CN207930090U - A kind of gear hobbing lathe of sustainable processing - Google Patents

Abstract

The utility model is related to gear-hobbing machine technical fields,More particularly to a kind of gear hobbing lathe of sustainable processing,Including rectangular susceptor,The rectangular susceptor upper wall surface welds rectangular slab,The rectangular slab front face welds stripe board,The stripe board two side walls are provided with identical first strip groove of structure,It is embedded in the first bar shaped sliding rail in identical first strip groove of each structure,First movement wheel is assembled on each first bar shaped sliding rail,Each first movement wheel upper wall surface welds the first support base,A pair of first support base upper wall surface welds n shape framves jointly,The rectangular slab front face and the first drive installation seat of welding above stripe board,The utility model improves the using effect of gear-hobbing machine,Improve work pieces process speed,Reduce the workpiece replacing time,Improve work processing efficiency,The workpiece of processing will not be allowed the phenomenon that supply falls short of demand occur.

Description

A hobbing machine tool for sustainable processing

technical field

The utility model relates to the technical field of gear hobbing machines, in particular to a gear hobbing machine tool for sustainable processing.

Background technique

Nowadays, the industry is developing rapidly, and many workpieces are widely used in the industry. Most of the workpieces are processed manually, and the efficiency of manual processing of workpieces is slow, which cannot meet the demand for workpieces in today's market. Therefore, it is necessary to adopt industrial production, especially in workpieces. The processing of tooth marks, purely manual processing, cannot meet the demand, so the gear hobbing machine is used. When the traditional gear hobbing machine is used, the workpiece replacement time is longer, which reduces the processing efficiency of the workpiece and the use effect of the gear hobbing machine.

Utility model content

The purpose of the utility model is to provide a gear hobbing machine tool for sustainable processing aiming at the defects and deficiencies of the prior art.

For realizing above-mentioned object, the technical scheme that the utility model adopts is:

A hobbing machine tool for sustainable processing according to the utility model comprises a rectangular base, a rectangular plate is welded to the upper wall of the rectangular base, a strip plate is welded to the front wall of the rectangular plate, and both sides of the strip plate are There are first strip-shaped grooves with the same structure, each of the first strip-shaped grooves with the same structure is embedded with a first strip-shaped slide rail, and each of the first strip-shaped slide rails is equipped with a first strip-shaped slide rail. A moving wheel, the upper wall of each first moving wheel is welded to the first support seat, the upper walls of a pair of the first support seats are jointly welded with an n-shaped frame, and the front wall of the rectangular plate is welded on the top of the strip plate. A driving installation seat, the first electric push rod is welded on the lower wall of the first driving installation seat, the first electric push rod is installed on one end surface of the first bracket, and the one end surface of the first support is in contact with the upper wall surface of the n-shaped frame beam connection, the side wall of the n-shaped frame beam is welded with a strip support plate, and the strip support plate is provided with a second strip-shaped groove, and a second strip-shaped slide rail is installed in the second strip-shaped groove. A second moving wheel is assembled on the second bar-shaped slide rail, and the second moving wheel is embedded and welded to a second support seat, and a second driving mounting seat is installed on the second supporting seat, and a second driving mounting seat is installed on the second driving mounting seat. The first rotating motor, the driving end of the first rotating motor is equipped with a first pole, the gear cutter is set on the first pole, the upper wall of the rectangular base has a third strip-shaped groove, the third A third strip-shaped slide rail is embedded in the strip-shaped groove, and a third moving wheel is assembled on the third strip-shaped slide rail. A third supporting seat is welded on the third moving wheel, and the upper wall of the third supporting seat Welding the strip-shaped bearing plate, the wall surface of the strip-shaped bearing plate is provided with a fourth strip-shaped groove, the fourth strip-shaped groove is embedded with a fourth strip-shaped slide rail, and the fourth strip-shaped slide rail is Assembling a plurality of fourth moving wheels with the same structure, the upper wall of each of the fourth moving wheels with the same structure is welded with a fourth supporting seat, and the upper wall of each of the fourth supporting seats is equipped with a second rotating motor, each The driving ends of the second rotating motors are all equipped with second poles, and each of the second poles is equipped with a bearing rod. The lower wall of the upper end of the rod is welded with a third driving mounting seat, the second hydraulic cylinder is installed on the lower wall of the third driving mounting seat, and the second hydraulic cylinder is driven to install a rectangular block, and the lower wall of the rectangular block is provided with a hole that matches the bearing rod. groove.

Further, a second electric push rod is installed on the inner wall of the second bar-shaped groove, and a second bracket is installed on one end of the second electric push rod, and the second bracket is connected to the second moving wheel.

Further, a third electric push rod is installed on the inner wall of the third bar-shaped groove, and a third bracket is installed on one end of the third electric push rod, and the third bracket is connected to the third moving wheel.

Further, support plates are welded to both side walls of each of the fourth moving wheels, each of the support plates is provided with a first threaded opening, each of the first threaded openings is embedded with a first screw, so A threaded groove matching the first screw is opened in the fourth bar-shaped groove.

Further, each of the first moving wheels is engaged with the first bar-shaped slide rail, the second moving wheel is engaged with the second bar-shaped slide rail, and the third moving wheel is engaged with the third bar-shaped slide rail. The sliding rails are engaged with each other, and the plurality of fourth moving wheels are all engaged with the fourth bar-shaped sliding rails.

Further, the number of the plurality of fourth moving wheels is 3-6.

After adopting the above-mentioned structure, the beneficial effect of the utility model is: a kind of hobbing machine tool for sustainable processing described in the utility model can improve the use effect of the gear hobbing machine, improve the processing speed of the workpiece, reduce the replacement time of the workpiece, and improve the work processing efficiency. Let the processed workpieces appear in short supply.

Description of drawings

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

Fig. 2 is a plan view of the strip support plate of the present utility model;

Fig. 3 is the plan view of the fourth mobile wheel of the present utility model;

Fig. 4 is the top view of the n-shaped frame of the present utility model;

Explanation of reference signs:

In the figure, 1-rectangular base; 2-rectangular plate; 3-strip plate; 4-first moving wheel; 5-first support seat; 6-n-shaped frame; 7-first drive mounting seat; The first electric push rod; 9-the first bracket; 10-the strip support plate; 11-the second strip slide rail; 12-the second moving wheel; 13-the second support seat; 14-the second drive installation seat; 15-the first rotating motor; 16-the first pole; 17-gear cutter; 18-the third strip slide rail; 19-the third moving wheel; 20-the third support seat; 21-strip bearing plate; 22 -the fourth strip slide rail; 23-the fourth moving wheel; 24-the fourth support seat; 25-the second rotating motor; 26-the second pole; 27-carrying bar; 30-second hydraulic cylinder; 31-rectangular block; 32-second electric push rod; 33-second support; 34-third electric push rod; 35-third support; 36-support plate; 37 - The first strip rail.

Detailed ways

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

As shown in Figures 1-4, a hobbing machine tool for sustainable processing according to the utility model includes a rectangular base 1, a rectangular plate 2 is welded on the upper wall of the rectangular base 1, and a rectangular plate 2 is welded on the front wall The strip plate 3, the first strip grooves with the same structure are opened on both side walls of the strip plate 3, and the first strip slide rails are embedded in each of the first strip grooves with the same structure 37, each of the first strip-shaped slide rails 37 is equipped with a first moving wheel 4, and the upper wall of each of the first moving wheels 4 is welded with a first support seat 5, and a pair of the first support seats 5 The upper wall surface is welded together with the n-shaped frame 6, the front wall surface of the rectangular plate 2 and the first drive mounting seat 7 is welded above the strip plate 3, and the first electric push rod 8 is welded to the lower wall of the first drive mounting seat 7, so A first bracket 9 is installed on one end of the first electric push rod 8, and one end of the first bracket 9 is connected to the upper wall of the n-shaped frame 6 beams, and the side wall of the n-shaped frame 6 beams is welded with a strip support plate 10, The strip support plate 10 has a second strip groove, a second strip slide rail 11 is installed in the second strip groove, and a second moving wheel 12 is assembled on the second strip slide rail 11 , the second moving wheel 12 is embedded and welded to the second support seat 13, the second drive mount 14 is installed on the second support seat 13, and the first rotating motor 15 is installed on the second drive mount 14, so The driving end of the first rotating motor 15 is equipped with a first pole 16, the first pole 16 is equipped with a gear cutter 17, and the upper wall of the rectangular base 1 has a third strip-shaped groove, and the third strip The third bar-shaped slide rail 18 is embedded in the shaped groove, and the third moving wheel 19 is assembled on the third bar-shaped sliding rail 18, and the third supporting seat 20 is welded on the third moving wheel 19, and the third moving wheel 19 is welded. The upper wall of the support seat 20 is welded with a strip-shaped bearing plate 21, and the upper wall of the strip-shaped bearing plate 21 has a fourth strip-shaped groove, and a fourth strip-shaped slide rail 22 is embedded in the fourth strip-shaped groove. A plurality of fourth moving wheels 23 with the same structure are assembled on the fourth strip slide rail 22, and the upper wall surface of each of the fourth moving wheels 23 with the same structure is welded with a fourth support seat 24, and each of the fourth support The second rotating motor 25 is installed on the upper wall surface of the seat 24, and the second pole 26 is all installed on the driving end of each of the second rotating motors 25, and a bearing rod 27 is installed on each of the second poles 26, so that The center of the side wall of the strip-shaped bearing plate 21 is welded with a folded rod 28, the upper end of the folded rod 28 is welded to the lower wall surface of the third drive mounting seat 29, and the second hydraulic cylinder 30 is installed on the lower wall of the third drive mount 29, The second hydraulic cylinder 30 drives and installs a rectangular block 31, and the lower wall of the rectangular block 31 has a groove that matches the load bar 27; the first moving wheel 4 moves on the first strip rail 37, which is convenient for adjustment The use height of the gear cutter 17, the front and rear positions of the second moving wheel 12 on the second strip slide rail 11 are convenient to reach the front and rear positions when adjusting the gear cutter 17 in use, and pass through one end surface of the first support 9 on the first electric push rod 8 It is connected with the upper wall of the n-shaped frame 6 beams, which is convenient to adjust the length through the first electric push rod 8, and is convenient to push the n-shaped frame 6 to move up and down, thereby To allow the first moving wheel 4 to move up and down on the first strip rail 37, the first rotating motor 15 works to drive the first pole 16 installed on the drive to rotate, so as to achieve the rotation of the gear cutter 17, which is convenient for the use of the gear cutter 17. The three moving wheels 19 move on the second strip slide rail 18, adjust the use position on the workpiece installation bearing rod 27, and lower the driving end of the second hydraulic cylinder 30 to overlap the groove on the rectangular block 31 with the upper end of the bearing rod 27 , it is convenient to limit the distance shaking generated when the bearing rod 27 rotates, and the second rotating motor 25 driving end rotates to drive the bearing rod 27 on the second pole 26 to rotate, so that the processing position can be adjusted by rotating the bearing rod 27 during workpiece processing.

As a preferred mode of the present utility model, a second electric push rod 32 is installed on the inner wall of the second bar-shaped groove, and a second bracket 33 is installed on one end of the second electric push rod 32, and the second bracket 33 It is connected with the second moving wheel 12; it is connected with the second moving wheel 12 through the second bracket 33 on the second electric push rod 32, which facilitates the movement of the second moving wheel 12 through the expansion and contraction of the second electric push rod 32.

As a preferred mode of the present utility model, a third electric push rod 34 is installed on the inner wall of the third bar-shaped groove, and a third bracket 35 is installed on one end of the third electric push rod 34, and the third bracket 35 It is connected with the third moving wheel 19; it is connected with the third moving wheel 19 through the third bracket 35 on the third electric push rod 34, so that the third electric push rod 34 can telescopically push the movement of the third mobile 19.

As a preferred mode of the present utility model, each side wall of the fourth moving wheel 23 is welded with a support plate 36, each of the support plates 36 has a first threaded opening, and each of the first First screws are all embedded in the threaded openings, and thread grooves matching the first screws are provided in the fourth strip-shaped groove; the use position of the fourth moving wheel 23 is conveniently fixed by the first screws.

As a preferred mode of the present utility model, each of the first moving wheels 4 is engaged with the first strip-shaped slide rail 37, and the second movable wheel 12 is engaged with the second strip-shaped slide rail 11, The third moving wheel 19 is engaged with the third slide rail 18, and a plurality of fourth moving wheels 23 are engaged with the fourth slide rail 22; to prevent the first moving wheel 4 from moving in the first Drop when moving on the strip slide rail 37, prevent the second moving wheel 12 from falling when moving on the second strip slide rail 11, and prevent the third moving wheel 19 from falling when moving on the third strip slide rail 18 , prevent the fourth moving wheel 23 from falling when moving on the fourth strip slide rail 22 .

As a preferred mode of the present invention, the number of the plurality of fourth moving wheels 23 is 3-6; it is used to limit the number of fourth moving wheels 23 used.

When using the utility model, place all the electrical components matching drivers in the idle place of the device, and pass all the above-mentioned driving components, which refer to the power components, electrical components and adapted power supply, through the person skilled in the art. Wires are connected, and the specific connection means should refer to the following working principle. The electrical connection between the electrical devices is completed in sequence. The detailed connection means is a well-known technology in the field. The following mainly introduces the working principle and process, not in Explain the electrical control: the strip plate 3 plays a supporting role, and is used to support the first moving wheel 4 on the first strip slide rail 37, the first moving wheel 4 can move up and down on the first strip slide rail 37, Overlapping the n-shaped frame 6 supported on the first moving wheel 4 by the first electric push rod 8, it is convenient to adjust the length up and down by the first electric push rod 8 and promote the first moving wheel 4 on the first bar slide rail 37 Move up and down to adjust the height, so as to reach the use height of the gear cutter 17, while the second moving wheel 12 moves on the second strip slide rail 11, and the second moving wheel 12 is connected with the second electric push rod 32, which is convenient to pass through the second The electric push rod 32 telescopically adjusts the length to push the second moving wheel 12 to the front and rear positions on the second strip slide rail 11, so as to adjust the front and rear positions of the gear cutter 17 in use, and the gear cutter 17 is driven by the first rotating motor 15 The support of the first pole 16 is convenient to work through the driving end of the first rotating motor 15, and drives the first pole 16 to rotate so as to achieve the rotation of the gear knife 17, which is convenient for the rotation and cutting of the gear knife 17. After the position of the gear knife 17 is adjusted, the third electric pusher Rod 34 works, promotes the 3rd moving wheel 19 to move on the 3rd strip slide rail 18, is convenient to adjust the bearing rod 27 left and right positions that the second pole 26 supports on the driving end of the 2nd rotary motor 25, is convenient to when the workpiece is set on the bearing After the rod 27 is mounted, the third electric push rod 34 is extended to push the workpiece on the load rod 27 toward the direction of the gear cutter 17. At the same time, the number of the fourth moving wheels 23 is large, so it is necessary to reasonably adjust the distance between them to achieve Adjust the distance between the workpieces installed on the bearing rod 27, move the fourth moving wheel 23 supported by the workpiece to be processed to the center of the fourth strip slide rail 22, and then the first screw overlaps with the first thread groove to facilitate fixed support The fourth moving wheel 23 of the workpiece needs to be processed, and then the driving end of the second hydraulic cylinder 30 is extended, and the groove on the rectangular block 31 is docked with the carrying rod 27, so as to support the carrying rod 27, and when the carrying rod 27 rotates, the carrying rod 27 Restricted by the rectangular block 31, the upper end of the bearing rod 27 will not shake violently due to inertia when rotating, and the bearing rod 27 can rotate in the groove without hindering the rotation of the bearing rod 27. After that, the gear cutter 17 passes through the second motor The push rod 32 works to adjust the position of the second moving wheel 12, so that the gear cutter 17 and the workpiece pair correspond to each other, so that the workpiece can be cut and formed when the gear cutter 17 rotates. After the gear cutter 17 specifies the position for cutting, the third electric push rod 34 will shrink Tight, drive the 3rd moving wheel 19 to move, allow to produce gap between workpiece and gear cutter 17, second rotating motor 25 rotates afterwards, so Some second rotating motors 25 rotate to allow all the processed and unprocessed workpieces to rotate, which is convenient for technicians to check whether the state is uniform when the workers rotate, to prevent errors, and to drive the second pole 26 to rotate so as to allow the workpieces on the bearing rod 27 to rotate , to facilitate the adjustment of the processing position, and then the third electric push rod 34 is stretched again to push the third moving wheel 19. After the workpiece is adjusted to the processing position, the unprocessed position is docked with the gear cutter 17, and then the gear cutter 17 is processed. By analogy, when the workpiece is being processed, the front and rear positions of the workpiece need to be adjusted so as to correspond to the gear cutter 17. Afterwards, if the workpiece is processed, the second hydraulic cylinder 30 is lifted, and the groove is separated from the bearing rod 27. After that, the third electric push rod 34 Tighten the workpiece away from the gear cutter 17, then separate the first screw from the first thread groove, and manually push the fourth moving wheel 23 to facilitate the connection of the unprocessed workpiece with the first screw and the first thread groove, reducing the number of workpieces After the replacement time, the second hydraulic cylinder 30 works to overlap the groove with the bearing rod 27, and then the third electric push rod 34 works to push the third moving wheel 19 to allow the workpiece to overlap with the gear cutter 17 for processing. The completed workpiece is unloaded, and the fourth moving wheel 23 can move back and forth on the fourth strip slide rail 22, which is convenient for adjusting the position of the processed workpiece.

The above is only a preferred embodiment of the utility model, so all equivalent changes or modifications made according to the structure, features and principles described in the utility model patent application scope are all included in the utility model patent application scope .

Claims (6)

1. a kind of gear hobbing lathe of sustainable processing, including rectangular susceptor（1）, which is characterized in that the rectangular susceptor（1）Upper wall Weld rectangular slab in face（2）, the rectangular slab（2）Front face welds stripe board（3）, the stripe board（3）Two side walls are provided with Identical first strip groove of structure is embedded in the first bar shaped sliding rail in identical first strip groove of each structure （37）, each first bar shaped sliding rail（37）On assemble first movement wheel（4）, each first movement wheel（4）Upper wall Weld the first support base in face（5）, a pair of first support base（5）Upper wall surface welds n shape framves jointly（6）, the rectangular slab （2）Front face and be located at stripe board（3）Weld the first drive installation seat in top（7）, first drive installation seat（7）Lower wall surface Weld the first electric pushrod（8）, first electric pushrod（8）End face installs first support（9）, the first support（9） End face and n shape framves（6）Crossbeam upper wall surface is connected, the n shapes frame（6）Weld bar shaped support plate in beam side wall face（10）, described Bar shaped support plate（10）It is provided with the second strip groove, the second bar shaped sliding rail is installed in second strip groove（11）, described second Bar shaped sliding rail（11）The second movable pulley of upper assembly（12）, second movable pulley（12）It is embedded in the second support base of welding（13）, institute State the second support base（13）The second drive installation seat of upper installation（14）, second drive installation seat（14）The first rotation of upper installation Motor（15）, first electric rotating machine（15）Drive end that the first strut is installed（16）, first strut（16）Above cover toothing Flywheel knife（17）, the rectangular susceptor（1）Upper wall surface is provided with third strip groove, the embedded dress third bar shaped of the third strip groove Sliding rail（18）, the third bar shaped sliding rail（18）Upper assembly third movable pulley（19）, the third movable pulley（19）Upper welding the Three support bases（20）, the third support base（20）Upper wall surface welds bar shaped loading plate（21）, the bar shaped loading plate（21）On Wall surface is provided with Article 4 connected in star, and Article 4 shape sliding rail is embedded in the Article 4 connected in star（22）, the Article 4 shape sliding rail （22）It is upper to assemble identical 4th movable pulley of multiple structures（23）, identical 4th movable pulley of each structure（23）Upper wall surface Weld four-supporting（24）, each four-supporting（24）Upper wall surface is respectively mounted the second electric rotating machine（25）, each Second electric rotating machine（25）Driving end on be respectively mounted the second strut（26）, each second strut（26）On be respectively mounted Carrier bar（27）, the bar shaped loading plate（21）Welding folding shape bar at side wall surface center（28）, the folding shape bar（28）Under upper end Wall surface welds third drive installation seat（29）, the third drive installation seat（29）Lower wall surface installs second hydraulic cylinder（30）, institute State second hydraulic cylinder（30）Driving installation rectangular block（31）, the rectangular block（31）Lower wall surface is provided with and carrier bar（27）Match Groove.

2. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that second strip groove Interior sidewall surface installs the second electric pushrod（32）, second electric pushrod（32）End face installs second support（33）, described Second support（33）With the second movable pulley（12）It is connected.

3. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that the third strip groove Interior sidewall surface installs third electric pushrod（34）, the third electric pushrod（34）End face installs third holder（35）, described Third holder（35）With third movable pulley（19）It is connected.

4. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that each 4th movement Wheel（23）Two side walls weld support plate（36）, each support plate（36）On be provided with the first screw thread mouth, each described first It is embedded in the first screw in screw thread mouth, the thread groove to match with the first screw is provided in the Article 4 connected in star.

5. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that each first movement Wheel（4）With the first bar shaped sliding rail（37）It is mutually clamped, second movable pulley（12）With the second bar shaped sliding rail（11）Mutually it is clamped, it is described Third movable pulley（19）With third bar shaped sliding rail（18）It is mutually clamped, multiple 4th movable pulleys（23）With Article 4 shape sliding rail （22）Mutually it is clamped.

6. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that multiple 4th movements Wheel（23）Quantity be 3-6.