CN2227127Y

CN2227127Y - Glass severing machine

Info

Publication number: CN2227127Y
Application number: CN 95231640
Authority: CN
Inventors: 孙万龙
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-07-06
Filing date: 1995-07-06
Publication date: 1996-05-15
Anticipated expiration: 2005-07-06

Abstract

The utility model discloses a glass cutting machine which is provided with a platen whose longitudinal both sides are provided with longitudinal slide ways, and cross beams are arranged on the longitudinal slide ways. A motor is also arranged on the platen, a belt connected with the motor is connected with the cross beams, a moveable trolley is arranged on the cross beam, a nut cover is fixedly connected to the trolley, and the outer end head of a screw mandrel matched with the nut cover is connected with the motor fixed on the trolley through a gearing. The inner end head of the screw mandrel is connected with a cutter bar whose bottom end head is sheathed with a cutter sleeve in the nut cover, a spring is arranged between the upper end of the cutter sleeve and the screw mandrel, the bottom end of the cutter sleeve is connected with a glass cutter tip, and slots are longitudinally arranged on the cutter sleeve. The nut cover is connected with top thread matched with the slots in a screwed connection mode. The motor is arranged on one end of the cross beam, and the belt connected with the motor is connected with the trolley.

Description

Glass severing machine

The utility model belongs to a kind of Glass severing machine.

Existing sanction glass process is to use the glass cutter of band handle and straight the grade to the greatest extent to cooperate glass-cutting, manual operations, have waste time and energy, shortcomings such as work efficiency is low, scale error is big, penetration of a cutting tool depth inequality, scrap rate height.

The purpose of this utility model provides the Glass severing machine that a kind of cutting speed in feet per minute is fast, size is accurate, yield rate is high.

Technical solution of the present utility model is: a kind of Glass severing machine, it is characterized in that: be provided with platen, vertical dual-side of platen is provided with vertical slide rail, vertically slide rail is provided with crossbeam, motor also is housed on the platen, the belt and the crossbeam that link with motor join, also be provided with movable trolleys on the crossbeam, be connected with nut sleeve on the dolly, the external end head of the screw mandrel that is complementary with nut sleeve links by transmission mechanism and the motor that is fixed on the dolly, the inner termination and the knife bar of screw mandrel join, broach shell socket in the bottom head of knife bar and the nut sleeve is equipped with spring between the upper end of broach shell and the screw mandrel, and broach shell bottom head is connected to the glass point of a knife, vertically offer groove on broach shell, jackscrew with groove coupling is threaded on the nut sleeve.One end of crossbeam is equipped with motor, and the belt and the dolly that link with motor join.

The bottom of described platen can be provided with support, also be provided with the equally distributed hole that is complementary with multi-directional ball on the platen, universal ball seat drops on the end of multi-directional ball support, it is affixed that multi-directional ball is propped up the other end and the pull bar that add, pull bar and handwheel thread connection, the handwheel clip is on the frame of platen, and the multi-directional ball rack shaft is hinged, and the frame of rotating shaft platen is affixed.

The utility model compared with prior art has advantages such as speed is fast, precision is high, time saving and energy saving, only needs one man operation during the cutting large glass, saves two people, therefore can raise labour productivity two times than existing cutting method.

Below in conjunction with the drawings and the specific embodiments the utility model is further described:

Fig. 1 is shown in Figure 2 along A-A line master sectional view;

Fig. 2 is a vertical view;

Fig. 3 shown in Figure 2 is rotated counterclockwise 90 ° of views after the B-B line is analysed and observe;

Fig. 4 is platen 30 and a lifting device structure synoptic diagram in the present embodiment;

Fig. 5 is that C shown in Figure 4 is to synoptic diagram;

Fig. 6 is that D shown in Figure 4 is to synoptic diagram;

Fig. 7 is that E shown in Figure 4 is to enlarged view;

Fig. 8 is the main sectional view of present embodiment intermediate slide car;

Fig. 9 is shown in Figure 8 along F-F line sectional view;

Figure 10 is the schematic top plan view of dolly;

Figure 11 is a G-G cross-sectional schematic shown in Figure 10.

As shown in Figure 1, 2, 3: 30 is platen, adopts the density board material, is covered with platform blanket 27 on it.Periphery studs with aluminum alloy frame 48, and the bottom is connected to aluminium alloy post 37.On the frame 48 of vertical two sides of platen 30, be connected to a hook-shaped to the inside slideway 34 (referring to Fig. 3).Aluminium alloy extrusions with the channel-section steel formula is made crossbeam 39, and the two ends of crossbeam 39 is connected to hanger bracket 32, and hanger bracket 32 screwings are connected with vertical pulley yoke 35, and vertically pulley 36 connects with vertical pulley yoke 35 bearings, and vertically pulley 36 is located on the rail 34.Vertical drive motor 45 is bolted to the below of platen 30, also can be fixed on the frame 48.The belt pulley of motor 45 links (referring to Figure 45,6) with the belt pulley 18 that is contained on the platen 30, and belt and crossbeam 39 are affixed.When motor 45 energisings are rotated, can drive crossbeam 39 by belt and on platen 30, vertically move along slideway 34, positive and negative two turning directions according to motor 45 reach crossbeam 39 reciprocating purposes.

Shown in Fig. 1,2,3,8,9: be provided with on crossbeam 39 along crossbeam 39 movable trolleys, the shell of dolly is by dolly support 2 and place the dolly loam cake 1 above the dolly support 2 to form (referring to Fig. 8).Four rolling 11 is equipped with in the bottom of dolly support 2, and roller 11 is ridden and dropped on the crossbeam 39.In dolly support 2, be connected with motor 5 and two nut sleeve 46, revolve about screw threads in the nut sleeve 46 are respectively each one, the external end head of the screw mandrel 47 that is complementary with nut sleeve 46 is equipped with gear 15 and be meshed with gear 13 on the motor 5 (referring to Fig. 9), the inner termination of screw mandrel 47 screw respectively is connected to

knife bar

3 and 4, broach shell 49 sockets (referring to Fig. 8) in

knife bar

3 and 4 bottom head and the nut sleeve 46, between broach shell 49 upper ends and the screw mandrel 47 spring 51 is housed, the crown, broach shell 49 bottom silk is fixed with cutter head 9.On broach shell 49, vertically offer groove, the jackscrew 50 that is threaded on the nut sleeve 46 and is complementary with groove.The direction of two cutter heads 9 is orthogonal, and the bottom head of

knife bar

3,4 also Bolt Connection has spacing cutter head wheel 10.

As shown in Figure 9: insulation is equipped with the dolly that joins with power supply and is rubbed electric 14 on crossbeam 39, slides on the electricity silk 14 that rubs the head that rubs is housed, and join by lead and motor 5.

Shown in Fig. 2,3: bolt is connected with motor 33 on hanger bracket 32, and motor pulley 31 links to each other with the dolly support by belt, and when motor 33 energisings, dolly can slide along crossbeam 39.

Shown in Figure 10,11: motor 5 is installed on the mobile pallet 44, when supporting plate 44 is shifted to left side position (position as shown in figure 10), and the toothing on gear 12 and the motor 5, when shifting to right position, the toothing on gear on the motor 5 and screw mandrel 47 external end heads.Bearing is connected and is connected with cross bar 43 between the axle of gear 12 and the dolly support 2, and sliding sleeve 42 is equipped with in the termination of cross bar 43, and jackscrew is connected with cutter head (referring to Figure 11) on the sliding sleeve 42.

As shown in figure 47: the bottom of described platen 39 is provided with support 37, also be provided with the equally distributed hole that is complementary with multi-directional ball 21 on the platen 30, multi-directional ball 21 is located on the end of multi-directional ball support 26, multi-directional ball props up that to add 26 the other end and pull bar 23 affixed, pull bar 23 and handwheel 22 thread connection, handwheel 22 clips are on the frame of platen 30, and multi-directional ball is propped up and added 26 hingedly with rotating shaft 24, and rotating shaft 24 is affixed with the frame of platen 30.

Its working process is: the sheet glass of desiring to cut is lain against on the platform blanket 27, vertical consistency as line of cut and platen 30, earlier supporting plate 44 is fixed in right position, gear 13 on the motor 5 is broken away from gear 12, be meshed with gear 15, since nut sleeve 46 internal threads revolve about being each one, as shown in Figure 8: the left side cutter head is driven by knife bar 4 and moves down, the right side cutter head is driven by knife bar 3 and moves upward, make left side cutter head and glass contact, connect motor 45 again, crossbeam 39 is vertically moved, get final product vertical glass-cutting, horizontal consistent as line of cut and platen 30, can make right side cutter head and glass contact by motor 5, the left side cutter head leaves glass, connects motor 33 again and makes dolly slide laterally to save along crossbeam to cut glass.If cyclotomy, supporting plate 44 can be shifted to position, a left side, make the gear 13 and gear 12 engagements of motor 5, draw the circle cutting by cross bar 43 and sliding sleeve 42 and cutter head thereof.During mobile sheet glass, rotatable handwheel 22 plays 21 of multi-directional ball by pull bar 23, rotating shaft 24, multi-directional ball support 26, and props up sheet glass by the hole on the platen 30, moves with convenient on the platform blanket.

Claims

1, a kind of Glass severing machine, it is characterized in that: be provided with platen [30], vertical dual-side of platen [30] is provided with vertical slide rail [34], vertically slide rail [34] is provided with crossbeam [39], motor [45] also is housed on the platen [30], the belt and the crossbeam [39] that link with motor [45] join, crossbeam also is provided with movable trolleys on [39], be connected with nut sleeve [46] on the dolly, the external end head of the screw mandrel [47] that is complementary with nut sleeve [46] links by transmission mechanism and the motor [5] that is fixed on the dolly, the inner termination of screw mandrel [47] and knife bar [4] join, broach shell [49] socket in the bottom head of knife bar [4] and the nut sleeve [46], between the upper end of broach shell [49] and the screw mandrel [47] spring [51] is housed, broach shell [49] bottom head is connected to glass point of a knife [9], vertically offers groove on broach shell [49], the jackscrew 50 that is threaded on the nut sleeve [46] and is complementary with groove, one end of crossbeam [39] is equipped with motor [33], and the belt and the dolly that link with motor [33] join.

2, Glass severing machine according to claim 1, it is characterized in that: the bottom of described platen [30] is provided with support [37], also be provided with the equally distributed hole that is complementary with multi-directional ball [21] on the platen [30], multi-directional ball [21] is located on the end of multi-directional ball support [26], it is affixed that multi-directional ball is propped up the other end and the pull bar [23] that add [26], pull bar [23] and handwheel [22] thread connection, handwheel [22] clip is on the frame of platen [30], multi-directional ball support [26] is hinged with rotating shaft [24], and rotating shaft [24] is affixed with the frame of platen [30].