CN205438771U - Acoustical material cutting device - Google Patents
Acoustical material cutting device Download PDFInfo
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- CN205438771U CN205438771U CN201521080690.2U CN201521080690U CN205438771U CN 205438771 U CN205438771 U CN 205438771U CN 201521080690 U CN201521080690 U CN 201521080690U CN 205438771 U CN205438771 U CN 205438771U
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Abstract
The utility model relates to a material cutting device, specifically speaking are acoustical material cutting device. The device includes manually rotate the device, cutting device part, material clamping device, strutting arrangement and two hydraulic jack devices, the manually rotate the device fix in cutting device part, material clamping device fix the intermediate position at strutting arrangement, the setting of hydraulic jack device at material clamping device both ends and fix on strutting arrangement, cutting device part set up in manually rotate the device lower extreme department, the cutting head in the cutting device part presss from both sides tight acoustical material upper surface with material clamping device and contacts to can reciprocate along with the motion of hydraulic jack device. The utility model relates to an adopt electrothermal way cut material, cut material is efficient, can control cutting head height and cutting speed artificially, guarantees the flexibility of cutting, and the material acoustical material cutting device of clipping time can significantly reduce.
Description
Technical field
This utility model relates to a kind of material cutter sweep, specifically a kind of acoustical material cutter sweep.
Background technology
In acoustics package design and the field of noise control of automobile vibration noise, it is to be appreciated that the acoustical behavior of various material, to choose car acpistocs package design and noise control required acoustical material targetedly, effectively control automobile noise.This performance being accomplished by measuring various acoustical materials with standing-wave-tube method, when carrying out performance of accoustic material test with standing-wave-tube method, standing wave tube has strict form and dimensional precision requirement to tested sample.But different standing wave tube test systems has different requirements to specimen finish size, traditional tests required standard specimen for obtaining, needs a kind of cutting equipment that can change cutting tool size；Use cutter cuts, the efficiency of cutting sample is the lowest, edge also pole out-of-flatness, sample material has gap with tube wall, causes leakage sound when putting into standing wave tube test, accurate Material acoustic performance can not be recorded, greatly have impact on the accuracy of performance of accoustic material test data, and when cutting it is generally required to pin with hands and need cutting material, so the biggest danger can be brought to experimenter.
In terms of acoustical material cutting, a lot of people are studied at present, and patent in this regard is not a lot.Patent the most in this respect has Chinese patent notification number to be CN103389223A, and the day for announcing is on May 27th, 2015, invention entitled " car acpistocs material sampling cutter " (patent No. 201310305386, authorize).Device described in this patent can cut out the acoustical material sample of predetermined dimension accurately and easily, but this device exists the shortcoming that cutting efficiency is low；Chinese patent publication No. is CN104786256A, and the day for announcing is on July 22nd, 2015, invention entitled " a kind of acoustical material test specimen cutting press " (patent No. 201510232747.4).Device described in this patent uses driven by motor and two kinds of distinct methods of manual rotation to carry out material cutting, and cutting efficiency is improved, and has cutting out-of-flatness at that time and cuts the shortcoming that security performance is low；Chinese patent publication No. is CN203672650U, and date of publication is on June 25th, 2014, invention entitled " acoustical material electronic sampling cutter " (patent No. 201420021813.4).Cutter sweep described in this patent uses driven by motor, and the blade-cutting device that crossbeam hangs two kinds of different models can cut out various sizes of material simultaneously, and cutting efficiency improves, but this apparatus structure is complicated, relatively costly.
Summary of the invention
This utility model provides a kind of electrothermal way cutting material that uses, and the acoustical material cutter sweep that cutting efficiency is high, overcomes the above-mentioned deficiency of existing acoustical material cutter sweep.
Technical solutions of the utility model accompanying drawings is as follows:
A kind of acoustical material cutter sweep, this device includes manual rotary devices, cutter sweep part, material clamping device 20, support means and two hydraulic jack devices 12；Wherein said manual rotary devices is fixed in cutter sweep part；Described material clamping device 20 is fixed on the centre position of support means；Described hydraulic jack device 12 is arranged on material clamping device 20 two ends and is fixed in support means；Described cutter sweep part is arranged on manual rotary devices lower end, and acoustical material 19 upper surface that the cutting head 21 in cutter sweep part clamps with material clamping device 20 contacts, and can move up and down along with the motion of hydraulic jack device 12.
Described manual rotary devices includes crank 3, drilling rod 5, bearing 6, drilling pipe 7 and laser lamp 18；The described bar that drilling rod 5 is a bending, cross section is circular, and lower end has No. four screws 35；Described laser lamp 18 upper end is cylindric；Described crank 3 is connected with the threaded one end of drilling rod 5；The other end of described drilling rod 5 is connected by bearing 6 with drilling pipe 7；Described laser lamp 18 is fixed on the bottom of drilling rod 5.
Described cutter sweep part also includes 25, two power supplys 13 of gripper shoe, switch 14, two calandrias 23 of 15, two connectors and two cutting bodies 22；Described gripper shoe 25 is rectangular shape, there is an axis hole 27 at center, the both sides of axis hole 27 are provided with the first groove 26 hollowed out with connector 14 equal diameters, the front-end and back-end centre of gripper shoe 25 has the second positioning screw hole 36, the two ends, left and right of the second positioning screw hole 36 have the second groove 28, and the second groove 28 has two screws 31；Described connector 14 is cylindrical shape, and it has diameter and equal No. two screws 32 of the second groove 28 width；Described calandria 23 cross section is annulus；Described cutting body 22 is round table-like；Described cutting head 21 upper end is cylindric, and lower end is triangular prism；The upper end of described connector 14 is fixed with calandria 23, and lower end is fixed with cutting body 22；No. three screws 33 are had at the lower port of described cutting body 22；Described cutting body 22 is connected with the threaded upper ends of cutting head 21；Two described connectors 14 are each passed through that two the first grooves 26 and gripper shoe 25 is fixing to be connected；Described gripper shoe 25 upper surface is fixed with the power supply 13 and switch 15 being connected by wire 24.
The described cutting head screw rod 21-1 that cutting head 21 upper end is diameter and No. three screw 33 equal diameters, lower end be cross section be the cutting head cutter head 21-2 of triangle.
Described material clamping device 20 includes the second support baseboard 20-4, cover plate 20-1, two triangular guide rail 20-7, two slide plate 20-2, two location-plate 20-5, locating pin 20-3 and locating pin fixing device 20-6；The second described support baseboard 20-4 is rectangular shape, and rear and front end is provided with the triangular guide rail 20-7 that two cross sections are triangle, and two triangular guide rail 20-7 are symmetrical about the second support baseboard 20-4 cross central line；Described cover plate 20-1 cross section is right-angled trapezium, and this right-angled trapezium length is equal with the second gripper shoe 20-4 length；Described slide plate 20-2 top is divided into rectangle, bottom to be divided into two trianglees, and triangle size is equal with triangular guide rail 20-7 cross-sectional sizes；Described location-plate 20-5 is rectangular shape；Described locating pin 20-3 one end is screw-like, and the other end is spike shape；Described locating pin fixing device 20-6 is cylindric；Described cover plate 20-1 is arranged on the top at the second support baseboard 20-4 two ends；Described locating pin fixing device 20-6 is fixed on two slide plate 20-2；Described locating pin 20-3 is threadeded with locating pin fixing device 20-6；Described location-plate 20-5 fixes through locating pin 20-3 with locating pin fixing device 20-6.
Described support means includes that two bracing frames 1, transverse slat the 2, first support baseboard 11 and four support base 10；Described bracing frame 1 is spill；Described transverse slat 2 is rectangle；The first described support baseboard 11 is rectangle；Described support base 10 is cylindrical；Four described support bases 10 are fixed on the first angle, four, support baseboard 11 lower surface；Described bracing frame 1 is fixed on the two ends, left and right of the first support baseboard 11, and it has rectangular guide rail, and guide rail has lockable mechanism and rule；Described transverse slat 2 width is equal with guide rail width, and about laser lamp 18 centrage place axisymmetrical；Described transverse slat 2 is fixing with drilling pipe 7 to be connected, and transverse slat 2 is provided with level indicator 9；Described the first support baseboard (11) is fixing with the second support baseboard 20-4 to be connected.
Described hydraulic jack device 12 is about laser lamp 18 centrage place axisymmetrical, a rectangular base it is fixed with bottom hydraulic jack device 12, rectangular base two ends are respectively arranged with two bolts hole, four bolts hole are about the distribution in a center of symmetry of rectangular base center, and rectangular base is fixing with the first support baseboard 11 to be connected；The upper end of described hydraulic jack device 12 supports transverse slat 2.
The beneficial effects of the utility model are:
1, this utility model uses electrothermal way cutting material, and cutting material efficiency is high, flush edge.
2, this utility model uses manual rotary devices, it is possible to control cutting speed artificially, it is ensured that the motility of cutting.
3, this utility model uses novel material clamping device, it is possible to ensure that material clamping when cutting is stable, it is to avoid traditional cutting needs staff with the stable dangerous situation of hands.
4, this utility model has the guide rail that can move up and down, and can change manual rotary devices height, thus change cutting head height according to the thickness of material, enable cutting head that material is carried out complete cutting.
5, this utility model cutting head uses triangular prism shape, and three ribs are the sharpest, it is possible to realize while thermal cutting, utilizes blade cutting to assist, greatly reduces material clipping time.
Accompanying drawing explanation
Fig. 1 is this utility model overall structure front view；
Fig. 2 is this utility model overall structure top view；
Fig. 3-1 is the axonometric drawing after gripper shoe and cutter sweep assemble in this utility model；
Fig. 3-2 is the axonometric drawing before gripper shoe and cutter sweep assemble in this utility model；
Fig. 4 is the front view of material clamping device in this utility model；
Fig. 5 is the axonometric drawing of material clamping device in this utility model；
Fig. 6-1 is cutter sweep part and the connected mode schematic diagram of bolt in this utility model；
Fig. 6-2 is cutter sweep part and the first bolt decomposing schematic representation in this utility model；
Fig. 7 is the second bolt and manual rotation decomposed schematic diagram in this utility model；
Fig. 8 is cutting head structural representation in this utility model.
nullIn figure: 1、Bracing frame，2、Transverse slat，3、Crank，4、Sleeve，5、Drilling rod，6、Bearing，7、Drilling pipe，8、First bolt，9、Level indicator，10、Support base，11、First support baseboard，12、Hydraulic jack，13、Power supply，14、Connector，15、Switch，16、First bolt screw，17、Second bolt，18、Laser lamp，19、Acoustical material，20、Material clamping device，20-1、Cover plate，20-2、Slide plate，20-3、Locating pin，20-4、Second support baseboard，20-5、Location-plate，20-6、Locating pin fixing device，20-7 guide rail，21、Cutting head，21-1、Cutting head screw rod，21-2、Cutting head cutter head，22、Cutting body，23 calandrias，24、Wire，25、Gripper shoe，26、First groove，27、Axis hole，28、Second groove，29、Screw rod，30、First bolt and nut，31、A number screw，32、No. two screws，33、No. three screws，34、Second bolt and nut，35、No. four screws，36、Second positioning screw hole.
Detailed description of the invention
Refering to Fig. 1, Fig. 2, a kind of acoustical material cutter sweep, this device includes manual rotary devices, cutter sweep part, material clamping device 20, support means and hydraulic jack device 12；Wherein said manual rotary devices is fixed in cutter sweep part；Described material clamping device 20 is fixed on the centre position of support means；Described hydraulic jack device 12 is arranged on material clamping device 20 two ends and is fixed in support means；Described cutter sweep part is arranged on manual rotary devices lower end, and the cutting head tested in front cutter sweep part contacts with the acoustical material upper surface of material gripping means grips, can move up and down along with hydraulic jack during test.
Refering to Fig. 1, Fig. 2, described manual rotary devices includes crank 3, drilling rod 5, bearing 6, drilling pipe 7 and laser lamp 18；Wherein said bearing 6 is standard component, and crank 3, drilling rod 5, bearing 6, drilling pipe 7 and laser lamp 18 are non-standard component；A threaded rod is had at described crank 3 end；The described bar that drilling rod 5 is a bending, cross section is circular, and lower end has the threaded rod equal diameters at No. four screws 35, the screwhole diameter of No. four screws 35 and crank 3 end；Described laser lamp 18 upper end is cylindric；
Described crank 3 is connected with the threaded one end of drilling rod 5；The other end of described drilling rod 5 is connected by bearing 6 with drilling pipe 7；Described laser lamp 18 is fixed on the bottom of drilling rod 5.
When installing crank 3, only need to threaded rod and No. four screws 35 be directed at, rotation crank 3, until tightening, can complete the installation of crank 3.Drilling rod 5 is connected by bearing 6 with drilling pipe 7, and bearing selects cylinder roller bearing, drilling rod 5 and bearing 6 to take interference fit, such drilling rod 5 drilling pipe 7 to complete assembling.Laser lamp 18 line is coaxial with drilling rod 5 heart line.Laser lamp 18 is fixed with drilling rod 5 by the way of welding.
Refering to Fig. 31, Fig. 32, Fig. 61, Fig. 62 and Fig. 7, described cutter sweep part includes 25, two power supplys 13 of gripper shoe, switch 14, two cutting bodies 23 of 15, two connectors and two cutting bodies 22；Wherein said gripper shoe 25, connector 14, calandria 23, cutting body 22, cutting head 21 is non-standard component.
Described gripper shoe 25 is rectangular shape, and there is an axis hole 27 at center, and axis hole 27 diameter is equal with sleeve 4 external diameter, sleeve 4 internal diameter and drilling rod 5 diameter compatible；The both sides of axis hole 27 are provided with the first groove 26 with connector 14 equal diameters, and the first groove 26 is for hollowing out groove, and connector 14 can move left and right in rectangular recess 26.
The front-end and back-end centre of gripper shoe 25 has the second positioning screw hole 36, the two ends, left and right of the second positioning screw hole 36 have the second groove 28, second groove 28 has two screws 31, and in same groove, two screws of left and right end face are equal in magnitude, and center line of bolt hole is on the same line；
Described connector 14 is cylindrical shape, diameter and equal No. two screws 32 of the second groove 28 width are had on it, No. two screw 32 internal diameters and the first bolt 8 equal diameters, the first bolt 8 is threaded connection mode completes assembling through the first bolt screw 16 and No. two screws 32；First bolt 8 diameter dimension and the second groove 28 width are equal, and when such connector 14 moves, the first bolt 8 can also follow connector 14 to move together.
Described calandria 23 cross section is annulus；Described cutting body 22 is round table-like；Described cutting head 21 upper end is cylindric, and lower end is triangular prism；
The upper end of described connector 14 is fixed with calandria 23, and connector 14 directly contacts with calandria 23, and lower end is fixed with cutting body 22；No. three screws 33, No. three screw 33 diameters and cutting head screw rod 21-1 equal diameters, it is simple to complete the handling of cutting head 21 is had at the lower port of described cutting body 22；
Described cutting body 22 is connected with the threaded upper ends of cutting head 21；Two described connectors 14 are each passed through that two the first grooves 26 and gripper shoe 25 is fixing to be connected；Described gripper shoe 25 upper surface is fixed with the power supply 13 and switch 15 being connected by wire 24.
When changing connector 14 position, when mobile link body 14 arrives the position needed, (this utility model gripper shoe front/rear end has a screw at distance gripper shoe 25 center 15mm and 50mm respectively, the material diameter that this device cuts out is 30mm and 100mm two kinds), on first bolt 8, screw rod 29 and the second groove 28 surface one screw 31 complete assembling, tighten the first bolt and nut 30, the fixing of connector 14 can be completed.
Second bolt 17 makes sleeve 4 be connected with drilling rod 5 through the second positioning screw hole 36, and screw thread and No. four screw 35 screw threads of the second bolt 17 end match.When fixed support plate 25 and manual rotary devices, the second bolt 17 is carried out threaded through the second positioning screw hole 36, tighten the second bolt and nut 34 and can complete the fixing of gripper shoe 25 and manual rotary devices.So, manual rotary devices rotates and drives gripper shoe 25 to rotate, and gripper shoe 25 and drilling rod 5 geo-stationary.
Connector 14, calandria 23, cutting body 22 is the material of good heat conductivity, and cutting head 21 uses nickel chromium triangle electrothermal alloy (rigidity is big, good heat conductivity).It is respectively mounted at two ends, gripper shoe 25 upper surface left and right: power supply 13, wire 24, switchs 15.All there is Magnet bottom power supply 13 and switch 15, by the sucking action of Magnet, power supply 13 is fixed in gripper shoe 25 with switch 15.Power supply 13 uses 36v voltage, switch 15 employing push switch.Power supply 13 is connected with switch 15 by wire 24, and switch 15 is connected with calandria 23 by wire 24.When connector 14 position is changed, can freely determine power supply 13 and switch 15 positions in gripper shoe 25 according to wire 24 length.During experiment, opening switch 15, can complete the heating of calandria 23, heat is transferred to cutting head 21, and the maximum temperature that cutting head 21 can reach is 500 degrees Celsius meets the cutting temperature condition of acoustical material, and rotary manual rotary apparatus just can complete material cutting.
Refering to Fig. 8, the described cutting head screw rod 21-1 that cutting head 21 upper end is diameter and No. three screw 33 equal diameters, lower end be cross section be the cutting head cutter head 21-2 of triangle.
Refering to Fig. 4, Fig. 5, described material clamping device 20 includes the second support baseboard 20-4, cover plate 20-1, two triangular guide rail 20-7, two slide plate 20-2, location-plate 20-5, locating pin 20-3 and locating pin fixing device 20-6；
Wherein said the second support baseboard 20-4, cover plate 20-1, triangular guide rail 20-7, slide plate 20-2, location-plate 20-5, locating pin 20-3 and locating pin fixing device 20-6 are non-standard component；
The second described support baseboard 20-4 is rectangular shape, and rear and front end is provided with the triangular guide rail 20-7 that two cross sections are triangle, and two triangular guide rail 20-7 are symmetrical about the second support baseboard 20-4 cross central line, and triangular guide rail 20-7 has locking system；Described cover plate 20-1 cross section is right-angled trapezium, and this right-angled trapezium length is equal with the second gripper shoe 20-4 width；Described slide plate 20-2 top is divided into rectangle, bottom to be divided into two trianglees, and triangle size is equal with triangular guide rail 20-7 cross-sectional sizes；Described location-plate 20-5 is rectangular shape, and the thinnest and smooth surface, location-plate 20-5 is uniform-distribution with nail, nail diameter and locating pin 20-5 equal diameters；Described locating pin 20-3 and locating pin fixing device 20-6 are a row, and row's number is 8, is evenly distributed；Described locating pin 20-3 one end is screw-like, and the other end is spike shape；Described locating pin fixing device 20-6 is cylindric, and end face is smooth, and there is the screw that diameter is identical with the diameter of thread of locating pin 20-3 one end port.
Described triangular guide rail about 20-7 two ends are respectively arranged with a slide plate 20-2, described cover plate 20-1 is arranged on the top at the second support baseboard 20-4 two ends, cover plate 20-1 combines with slide plate 20-2 gable just, the degree of freedom of slide plate 20-2 above-below direction can be limited, thus ensure the stability of slide plate 20-2 above-below direction.
Described locating pin fixing device 20-6 is fixed on two slide plate 20-2 by the way of welding, and is uniformly distributed on two slide plate 20-2；
Described locating pin 20-3 is threadeded with locating pin fixing device 20-6；Described location-plate 20-5 is welded and fixed through locating pin 20-3 with locating pin fixing device 20-6.The second described support baseboard 20-4 is welded on the first support baseboard 11 by welding manner.Owing to needing the material of cutting to be rectangle, therefore can be according to the size of cutting material, two slide plate 20-2 about movement simultaneously, slide plate 20-2 moves on triangular guide rail 20-7, owing to guide rail 20-7 has locking system, thus ensure the stability of slide plate when material cuts.
Refering to Fig. 1, Fig. 2, described support means includes that two bracing frames 1, transverse slat the 2, first support baseboard 11 and four support base 10；
Wherein said bracing frame 1, transverse slat the 2, first support baseboard 11 and support base 10 are non-standard component；Described bracing frame 1 is spill；Described transverse slat 2 is rectangle；The first described support baseboard 11 is rectangle；Described support base 10 is cylindrical；
Four described support bases 10 are weldingly fixed on the first angle, four, support baseboard 11 lower surface；Described bracing frame 1 is fixed on the two ends, left and right of the first support baseboard 11, and about laser lamp 18 centrage place axisymmetrical；There is rectangular guide rail on bracing frame 1, guide rail has lockable mechanism and rule；Described transverse slat 2 width is equal with guide rail width, and about laser lamp 18 centrage place axisymmetrical；Described transverse slat 2 is fixing with drilling pipe 7 by the way of welding to be connected, and under the impulse of guide rail, transverse slat 2 can move along a straight line up and down.Level indicator 9 is installed on transverse slat 2；The first described support baseboard 11 is fixing with the second support baseboard 20-4 to be connected.
Refering to Fig. 1, described hydraulic jack device 12 is about laser lamp 18 centrage place axisymmetrical, a rectangular base it is fixed with bottom hydraulic jack device 12, rectangular base two ends are respectively arranged with two bolts hole, four bolts hole are about the distribution in a center of symmetry of rectangular base center, and rectangular base is by bolt and the first fixing connection of support baseboard 11；The upper end of described hydraulic jack device 12 supports transverse slat 2, and the height simultaneously adjusting two hydraulic jack devices 12 can complete moving up and down of transverse slat 2.
Operation principle of the present utility model is as follows: have to carry out the preparation of cutting material before staff's cutting material, and staff needs cutting material center to do a round dot labelling each, as the center of circle of material cutting.It is placed on smooth for material after labelling in the second gripper shoe 20 4, opens laser lamp 18, movement indicia material, make the material marking center of circle be directed at laser lamp 18 light, the most tentatively complete the placement of material.Staff moves the slide plate 20-2 of material clamping device 20, until location-plate 20-5 and material, slide plate 20-2 can be fixed by triangular guide rail 20-7 automatic locking device, and the clamping that this completes material is fixed.Now staff can carry out the assembling of cutting head 21, according to the thickness of material, selects the cutting head 21 being suitable for, is arranged on cutting body 22 by cutting head 21.Now regulation hydraulic jack 12 makes cutting head 21 end just contact acoustical material 19 upper surface that need to cut, open switch 15, calandria 23 begins to warm up, the heat of calandria 23 passes through connector, and cutting body 22 reaches cutting head 21, now, according to material thickness regulation hydraulic jack 12 (bracing frame 1 has rule), viewing level indicator 9 reading, it is ensured that transverse slat 2 is horizontal, and such two cutting head 21 ends are also at identical height.At this moment staff carrys out rotary manual rotary apparatus (limit rotates, limit viewing laser lamp 18 whether the alignment mark center of circle) according to the practical situation of cutting.Completing closing switch after the cutting of material, regulation hydraulic jack 12 makes cutting head 21 and material distance be maintained at more than 100mm, takes out material, complete the cutting of material.If staff needs to cut out the material of other size, the replacing of cutter sweep position has been needed in the preparatory stage, first the nut of the first bolt 8 is unclamped, mobile link body 14, cutter sweep moves under the guiding of the first groove 26, first bolt 8 can also follow cutter sweep to move together, when cutter sweep arrives the position needed, (this utility model gripper shoe front/rear end has a screw at distance gripper shoe 25 center 15mm and 50mm respectively, the material diameter that this device cuts out is 30mm and 100mm two kinds), fastening nut, the replacing of cutter sweep position can be completed and fix.
Claims (7)
1. an acoustical material cutter sweep, it is characterised in that this device includes manual rotary devices, cutter sweep part, material clamping device (20), support means and hydraulic jack device (12)；Wherein said manual rotary devices is fixed in cutter sweep part；Described material clamping device (20) is fixed on the centre position of support means；Described hydraulic jack device (12) is arranged on material clamping device (20) two ends and is fixed in support means；Described cutter sweep part is arranged on manual rotary devices lower end, acoustical material (19) upper surface that cutting head (21) in cutter sweep part clamps with material clamping device (20) contacts, and can move up and down along with the motion of hydraulic jack device (12).
A kind of acoustical material cutter sweep the most according to claim 1, it is characterized in that, described manual rotary devices includes crank (3), drilling rod (5), bearing (6), drilling pipe (7) and laser lamp (18)；The described bar that drilling rod (5) is a bending, cross section is circular, and lower end has No. four screws (35)；Described laser lamp (18) upper end is cylindric；Described crank (3) is connected with the threaded one end of drilling rod (5)；The other end of described drilling rod (5) is connected by bearing (6) with drilling pipe (7)；Described laser lamp (18) is fixed on the bottom of drilling rod (5).
A kind of acoustical material cutter sweep the most according to claim 1, it is characterized in that, described cutter sweep part also includes gripper shoe (25), two power supplys (13), switch (15), two connectors (14), two calandrias (23) and two cutting bodies (22)；Described gripper shoe (25) is rectangular shape, there is an axis hole (27) at center, the both sides of axis hole (27) are provided with the first groove (26) hollowed out with connector (14) equal diameters, the front-end and back-end centre of gripper shoe (25) has the second positioning screw hole (36), the two ends, left and right of the second positioning screw hole 36 have the second groove (28), and the second groove (28) has two No. one screw (31)；Described connector (14) is cylindrical shape, and it has diameter and equal No. two screws (32) of the second groove (28) width；Described calandria (23) cross section is annulus；Described cutting body (22) is round table-like；Described cutting head (21) upper end is cylindric, and lower end is triangular prism；The upper end of described connector (14) is fixed with calandria (23), and lower end is fixed with cutting body (22)；No. three screws (33) are had at the lower port of described cutting body (22)；Described cutting body (22) is connected with the threaded upper ends of cutting head (21)；Two described connectors (14) are each passed through that two the first grooves (26) and gripper shoe (25) are fixing to be connected；Described gripper shoe (25) upper surface is fixed with the power supply (13) being connected by wire (24) and switch (15) by Magnet.
A kind of acoustical material cutter sweep the most according to claim 3, it is characterized in that, described cutting head (21) upper end is diameter and the cutting head screw rod (21-1) of No. three screw (33) equal diameters, lower end be cross section be the cutting head cutter head (21-2) of triangle.
A kind of acoustical material cutter sweep the most according to claim 2, it is characterized in that, described material clamping device (20) includes the second support baseboard (20-4), cover plate (20-1), two triangular guide rails (20-7), two slide plates (20-2), location-plate (20-5), locating pin (20-3) and locating pin fixing device (20-6)；Described the second support baseboard (20-4) is rectangular shape, rear and front end is provided with the triangular guide rail (20-7) that two cross sections are triangle, and two triangular guide rails (20-7) are symmetrical about the second support baseboard (20-4) cross central line；Described cover plate (20-1) cross section is right-angled trapezium, and this right-angled trapezium length is equal with the second gripper shoe (20-4) length；Described slide plate (20-2) top is divided into rectangle, bottom to be divided into two trianglees, and triangle size is equal with triangular guide rail (20-7) cross-sectional sizes；Described location-plate (20-5) is rectangular shape；Described locating pin (20-3) one end is screw-like, and the other end is spike shape；Described locating pin fixing device (20-6) is cylindric；Described cover plate (20-1) is arranged on the top at the second support baseboard (20-4) two ends；Described locating pin fixing device (20-6) is fixed on two slide plates (20-2)；Described locating pin (20-3) is threadeded with locating pin fixing device (20-6)；Described location-plate (20-5) is fixed through locating pin (20-3) with locating pin fixing device (20-6).
A kind of acoustical material cutter sweep the most according to claim 5, it is characterized in that, described support means includes that two bracing frames (1), transverse slat (2), the first support baseboard (11) and four support base (10)；Described bracing frame (1) is spill；Described transverse slat (2) is rectangle；Described the first support baseboard (11) is rectangle；Described support base (10) is cylindrical；Four described supports base (10) are fixed on angle, four, the first support baseboard (11) lower surface；Described bracing frame (1) is fixed on the two ends, left and right of the first support baseboard (11), it has rectangular guide rail, guide rail has lockable mechanism and rule；Described transverse slat (2) width is equal with guide rail width, and about laser lamp (18) centrage place axisymmetrical；Described transverse slat (2) is fixing with drilling pipe (7) to be connected, and transverse slat (2) is provided with level indicator (9)；Described the first support baseboard (11) is fixing with the second support baseboard (20-4) to be connected.
A kind of acoustical material cutter sweep the most according to claim 6, it is characterized in that, described hydraulic jack device (12) is about laser lamp (18) centrage place axisymmetrical, hydraulic jack device (12) bottom is fixed with a rectangular base, rectangular base two ends are respectively arranged with two bolts hole, four bolts hole are about the distribution in a center of symmetry of rectangular base center, and rectangular base is fixing with the first support baseboard (11) to be connected；The upper end of described hydraulic jack device (12) supports transverse slat (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521080690.2U CN205438771U (en) | 2015-12-23 | 2015-12-23 | Acoustical material cutting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521080690.2U CN205438771U (en) | 2015-12-23 | 2015-12-23 | Acoustical material cutting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205438771U true CN205438771U (en) | 2016-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521080690.2U Withdrawn - After Issue CN205438771U (en) | 2015-12-23 | 2015-12-23 | Acoustical material cutting device |
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| Country | Link |
|---|---|
| CN (1) | CN205438771U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105415445A (en) * | 2015-12-23 | 2016-03-23 | 吉林大学 | Acoustic material cutting device |
-
2015
- 2015-12-23 CN CN201521080690.2U patent/CN205438771U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105415445A (en) * | 2015-12-23 | 2016-03-23 | 吉林大学 | Acoustic material cutting device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160810 Effective date of abandoning: 20170616 |