DEVICE TO AUTOMATICALLY CONTROL STROKE DISTANCE OF RAM OF SLOTTING MACHINE
The present invention refers to slotted machine automatically adjusting device relates to ram stroke, cutting tool is provided with ram stroke (stroke) and sets distances adjusting device performing an electric clutch to added to ram stroke setting is easier to accurately ram stroke distance to establish a slotted machine ram stroke to automatically adjusting device are disclosed. Generally shaft, gear, pulley such as machine components to a rotatable table horizontally in relation to the slotted machine is waterproofed and ram (ram) stores by fixing moved workpiece while avoiding cutting vertical surface is responsive to, said ram by which to adjust the direction of the width ram stroke distance of device, for adjusting stroke of ram 11 also includes a conventional device as shown in, frame (1) on the side of the stroke distance of device housing (2) which are provided with, housing (2) inside the hollow shaft (3) rotatably device hollow shaft (3) end number 2 helical gear (4) is rotated integrally is responsive to, the hollow shaft (3) and helical to number 2 (4) of concentric center through-holes are formed rotational axis (5) and perforated to device, axis of rotation (5) end number 3 bevel gear (6) is coupled to rotate with the, number 2 helical gear (4) on the threaded shaft (7) rotatably with a, threaded shaft (7) number 3 upper end of the bevel gear (6) and adapted number 4 engages a driven bevel gear (8) is equipped to rotate integrally, connecting rod (9) of sliding groove (a) movable along a mobile has a two-roller (10) is threaded shaft (7) and be moved up or down along the spiral of being connectible, number 2 helical gear (4) and the outer circumferential surface number 1 helical gear (12) rotation engaged to in the nanometer range. These conventional ram stroke adjusting device includes a housing (2) cover (11) at the projecting from the shaft (5) to the end of the nut (13) after number 1 join by coupling a helical gear (12) is formed at a, number 1 helical gear (12) and rotated to engage the number 2 helical gear (4) on the hollow shaft (3) axis (5) and thereby rotated with the ram force to the workpiece while avoiding cutting are in turn are disclosed. In addition ram stroke distance is adjusting the first ram (60) after the effect that the direction of the axis of rotation (5) end coupled to the nut (13) to relax the number 2 helical gear (4) on the hollow shaft (3) axis (5) not being available for rotation therewith and, the axis of rotation (5) a handle coupled to the end of the (14) connects the rotating (5) combined at one end number 3 is rotated while bevel gear (6) number 4 on bevel gear (8) by threaded shaft (7) is rotated ram stroke adjuster adjusts the with each other. These conventional ram stroke length adjusting device is adapted to be manually selects for adjusting stroke of jigs not been precisely number point at the width of the doors. The purpose of the invention is to solve said door number point is provided, the rotation shaft and a hollow shaft for electronically operated by ram stroke distance and number automatically adjusts, stroke to stroke display device added to the numerical value to be driven, stroke length adjustment device for automatically adjusting a simple rotary ram stroke number [...] to slotted machine can be recycled. The present invention refers to to achieve said purposes, stroke length adjusting device which are provided with side frame housing, a hollow housing internal gear combining device is responsive to one end number 2 hollow shaft helical gear is rotated integrally, hollow shaft through rotation device number 2 polishing of helical gear end and a rotating shaft coupled to rotate with the bevel gear is number 3, number 2 on the screw shaft with a helical internal gears rotatably, the top end of the screw shaft in engagement with the driving bevel gear number 3 and adapted so as to allow the one body is equipped bevel number 4, connecting rod movable along a sliding groove than the screw shaft movably protrudes from mobile roller with a spiral, helical gear rotation number 1 number 2 helical gear engaged to the outer peripheral surface in, stroke length adjusting device connected to the top part of the housing of the device to outside, is mounted in a lower end of the housing so as to allow a motor bevel the one body with the connection number 1 connected servomotor and; the rear part of the outer peripheral surface in engagement with the bevel gear shaft and adapted to drive the number 1 number 2 bevel gears and number 1 number 2 bevel gears and shaft with circular the one body so as to allow the clutch device so as to block a number 1 deliver or power between electronic; the rear part of the hollow shaft with the axis of rotation so as to block the number 2 deliver or power between device and electronic clutch; circular gear number 1 number 2 gear unit enables a circular gear fixed hub rotatably supported number 2 driven by circular gear to and from the ram stroke distance of a display device indicating a change stroke characterized. The present invention refers to servomotor and number 1, number 2 of the clutch shaft and a hollow shaft rotation number by the ram and to adjust the stroke length, stroke by stroke change is displayed accessories to the display device, the rotary pin is simply is not kept regular stroke length adjustment. Figure 1 shows a device for automatically adjusting ram stroke representing also the present invention slotted machine sensors mounted thereon, Figure 2 shows a device for automatically adjusting the present invention slotted machine ram stroke also representing a decomposition sensors mounted thereon, Figure 3 shows a device for automatically adjusting the present invention slotted machine ram stroke also magnify the degradation sensors mounted thereon, Figure 4 shows a roller of the present invention also moving in a state so that the ram stroke is lengthened state cross-section, Figure 5 shows a roller is lowered ram stroke distance from an object of the present invention also moving in a state indicative of the state of a cross-section, Figure 6 shows a part of Figure 4 A of electronic clutch also indicate the operational status of the present invention enlarged, Figure 7 shows a cross-section part of the enlargement also also 4, Also the present invention number 2 Figure 8 shows a partial enlarged cross-section representing a gear of electronic clutch engagement, Figure 9 shows a device for automatically adjusting the present invention slotted machine ram stroke also representing criticism section, Figure 10 shows a to determine the electronic clutch of the present invention also represented by the sensors mounted thereon, Figure 11 shows a cross-section representing the conventional slotted machine ram stroke length adjusting device. Automatically adjusting device 1 to 9 of the present invention slotted machine ram stroke also is also as shown, frame (1) on the side of the stroke distance of device housing (2) which are provided with, housing (2) inside the hollow shaft (3) rotatably device hollow shaft (3) end number 2 helical gear (4) is rotated integrally is responsive to, the hollow shaft (3) and number 2 helical gear (4) through polishing of rotation (5) device is a rotating shaft (5) end number 3 bevel gear (6) coupled to rotate together. In addition, number 2 helical gear (4) on the threaded shaft (7) rotatably with a, threaded shaft (7) number 3 upper end of the bevel gear (6) and adapted number 4 engages a driven bevel gear (8) is equipped to rotate integrally, connecting rod (9) of sliding groove (a) movable along a mobile has a two-roller (10) is threaded shaft (7) along the spiral of vertical grooves combined with each other. In addition, number 2 helical gear (4) and the outer circumferential surface number 1 helical gear (12) are engaged to rotation. On the other hand, the present invention refers to stroke distance of device housing (2) connected to the upper outside device, housing (2) is mounted in a lower end of number 1 bevel gear (21) is rotated integrally to provide a connection shaft (22) which can be driven to rotatably connected to a servomotor (20) on; shaft (5) bevel gear number 1 rear end outer peripheral surface (21) and adapted rotation number 2 engages bevel gear (31) number 1 on circular gear (32) to rotate integrally with number 2 bevel gear (31) and a rotating shaft (5) so as to block a deliver or power between the device number 1 electronic clutch (30) on; shaft (5) and the hollow shaft (3) between the back end of the device so as to block the number 2 deliver or power from the electronic clutch (40) on; number 1 circular gear (32) is engaged to a circular gear rotated number 2 (53) hub of fixed shaft (52) rotatably supported at the distal end of, cylindrically formed fixed shaft (52) arranged for linear movement along the cylindrical rack (51) the tip parts of the number 2 circular gear (53) of the inner peripheral surface spiral hub movably screwed a cylindrical rack (51) is engaged to a driven pinion gear (54) rotates with a stroke distance indicating a change of the stroke distance display device (50) consisting of an. The present invention refers to the tilts the stroke distance for regulating servomotor (20) kinds a connection shaft (22) and number 1 bevel gear (21) is rotated as number 1 bevel gear (21) number 2 engages a bevel gear (31) number 1 by circular gear (32) together shaft (5) and be rotated in the outer peripheral surface, number 1 circular gear (32) engages a circular gear number 2 (53) rotating together to be coated. The number 1 electronic clutch (30) comprises a servomotor (20) the driving force of a shaft (5) is transferred onto the shaft (5) is rotationally driven to, number 2 electronic clutch (40) has a shaft (5) the driving force of the hollow shaft (3) time over power shut off. In addition, the present invention refers to the shaft (5) is rotating, number 3 bevel gear (6) number 4 on bevel gear (8) by threaded shaft (7) and rotating drives, threaded shaft (7) moves along spiral by the rotation of the roller (10) arranged for linear movement the space to slot to be coated is adjusted while [thu machine ram stroke length. In addition, number 2 circular gear (53) driven by a pinion gear (54) is a fixed stroke length display device (50) at least one indicator (55) is equal to the angular position changes. Here, as shown in 10 also number 1, number 2 electronic clutch (30, 40) rear gear (33, 43) rotation axis (5) is coupled with the key and keyway to rotate with movable by, number 2 bevel gear (31) on the hollow shaft (3) a forward gear (34, 44) is coupled to rotate with the, front gear (34, 44) and a posterior gear (33, 43) engage one another with a contact surface of the gear, rear gear (33, 43) are to be driven back and forth by is magnetic. This the present invention refers to number 1 electronic clutch (30) front gear (34) rear gear (33) engaged gear is moved in servomotor (20) is driven surface, number 1 bevel gear (21) number 2 on bevel gear (31) engages and rotates the rear gear (33) key that is coupled to the rotating shaft (5) rotate together, number 3 bevel gear (6) number 4 on bevel gear (8) is rotated to be coated. The number 2 electronic clutch (40) game system includes a gear (44) and a posterior gear (43) is spaced apart state, rear gear (43) only key shaft (5) and rotates with, the hollow shaft (3) and number 1, number 2 helical gear (12, 4) is a non-rotating stationary is under or over. On the other hand, stroke display device (50) number 2 of circular gear (53) formed on its inner surface a cylindrical formed hub turn screw groove formed cylindrical rack (51) screwed on a screw groove and an outer end of said spiral to be movable in a screwed, cylindrical rack (51) key by a combination of axially movable insertion of the fixed shaft (52) at the front end of number 2 circular gear (53) coupled to the inner peripheral surface and an outer hub bearing, the end cover of the housing (11) secured to. This stroke display device (50) includes a circular gear number 1 (32) number 2 on circular gear (53) is engaged to rotate, cylindrical rack (51) is then linearly moving back and forth by a connection whole, cylindrical rack (51) by the pinion gear (54) is swung out on a, the pinion gear (54) is coupled to the shaft in accordance with the moving distance is scale indicator (55) is the pinion gear (54) rotates with a ram stroke distance of movement is equal to a GPS receiver. On the other hand, said ram (60) after adjusting the lifting of the ram (60) the shift, number 2 helical gear (4) on number 1 helical gear (12) is rotated and the flag or, number 2 helical gear (4) together with the hollow shaft (3) where it is rotated, the number 1 electronic clutch (30) connects the gear (34) and a posterior gear (35) is separated and shaft (5) and servomotor (20) to power with produced, number 2 electronic clutch (40) connects the gear (44) and a posterior gear (43) is coupled to the shaft (5) and the hollow shaft (3) is an integer of 1 power source. I.e., shaft (5) and number 2 helical gear (4) is the hollow shaft (3) and number 1 helical gear (12) is rotated such as, ram (60) the workpiece while avoiding cutting of the waterproofed be moved up or down to the substrate. The ram (60) is cutting begins the servomotor (20) and the outputs, number 1 electronic clutch (30) front gear (35) and a posterior gear (34) number 2 is being separated from one another bevel gear (31) number 1 on circular gear (32) is rotated not ram stroke length adjustment is not made to be coated. 1: frame 2: housing 3: the hollow shaft 4: number 2 helical gear 5:6 axis: number 3 bevel gear 7: screw shaft 8: number 4 bevel gear 9: connecting rod 10: a moving roller 11: cover 12: number 1 helical gear 13: nut 14: handle 20: servomotor 21: bevel gear number 1 22: connection 30: number 1 electronic clutch 31: bevel gear 32 number 2: circular gear number 1 33, 43: rear gear 34, 44: front gear 40:50 electronic clutch number 2: stroke display device 51: cylindrical rack 52: fixed shaft 53: circular gear 54 number 2: the pinion gear 55: indicator 60: ram The present invention relates to a device to automatically control a stroke distance of a ram of a slotting machine, automatically setting the stroke distance of the ram, thereby quickly and correctly setting the stroke distance of the ram. According to the present invention, the device comprises: a sub motor installed inside a housing (20) to be connected to a connection shaft (22), which has a first bevel gear (21) formed in a bottom to be able to be rotated as one body, to be able to operate; a first electronic clutch (30) having a second bevel gear (31) and a first circular gear (32), which are engaged with the first bevel gear (21) to be rotated as one, formed on the outer circumferential surface of the rear part of a rotary shaft (5) to transfer or cut off power between the second bevel gear (31) and the rotary shaft (5); a second electronic clutch (40) to transfer or cut off power between the rotary shaft (5) and the rear end part of a hollow shaft (3); and a stroke distance display device (50) wherein a hub of a second circular gear (53) engaged with the first circular gear (32) to be rotated is supported by a fixated shaft (52) to be able to rotate, thereby displaying a change of the stroke distance of the ram operated by rotation of the second circuit gear (53). COPYRIGHT KIPO 2017 Frame (1) on the side of the stroke distance of device housing (2) which are provided with, housing (2) inside the hollow shaft (3) rotatably device hollow shaft (3) end number 2 helical gear (4) is rotated integrally is responsive to, the hollow shaft (3) and number 2 helical gear (4) through polishing of rotation (5) device is a rotating shaft (5) end number 3 bevel gear (6) is coupled to rotate with the, number 2 helical gear (4) on the threaded shaft (7) rotatably with a, threaded shaft (7) number 3 upper end of the bevel gear (6) and adapted number 4 engages a driven bevel gear (8) is equipped to rotate integrally, connecting rod (9) of sliding groove (a) movable along a mobile has a two-roller (10) is threaded shaft (7) and be moved up or down along the spiral of being connectible, number 2 helical gear (4) and the outer circumferential surface of helical gear number 1 (12) to be engaged in the rotation, said stroke distance of device housing (2) connected to the upper outside device, housing (2) is mounted in a lower end of number 1 bevel gear (21) is rotated integrally to provide a connection shaft (22) which can be driven to rotatably connected to a servomotor (20) on; shaft (5) bevel gear number 1 rear end outer peripheral surface (21) and adapted rotation number 2 engages bevel gear (31) number 1 on circular gear (32) to rotate integrally with number 2 bevel gear (31) and a rotating shaft (5) to transmit power between the electronic clutch device also either number 1 (30) on; shaft (5) and the hollow shaft (3) between the back end of the device so as to block the number 2 deliver or power from the electronic clutch (40) on; number 1 circular gear (32) is engaged to a circular gear rotated number 2 (53) hub of fixed shaft (52) rotatably supported by number 2 circular gear (53) driven by the rotation of the ram stroke length indicating a change stroke display device (50) comprising an automatically adjusting device characterized slotted machine ram stroke length. According to Claim 1, stroke display device (50) can be clamped to a shaft (52) arranged for linear movement along the cylindrical rack (51) the tip parts of the number 2 circular gear (53) and the inner peripheral surface of a hub movably engaged with a spiral, cylindrical rack (51) to the pinion gear (54) is driven and releasably engage , the pinion gear (54) with indicator (55) is rotated ram stroke length change to display the automatically adjusting device characterized slotted machine ram stroke length.
