axle sleeve, positioning screw rod can be provided with in addition, regulate by positioning screw rod manual synchronization or by servomotor synchronous axial system, regulate one (corresponding M1) or multiple (corresponding N1) to go out the position of spike devices.
Aforementioned: feature of the present utility model is, propulsion plant 3, in the process pressing to working face 1, has the effect flattened at the place to be processed of workpiece to be added, for improving this effect, go out spike devices go out nail place be provided with press section 201.
For improving above-mentioned effect further, the nail place that goes out that press section 201 is going out spike devices has nail mouth 202.Improve more thorough pressing effect.
The utility model does not do too much restriction to the setting direction of working face 1, and as preferentially, working face 1 is horizontally disposed with, and go out spike devices and go out nail downwards and arrange, propulsion plant 3 is fixed on working face 1 top.Meet normal gravity operating mode, and be follow-up feeding, the Automation Design of output section provides basis.
The preferred pneumatic propulsion mode of above-mentioned propulsion plant 3, simple and convenient easy enforcement, certainly, other screw mandrels rotate propelling, electromagnetic propulsion also can implement the utility model, and these all should as within protection domain of the present utility model.
Based on above-mentioned, the utility model possesses following two kinds of implementation methods:
Embodiment P: go out the force side that spike devices is fixed on rackwork 5, rackwork 5 is fixed on the force side of propulsion plant 3.
Such as, on the basis of above-mentioned citing (each M and each N), propulsion plant 3 comprises cylinder 31; First displacement bar 51 is connected with piston rod 32 with the second displacement bar 52; Cylinder barrel 33 and working face 1 geo-stationary of cylinder 31 are arranged.
The cylinder barrel 33 of cylinder 31 is arranged with the geo-stationary of working face 1, and can be that the cylinder barrel 33 of cylinder 31 is directly fixed on working face 1, also can be fixed on other structural members, this structural member and working face 1 keep geo-stationary.
Embodiment Q: go out the force side that spike devices is fixed on propulsion plant 3, propulsion plant 3 is fixed on the force side of rackwork 5.
Such as, on the basis of above-mentioned citing (each M and each N), propulsion plant 3 comprises cylinder 31; The cylinder barrel 33 of cylinder 31 is arranged at triple motion bar 53 and the 5th displacement bar 55 is located alternately, and the piston rod 32 of cylinder 31 connects spike devices; First displacement bar 51, second displacement bar 52 is all arranged with working face 1 geo-stationary.
First displacement bar 51, second displacement bar 52 arranges with working face 1 geo-stationary and is that the first displacement bar 51, second displacement bar 52 is directly fixed on working face 1, and also can be fixed on other structural members, this structural member and working face 1 keep geo-stationary.This geo-stationary does not consider the rotation of the first displacement bar 51, second displacement bar 52 along own axes, such as, under the fit system of screw mandrel and swivel nut.
The above is only preferred embodiment of the present utility model; it should be pointed out that to those skilled in the art, under the prerequisite not departing from the utility model creation design; can also make some similar distortion and improvement, these also should be considered as within protection domain of the present utility model.
Claims (7)
1. a Brad machine, is characterized in that, comprises
Go out spike devices, go out nail to working face (1) and arrange, for binding the workpiece to be added being positioned at described working face (1);
Propulsion plant (3), by described go out spike devices move along perpendicular to the direction of described working face (1); With,
For by described go out spike devices along be parallel to described working face (1) direction motion rackwork (5);
Described go out spike devices be fixed on the force side of described rackwork (5), described rackwork (5) is fixed on the force side of described propulsion plant (3); Or
Described go out spike devices be fixed on the force side of described propulsion plant (3), described propulsion plant (3) is fixed on the force side of described rackwork (5).
2. a kind of Brad machine according to claim 1, is characterized in that,
Described rackwork (5) comprising:
All be parallel to the first displacement bar (51) and second displacement bar (52) of described working face (1), described first displacement bar (51) and the vertical setting mutually of described second displacement bar (52);
All be parallel to the triple motion bar (53) that described second displacement bar (52) is arranged, described triple motion bar (53) coordinates the motion in the direction of the length realized along described first displacement bar (51) with described first displacement bar (51); With
All be parallel to the 5th displacement bar (55) that described first displacement bar (51) is arranged, described 5th displacement bar (55) coordinates the motion in the direction of the length realized along described second displacement bar (52) with described second displacement bar (52);
Described go out spike devices comprise first and go out spike devices (21), described first goes out spike devices (21) is arranged at described triple motion bar (53) and described 5th displacement bar (55) is located alternately;
Described triple motion bar (53) is provided with the first displaced block (61), and described first displaced block (61) is provided with the first displacement sleeve (71) coordinated with described first displacement bar (51);
Described 5th displacement bar (55) is provided with triple motion block (63), and described triple motion block (63) is provided with the triple motion cover (73) coordinated with described second displacement bar (52);
Described first goes out spike devices (21) is fixed with the 5th displaced block (65), described 5th displaced block (65) is provided with positive 5th displacement sleeve (751) coordinated with described triple motion bar (53), and described 5th displaced block (65) is provided with different 5th displacement sleeve (752) coordinated with described 5th displacement bar (55).
3. a kind of Brad machine according to claim 1, is characterized in that,
Described go out the number of spike devices be four, go out the rectangular arrangement of spike devices described in four; Go out to bind described in four and be set to first and go out spike devices (21), second and go out spike devices (22), the 3rd and go out spike devices (23), the 4th and go out spike devices (24);
Described rackwork (5) comprising:
All be parallel to the first displacement bar (51) and second displacement bar (52) of described working face (1), described first displacement bar (51) and the vertical setting mutually of described second displacement bar (52);
All be parallel to triple motion bar (53), the 4th displacement bar (54) that described second displacement bar (52) is arranged, described triple motion bar (53) and described 4th displacement bar (54) all coordinate the motion in the direction of the length realized along described first displacement bar (51) with described first displacement bar (51); With
All be parallel to the 5th displacement bar (55), the 6th displacement bar (56) that described first displacement bar (51) is arranged, described 5th displacement bar (55) and described 6th displacement bar (56) all coordinate the motion in the direction of the length realized along described second displacement bar (52) with described second displacement bar (52);
Described first goes out spike devices (21) is arranged at described triple motion bar (53) and described 5th displacement bar (55) is located alternately;
Described second goes out spike devices (22) is arranged at described triple motion bar (53) and the 6th displacement bar (56) is located alternately;
Described 3rd goes out spike devices (23) is arranged at described 4th displacement bar (54) and described 5th displacement bar (55) is located alternately;
Described 4th goes out spike devices (24) is arranged at described 4th displacement bar (54) and described 6th displacement bar (56) is located alternately.
4. a kind of Brad machine according to claim 3, is characterized in that,
Described triple motion bar (53) is provided with the first displaced block (61), and described first displaced block (61) is provided with the first displacement sleeve (71) coordinated with described first displacement bar (51);
Described 4th displacement bar (54) is provided with the second displaced block (62), and described second displaced block (62) is provided with the second displacement sleeve (72) coordinated with described first displacement bar (51);
Described 5th displacement bar (55) is provided with triple motion block (63), and described triple motion block (63) is provided with the triple motion cover (73) coordinated with described second displacement bar (52);
Described 6th displacement bar (56) is provided with the 4th displaced block (64), and described 4th displaced block (64) is provided with the 4th displacement sleeve (74) coordinated with described second displacement bar (52);
Described first goes out spike devices (21) is fixed with the 5th displaced block (65), described 5th displaced block (65) is provided with positive 5th displacement sleeve (751) coordinated with described triple motion bar (53), and described 5th displaced block (65) is provided with different 5th displacement sleeve (752) coordinated with described 5th displacement bar (55);
Described second goes out spike devices (22) is fixed with the 6th displaced block (66), described 6th displaced block (66) is provided with positive 6th displacement sleeve (761) coordinated with described triple motion bar (53), and described 6th displaced block (66) is provided with different 6th displacement sleeve (762) coordinated with described 6th displacement bar (56);
Described 3rd goes out spike devices (23) is fixed with the 7th displaced block (67), described 7th displaced block (67) is provided with positive 7th displacement sleeve (771) coordinated with described 4th displacement bar (54), and described 7th displaced block (67) is provided with different 7th displacement sleeve (772) coordinated with described 5th displacement bar (55);
Described 4th goes out spike devices (24) is fixed with the 8th displaced block (68), described 8th displaced block (68) is provided with positive 8th displacement sleeve (781) coordinated with described 4th displacement bar (54), and described 8th displaced block (68) is provided with different 8th displacement sleeve (782) coordinated with described 6th displacement bar (56);
Described rackwork (5) comprises for regulating described first displaced block (61) in the first positioning screw rod (811) of the position of described first displacement bar (51), and described first displaced block (61) has the first positioning screw socket (812) coordinating described first positioning screw rod (811);
Described rackwork (5) comprises for regulating described second displaced block (62) in the second positioning screw rod (821) of the position of described first displacement bar (51), and described second displaced block (62) has the second positioning screw socket (822) coordinating described second positioning screw rod (821);
Described rackwork (5) comprises for regulating described triple motion block (63) in the 3rd positioning screw rod (831) of the position of described second displacement bar (52), and described triple motion block (63) has the 3rd positioning screw socket (832) coordinating described 3rd positioning screw rod (831);
Described rackwork (5) comprises for regulating described 4th displaced block (64) in the 4th positioning screw rod (841) of the position of described second displacement bar (52), and described 4th displaced block (64) has the 4th positioning screw socket (842) coordinating described 4th positioning screw rod (841).
5. a kind of Brad machine according to claim 1, is characterized in that, described in go out spike devices go out nail place be provided with press section (201), described press section (201) described go out the nail place that outes of spike devices have nail mouth (202); Described working face (1) is horizontally disposed with, described in go out spike devices downwards go out nail arrange, described propulsion plant (3) is fixed on described working face (1) top.
6. a kind of Brad machine according to claim 1, is characterized in that, described propulsion plant (3) comprises cylinder (31); Described first displacement bar (51) is connected with described piston rod (32) with described second displacement bar (52); Cylinder barrel (33) and described working face (1) geo-stationary of described cylinder (31) are arranged.
7. a kind of Brad machine according to claim 1, is characterized in that, described propulsion plant (3) comprises cylinder (31); The cylinder barrel (33) of described cylinder (31) is arranged at described triple motion bar (53) and described 5th displacement bar (55) is located alternately, goes out spike devices described in piston rod (32) connection of described cylinder (31); Described first displacement bar (51), described second displacement bar (52) are all arranged with described working face (1) geo-stationary.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520142821.9U CN204658606U (en) | 2015-03-12 | 2015-03-12 | A kind of Brad machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520142821.9U CN204658606U (en) | 2015-03-12 | 2015-03-12 | A kind of Brad machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204658606U true CN204658606U (en) | 2015-09-23 |
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ID=54129033
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520142821.9U Expired - Fee Related CN204658606U (en) | 2015-03-12 | 2015-03-12 | A kind of Brad machine |
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| Country | Link |
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| CN (1) | CN204658606U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107972138A (en) * | 2018-01-17 | 2018-05-01 | 南通嘉奇钣金科技有限公司 | A kind of Brad machine |
| CN110434958A (en) * | 2019-07-05 | 2019-11-12 | 李启金 | A kind of portable dog-ear plate nailing machine |
-
2015
- 2015-03-12 CN CN201520142821.9U patent/CN204658606U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107972138A (en) * | 2018-01-17 | 2018-05-01 | 南通嘉奇钣金科技有限公司 | A kind of Brad machine |
| CN110434958A (en) * | 2019-07-05 | 2019-11-12 | 李启金 | A kind of portable dog-ear plate nailing machine |
| CN110434958B (en) * | 2019-07-05 | 2021-06-08 | 李启金 | Portable angle folding plate nailing machine |
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