CN216968077U

CN216968077U - But compound finish milling automatic feeding plug of wood window bi-polar removes sports car mechanism

Info

Publication number: CN216968077U
Application number: CN202220436537.2U
Authority: CN
Inventors: 任长清; 王涛; 丁禹程; 杨春梅
Original assignee: Northeast Forestry University
Current assignee: Northeast Forestry University
Priority date: 2022-03-02
Filing date: 2022-03-02
Publication date: 2022-07-15
Anticipated expiration: 2032-03-02

Abstract

The utility model discloses a double-end composite finish milling automatic feeding pluggable mobile roadster mechanism for a wood window, which is characterized in that: it includes frame (1), platform (2) and removal closing device (3), the bottom circle roof beam (11) of frame (1) be connected with four bottom sliders (12), four enclasping mechanism (17) are installed to bottom circle roof beam (11) top, it embraces tightly the hole to dig on every enclasping mechanism (17) position below bottom circle roof beam (11), when frame (1) and platform (2) merge, enclasping claw (271) will be inserted and tightly grasp frame (1) in embracing the hole and realize pressing from both sides tightly, bottom circle roof beam (11) outermost circle roof beam top has four locating holes to be used for the sports car frame (1) and platform (2) to merge the time to advance line location, when frame (1) and platform (2) merge, location is realized in the locating hole that bottom circle roof beam (11) will be inserted to the reference column on platform (2).

Description

But compound finish milling automatic feeding plug of wood window bi-polar removes sports car mechanism

Technical Field

The utility model relates to the field of wood window manufacturing and processing machinery, and particularly provides a double-end composite finish-milling automatic feeding pluggable mobile roadster mechanism for a wood window.

Background

The European style wood window has the advantages of beauty, durability, sound insulation, heat insulation and the like, is more and more popular in China in recent years, and the production process comprises wool processing, four-side planing, double-side finish planing, forming processing, mortising, framing and wood window milling, wherein the wood window milling is an important process, and the quality of the wood window milling process directly influences the quality of a wood window finished product.

On the traditional wood window milling process, a factory generally uses a manual operation mode to feed the wood window, so that the efficiency of milling the wood window is low, and the adverse effects of reduction of milling precision and even product scrapping caused by improper manual operation exist.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the defects of the prior art and provides a pluggable mobile sports car mechanism which is simple in structure and can realize automatic feeding.

The purpose of the utility model is realized by the following technical scheme: a pluggable mobile roadster mechanism with automatic feeding for double-end composite finish-milling of wooden windows comprises a base, a platform and a mobile pressing device, wherein a bottom ring beam of the base is connected with four sliding blocks at the bottom, the mobile roadster can be installed on a guide rail through the sliding blocks to move, a large motor is installed on a cross beam of the bottom ring beam, a large gear is installed on a shaft of the large motor, a base rack and two base guide rails are arranged on a small ring beam inside the bottom ring beam and used for moving the pressing device on the small ring beam, four first clasping mechanisms are also installed above the bottom ring beam, a clasping hole is dug on the bottom ring beam below the position of each first clasping mechanism, when the base and the platform are combined, a clasping claw is inserted into the clasping hole to tightly grasp the base to clamp the base, four positioning holes are formed above the outermost ring beam of the bottom ring beam and used for positioning when the roadster base and the platform are combined, when the machine seat and the platform are combined, the positioning columns on the platform are inserted into the positioning holes of the bottom ring beam to realize positioning.

One of the clasping mechanisms comprises a stepping motor, a motor support, M4 hexagon socket head cap screws, M4 hexagon nuts and a lower gear, wherein the stepping motor is installed on the motor support through four M4 hexagon socket head cap screws, the motor support is fixed on the base through four M4 hexagon socket head cap screws, the lower gear is installed on a shaft of the stepping motor, the lower gear is meshed with the upper gear when the upper part and the lower part of the treadmill are combined, and the lower gear is separated from the upper gear when the upper part and the lower part of the treadmill are separated.

The platform includes platform circle roof beam, preforming, platform guide rail, platform slider, platform cylinder, the platform is dull and stereotyped and hold tightly mechanism two, platform circle roof beam has four reference columns, and when the runner upper and lower part merges, the reference column inserts in the locating hole, the platform guide rail is installed on the top crossbeam that the roof beam was enclosed to the platform, the platform slider is two, arranges the platform guide rail in, the platform cylinder is two, is connected with two platform sliders respectively, installs on its piston rod the preforming can push down the action to the wood window when platform cylinder piston rod extends, realizes compressing tightly to the wood window.

The second clasping mechanism comprises clasping claws, an upper gear, M4 hexagonal bolts, M4 spring washers, M4 flat washers, short stepped shafts, bearings, a connecting plate, M6 flat washers, M6 spring washers and M6 hexagonal bolts, the clasping claws, the upper gear and the bearings are installed on the short stepped shafts, the upper gear is rotated through the lower gear to transmit power to drive the short stepped shafts to rotate, the clasping claws rotate along with the short stepped shafts, clasping or loosening actions can be carried out, the bearings are arranged inside cylindrical sleeves of the connecting plate, the connecting plate is fixed on a platform ring beam of the platform through four M6 hexagonal bolts, and the M6 hexagonal bolts are padded with the M6 spring washers and the M6 flat washers.

The movable pressing device comprises a movable pressing guide rail, a movable pressing cylinder, a movable pressing rack, a movable pressing motor, movable pressing sliders, a movable pressing cylinder connecting plate, M10 hexagonal screws, a movable pressing gear, a movable pressing rack frame and a movable pressing frame, wherein the movable pressing guide rail is arranged on a beam of the movable pressing frame, two movable pressing sliders are arranged on the movable pressing guide rail, the movable pressing cylinder connecting plate is arranged on each movable pressing slider, the movable pressing cylinder and the movable pressing motor are arranged on the movable pressing cylinder connecting plate in a pairwise manner, the movable pressing motor is arranged on a motor frame at the front end of the movable pressing frame, the number of the movable pressing gears is three, the movable pressing gears are all arranged on a shaft of the movable pressing motor, two of the movable pressing gears are meshed with the movable pressing rack, the other movable pressing gears are meshed with the machine base rack, and the movable pressing rack frame is fixed on the movable pressing frame through a plurality of M10 hexagonal screws, the movable pressing rack is arranged at the edge of the movable pressing rack frame.

The utility model has the following advantages: the automatic feeding pluggable mobile roadster mechanism for double-end composite finish milling of the wood window, disclosed by the utility model, can be mounted on a rail to move, has higher moving precision, can separate an upper part from a lower part, can independently work the upper part and the lower part, has higher flexibility, can replace manual work to work, and saves manpower.

Description of the drawings:

FIG. 1 is a schematic view of the present invention in a combined configuration;

FIG. 2 is a schematic diagram of the present invention in a separated configuration;

FIG. 3 is a schematic diagram of a platform structure according to the present invention;

FIG. 4 is a schematic structural diagram of a stand according to the present invention;

FIG. 5 is a schematic view of the mobile clamping device of the present invention;

FIG. 6 is a schematic structural view of the first clasping mechanism and the second clasping mechanism of the present invention when engaged;

FIG. 7 is an exploded view of the first clasping mechanism and the second clasping mechanism of the present invention engaged;

in the figure 1, a machine base; 11. a bottom ring beam; 12. a slider; 13. a bull gear; 14. a large motor; 15. a machine base rack; 16. a machine base guide rail; 17. a first holding mechanism; 171. a stepping motor; 172. a motor bracket; 173. m4 socket head cap screw; 174. m4 hex nut, 175, lower gear; 2. a platform; 21. a platform ring beam; 22. tabletting; 23. a platform rail; 24. a platform slide block; 25. a platform cylinder; 26. a platform plate; 27. a second holding mechanism; 271. a holding claw; 272. an upper gear; 273. m4 hex screw; 273. an M4 spring washer; 275. m4 flat washer; 276. a short stepped shaft; 277. a bearing; 278. a connecting plate; 279. M6 flat washer; 2710. an M6 spring washer; 2711. m6 hex screw; 3. moving the pressing device and 31 and moving the pressing guide rail; 32. moving a compaction cylinder; 33. moving the pressing rack; 34. moving a compaction motor; 35. moving the pressing slide block; 36. moving a connecting plate of a compaction cylinder; 37. m10 hex screw; 38. moving the pressing gear; 39. moving and pressing the rack; 310. and moving the pressing frame.

Detailed Description

The utility model will be further described with reference to the accompanying drawings, without limiting the scope of the utility model to the following:

as shown in fig. 1 and 2, the automatic feeding pluggable mobile roadster mechanism for double-end compound finish milling of wood windows comprises a base 1, a platform 2 and a mobile pressing device 3, wherein a bottom ring beam 11 of the base 1 is connected with four sliders 12 at the bottom, the mobile roadster can be installed on a guide rail through the sliders 12 to move, a large motor 14 is installed on a cross beam of the bottom ring beam 11, a large gear 13 is installed on a shaft of the large motor 14, a base rack 15 and two base guide rails 16 are arranged on a small ring beam in the bottom ring beam 11 and used for moving the pressing device 3 to move on the small ring beam, four first clamping mechanisms 17 are further installed above the bottom ring beam 11, a clamping hole is dug below the position of each first clamping mechanism 17 on the bottom ring beam 11, when the base 1 is combined with the platform 2, a clamping claw 271 is inserted into the clamping hole to clamp the base 1 to realize clamping, and four positioning holes are formed above the outermost ring beam of the bottom ring beam 11 and used for feeding the roadster base 1 and the platform 2 to be combined with the platform 2 And (3) line positioning, wherein when the base 1 and the platform 2 are combined, the positioning column on the platform 2 is inserted into the positioning hole of the bottom ring beam 11 to realize positioning.

As shown in fig. 6 and 7, in the present embodiment, the first clasping mechanism 17 includes a stepping motor 171, a motor bracket 172, M4 socket cap screws 173, M4 hexagon nuts 174, and a lower gear 175, the stepping motor 171 is mounted on the motor bracket 172 through four M4 socket cap screws 173, the motor bracket 172 is fixed on the machine base 1 through four M4 socket cap screws 173, the lower gear 175 is mounted on a shaft of the stepping motor 171, the lower gear 175 is engaged with the upper gear 272 when the upper and lower parts of the treadmill are combined, and the lower gear 175 is disengaged from the upper gear 272 when the upper and lower parts of the treadmill are disengaged.

As shown in fig. 3, in this embodiment, the platform 2 includes a platform ring beam 21, two press plates 22, a platform guide rail 23, two platform sliders 24, a platform cylinder 25, two platform plates 26, and a second clasping mechanism 27, where the platform ring beam 21 has four positioning columns, and when the upper and lower parts of the sports car are combined, the positioning columns are inserted into the positioning holes, the platform guide rail 23 is installed on the upper cross beam of the platform ring beam 21, the two platform sliders 24 are placed on the platform guide rail 23, the two platform cylinders 25 are respectively connected with the two platform sliders 24, and the press plates 22 are installed on piston rods thereof, so that when the piston rods of the platform cylinders 25 extend, the wood window can be pressed down, and the wood window can be pressed tightly.

As shown in fig. 6 and 7, in this embodiment, the second clasping mechanism 27 includes a clasping claw 271, an upper gear 272, an M4 hexagon screw 273, an M4 spring washer 274, an M4 flat washer 275, a short stepped shaft 276, a bearing 277, a connecting plate 278, an M6 flat washer 279, an M6 spring washer 2710 and an M6 hexagon screw 2711, the clasping claw 271, the upper gear 272 and the bearing 277 are mounted on the short stepped shaft 276, power is transmitted to the upper gear 272 through rotation of the lower gear 175 so as to rotate the short stepped shaft 276, the clasping claw 271 rotates along with the short stepped shaft 276, and clasping or unclamping action is performed, the bearing 277 is disposed inside a cylindrical sleeve of the connecting plate 278, the connecting plate 278 is fixed on the platform ring beam 21 of the platform 2 through four M6 hexagon screws 2711, and the M6 spring washers 2710 and the M6 flat washers 279 are cushioned under the M6 hexagon screw 2711.

As shown in fig. 5, in the present embodiment, the movable pressing device 3 includes a movable pressing rail 31, a movable pressing cylinder 32, a movable pressing rack 33, a movable pressing motor 34, a movable pressing slider 35, a movable pressing cylinder connecting plate 36, M10 hexagon screws 37, a movable pressing gear 38, a movable pressing rack bracket 39 and a movable pressing bracket 310, the movable pressing rail 31 is mounted on a beam of the movable pressing bracket 310, two movable pressing sliders 35 are disposed thereon, each movable pressing slider 35 is mounted with the movable pressing cylinder connecting plate 36, the movable pressing cylinder (32) and the movable pressing motor 34 are mounted on the movable pressing cylinder connecting plate 36 in pairs, the other movable pressing motor 34 is mounted on a motor bracket at the front end of the movable pressing bracket, three movable pressing gears 38 are mounted on the shaft of the movable pressing motor 34, two of which engage the moving compression rack 33 and the other of which engage the base rack 15, the moving compression rack 39 being secured to the moving compression rack 310 by a plurality of M10 hex screws 37, the moving compression rack 33 being mounted at the edge of the moving compression rack 39.

Claims

1. The utility model provides a but compound finish milling automatic feeding plug removal sports car mechanism of wood window bi-polar which characterized in that: the movable trolley comprises a base (1), a platform (2) and a movable pressing device (3), wherein a bottom ring beam (11) of the base (1) is connected with four bottom sliding blocks (12), the movable trolley can be installed on a guide rail to move through the sliding blocks (12), a large motor (14) is installed on a cross beam of the bottom ring beam (11), a large gear (13) is installed on a shaft of the large motor (14), a base rack (15) and two base guide rails (16) are arranged on a small ring beam in the bottom ring beam (11) and used for moving the pressing device (3) on the large motor, four clasping mechanisms I (17) are further installed above the bottom ring beam (11), clasping holes are dug in the bottom ring beam (11) below the position of each clasping mechanism I (17), when the base (1) and the platform (2) are combined, the clasping claws (271) are inserted into the clasping holes to clamp the base (1) tightly, four positioning holes are formed above the outermost ring beam of the bottom ring beam (11) and used for positioning when the sports car base (1) and the platform (2) are combined, and when the base (1) and the platform (2) are combined, positioning columns on the platform (2) are inserted into the positioning holes of the bottom ring beam (11) to realize positioning;

the first clasping mechanism (17) comprises a stepping motor (171), a motor support (172), M4 hexagon socket head cap screws (173), M4 hexagon nuts (174) and a lower gear (175), wherein the stepping motor (171) is installed on the motor support (172) through four M4 hexagon socket head cap screws (173), the motor support (172) is fixed on the machine base (1) through four M4 hexagon socket head cap screws (173), the lower gear (175) is installed on a shaft of the stepping motor (171), the lower gear (175) is meshed with the upper gear (272) when the upper part and the lower part of the running car are combined, and the lower gear (175) is separated from the upper gear (272) when the upper part and the lower part of the running car are separated.

2. The automatic feeding pluggable mobile roadster mechanism for double-end compound finish milling of wood windows according to claim 1, characterized in that: the platform (2) comprises a platform ring beam (21), pressing sheets (22), a platform guide rail (23), platform sliding blocks (24), platform cylinders (25), a platform flat plate (26) and a second clasping mechanism (27), wherein the platform ring beam (21) is provided with four positioning columns, the positioning columns are inserted into the positioning holes when the upper part and the lower part of the roadster are combined, the platform guide rails (23) are arranged on a cross beam above the platform ring beam (21), the two platform sliding blocks (24) are arranged on the platform guide rail (23), the two platform cylinders (25) are respectively connected with the two platform sliding blocks (24), the pressing sheets (22) are arranged on piston rods of the platform sliding blocks (25), and the pressing sheets (22) can press down the wood window when the piston rods of the platform sliding blocks (25) extend to press the wood window;

wherein the second clasping mechanism (27) comprises a clasping claw (271), an upper gear (272), an M4 hexagon screw (273), an M4 spring washer (274), an M4 flat washer (275), a short stepped shaft (276), a bearing (277), a connecting plate (278), an M6 flat washer (279), an M6 spring washer (2710) and an M6 hexagon screw (2711), the clasping claw (271), the upper gear (272) and the bearing (277) are arranged on the short stepped shaft (276), the lower gear (175) rotates to transmit power to the upper gear (272) so as to drive the short stepped shaft (276) to rotate, the clamping claw (271) rotates along with the short stepped shaft, can be used for clamping or loosening, the bearing (277) is arranged inside a cylindrical sleeve of the connecting plate (278), the connecting plate (278) is fixed on a platform ring beam (21) of the platform (2) through four M6 hexagon screws (2711), and the M6 spring washers (2710) and the M6 flat washers (279) are padded under the M6 hexagon screws (2711).

3. The automatic feeding pluggable mobile roadster mechanism for double-end compound finish milling of wood windows according to claim 1, characterized in that: the movable pressing device (3) comprises a movable pressing guide rail (31), a movable pressing cylinder (32), a movable pressing rack (33), a movable pressing motor (34), a movable pressing slider (35), a movable pressing cylinder connecting plate (36), an M10 hexagon screw (37), a movable pressing gear (38), a movable pressing rack frame (39) and a movable pressing frame (310), wherein the movable pressing guide rail (31) is installed on a beam of the movable pressing frame (310), two movable pressing sliders (35) are arranged on the movable pressing guide rail, the movable pressing cylinder connecting plate (36) is installed on each movable pressing slider (35), the movable pressing cylinders (32) and the movable pressing motors (34) are installed on the movable pressing cylinder connecting plate (36) in pairs, and the movable pressing motors (34) are installed on a motor frame at the front end of the movable pressing frame, the movable pressing gears (38) are three and are all installed on the shafts of the movable pressing motors (34), two of the movable pressing gears are meshed with the movable pressing rack (33), the other movable pressing gear is meshed with the machine base rack (15), the movable pressing rack (39) is fixed on the movable pressing rack (310) through a plurality of M10 hexagon screws (37), and the movable pressing rack (33) is installed at the edge of the movable pressing rack (39).