阅读说明：本技术 一种小型锥形卷板机 (Small conical plate rolling machine ) 是由 蒋李 于 2021-01-26 设计创作，主要内容包括：本发明公开了一种小型锥形卷板机,其结构包括卷料装置、传动电机、底座装置,所述卷料装置与传动电机轴连接并且二者电连接,所述传动电机设在底座装置上方,所述卷料装置与底座装置安装连接,所述卷料装置由送料辊、手动转杆、智能控板、机架侧板、紧急开关,所述送料辊与手动转杆安装连接,所述智能控板安装在机架侧板上,所述紧急开关装设在机架侧板上并与传动电机电连接,本发明物料放置升降板处,通过上部移料装置与支料辅架将物料送至送料辊处加工成锥体,机械传动送料不仅效率高还提高了安全性,物料成形与输送一体,省去了输送设备的繁琐安装,保证了小型设备占地面积小的优点,无需人工辅助对物料加固或调整定位,省时省力。(The invention discloses a small-sized conical plate rolling machine, which structurally comprises a coiling device, a transmission motor and a base device, wherein the coiling device is connected with a transmission motor shaft and is electrically connected with the transmission motor shaft, the transmission motor is arranged above the base device, the coiling device is connected with the base device in an installing way, the coiling device comprises a feeding roller, a manual rotating rod, an intelligent control plate, a rack side plate and an emergency switch, the feeding roller is connected with the manual rotating rod in an installing way, the intelligent control plate is arranged on the rack side plate, and the emergency switch is arranged on the rack side plate and is electrically connected with the transmission motor. Need not artifical supplementary and consolidate or adjust the location to the material, labour saving and time saving.)

1. The utility model provides a small-size toper veneer reeling machine, its structure includes coiling material device (1), driving motor (2), base device (3), coiling material device (1) is connected and the two electricity is connected with driving motor (2) hub connection, driving motor (2) are established on base device (3), coiling material device (1) and base device (3) erection joint, its characterized in that:

the coiling device (1) is by feed roll (10), manual bull stick (11), intelligent control board (12), frame curb plate (13), emergency switch (14), feed roll (10) and manual bull stick (11) erection joint, install on frame curb plate (13) intelligent control board (12), emergency switch (14) are installed on frame curb plate (13) and are connected with driving motor (2) electricity, install in frame curb plate (13) feed roll (10).

2. The small conical rolling machine according to claim 1, wherein: the feeding roller (10) comprises a bottom roller (100) and an upper roller (101), the bottom roller (100) and the upper roller (101) form a triangular structure, and the bottom roller (100) is located below the upper roller (101).

3. The small conical rolling machine according to claim 1, wherein: the base device (3) comprises a lifting plate (30), a supporting auxiliary frame (31) and a base body (32), the lifting plate (30) is installed on the base body (32), the lifting plate and the base body form an integrated structure, and the supporting auxiliary frame (31) is installed on the base body (32).

4. The small conical rolling machine according to claim 1, wherein: frame curb plate (13) move material device (132), bottom and prop up material device (133), curb plate body (134) including right-hand member slant frame (130), left slant frame (131), upper portion, right-hand member slant frame (130) is the interval with left slant frame (131) and is relative, right-hand member slant frame (130), left slant frame (131), upper portion move material device (132) and install inside curb plate body (134), upper portion moves material device (132) and is located right-hand member slant frame (130), left slant frame (131) top, bottom prop up material device (133) and install in curb plate body (134) bottom, bottom prop up material device (133) and is located feed roller (10) bottom, right-hand member slant frame (130) right-hand member is equipped with the board groove.

5. The miniature conical rolling machine as claimed in claim 4, wherein: upper portion moves material device (132) and includes horizontal track (1320), removal front bezel (1321), removal back plate (1322), erect track (1323), press from both sides and cover bottom plate (1324), limiting plate (1325), horizontal track (1320), erect track (1323) and install on removal front bezel (1321), removal back plate (1322), removal front bezel (1321) covers bottom plate (1324) with pressing from both sides and glues and be connected, limiting plate (1325) and removal back plate (1322) are glued and are connected.

6. The small conical rolling machine according to claim 3, wherein: lifter plate (30) are inlayed and are equipped with lifter plate frame (300), lifter plate (30) rail connection has striker plate baffle (301), prop up material subframe (31) including end tank frame (310), slip a flitch (311), silo (312), end tank frame (310) and slip a flitch (311) rail connection, slip a flitch (311) is equipped with silo (312).

7. The miniature conical rolling machine as claimed in claim 4, wherein: the bottom material supporting device (133) comprises an excellent frame (1330), a lifting supporting wheel plate (1331) and a rotating wheel (1332), the excellent frame (1330) and the lifting supporting wheel plate (1331) are locked, the rotating wheel (1332) is installed on the lifting supporting wheel plate (1331), and the rotating wheel (1332) is connected with a friction rubber pad (40) in a gluing mode.

8. The miniature conical rolling machine as claimed in claim 6, wherein: bottom case frame (310) are installed and are rotated motor (3100), bottom case drive belt (3101), bottom case drive gear (3102), bottom case drive belt (3101) encircle on rotating motor (3100), bottom case drive gear (3102), slide material supporting plate (311) are installed and are gone up roller rod (3110), lower roller rod (3111), slide plate drive belt (3112), slide plate drive gear (3113), go up roller rod (3110), lower roller rod (3111) and the laminating of slide plate drive belt (3112), lower roller rod (3111) is connected with slide plate drive gear (3113) hub connection.

Technical Field

The invention relates to the field of mechanical equipment, in particular to a small conical plate rolling machine.

Background

The plate bending machine is a universal device for bending and rolling metal plates into cylinders, and according to the principle of three-point rounding, the plate is subjected to continuous plastic deformation by utilizing the relative position change and the rotary motion of workpieces so as to obtain the workpieces with preset shapes.

The existing small-sized veneer reeling machine in the prior art is manually fed, so that the efficiency is low, hands are hurt, if conveying equipment is installed, a conveying frame is long, the occupied area is large, and the installation, the labor and the movement are not convenient.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provide a small conical plate rolling machine to solve the problems that the efficiency is low and hands are hurt due to manual feeding of the existing small plate rolling machine, and if conveying equipment is installed, a conveying frame is long, the occupied area is large, and the installation is laborious and inconvenient.

The invention is realized by adopting the following technical scheme: the utility model provides a small-size toper veneer reeling machine, its structure includes coiling material device, driving motor, base device, coiling material device and driving motor right-hand member hub connection and the two electricity is connected, driving motor establishes in the base device top, coiling material device bottom and base device erection joint, the coiling material device is by feed roll, manual bull stick, intelligent accuse board, frame curb plate, emergency switch, the feed roll is connected with manual bull stick bottom erection joint, the intelligent accuse board is installed in frame curb plate front side, emergency switch installs on the frame curb plate and is connected with the driving motor electricity, both ends are installed at the frame curb plate about the feed roll.

Further preferably, the feed roller comprises a bottom roller and an upper roller, the bottom roller and the upper roller form a triangular structure, and the bottom roller is positioned below the upper roller.

Further preferably, the base device comprises a lifting plate, a supporting auxiliary frame and a base body, the lifting plate is installed on the base body, the lifting plate and the base body form an integrated structure, and the bottom of the supporting auxiliary frame is installed on the base body.

Further preferably, the frame curb plate includes that right-hand member slant frame, left slant frame, upper portion move material device, bottom material device, curb plate body, right-hand member slant frame is relative with left slant frame control structure interval, right-hand member slant frame, left slant frame, upper portion move material device and install inside the curb plate body, the material device is moved on upper portion is located right-hand member slant frame, left slant frame top, bottom material device is installed in curb plate body bottom, bottom material device is located the feed roll bottom, right-hand member slant frame right-hand member is equipped with the board groove.

Further preferably, the upper material moving device comprises a transverse rail, a movable front plate, a movable rear plate, a vertical rail, a clamping cover bottom plate and a limiting plate, the transverse rail and the vertical rail are installed on the side faces of the movable front plate and the movable rear plate, the bottom of the movable front plate is connected with the clamping cover bottom plate in an adhesive mode, and the right side of the limiting plate is connected with the movable rear plate in an adhesive mode.

Further preferably, the lifter plate inlays and is equipped with the lifter plate frame, the lifter plate rail coupling has the fender baffle, the lifter plate frame is the left and right structure with the fender baffle is constituteed, a material subframe includes end tank tower, slip a flitch, silo, end tank tower right side and slip a flitch rail coupling, slip a flitch upper end is equipped with the silo.

Preferably, the bottom supporting device comprises an excellent frame, a lifting supporting wheel plate and a rotating wheel, the right side of the excellent frame is locked with the lifting supporting wheel plate, the rotating wheel is installed at the top of the lifting supporting wheel plate, and a friction rubber pad is connected to the side of the rotating wheel ring through rubber.

Preferably, the rotating motor, the bottom box transmission belt and the bottom box transmission gear are installed on the bottom box frame, the upper end and the lower end of the bottom box transmission belt are connected with the rotating motor and the bottom box transmission gear in a winding mode, the sliding material supporting plate is provided with an upper roller rod, a lower roller rod, a sliding plate transmission belt and a sliding plate transmission gear, the upper roller rod, the lower roller rod and the sliding plate transmission belt are attached to the upper end and the lower end of the sliding plate transmission belt, and the right end of the lower roller rod is connected with the sliding plate transmission gear shaft.

Advantageous effects

The invention stacks and arranges raw materials above a lifting plate, a touch control intelligent control plate sets the thickness of the raw materials and starts the equipment to run, the baffle plate rises to facilitate the attachment of the materials to the left side of the baffle plate, the situation that the raw materials cannot be conveyed and processed due to non-odd or non-random placement is avoided, a right-end oblique frame and an upper material moving device move rightwards (a limiting plate limits the rightwards movement of the upper material moving device, a position distance is reserved for fixing the upper material moving device, and the transmission stability of the upper material moving device is increased), a sliding material supporting plate moves backwards to be positioned below the upper material moving device and is of a lifting structure, a material groove which passes through the bottom material supporting device and is positioned in the middle of the right-end oblique frame and a left-end oblique frame is positioned after rising, meanwhile, the front plate moves downwards to enable a transverse track of the moving front plate to be spliced with a transverse track of a moving rear plate, the moving front plate moves leftwards to be positioned above the raw materials, the movable front plate is moved downwards to be attached to the raw material, namely, the bottom of the clamping and covering bottom plate is attached to the raw material, then the movable front plate is moved rightwards to drive the raw material to move, the material plate penetrates through the material groove through a right-end oblique frame to move towards the middle of the bottom roller and the upper roller, the sliding material supporting plate drives the material groove to move upwards and downwards in the moving process, the radian of the material plate is adjusted while the material groove is used for reinforcing the material plate, the radian of the material plate is better formed at the position of a feeding roller, when the material plate is positioned at the material groove, a bottom box transmission gear and a plate transmission gear are in a meshed structure, a rotating motor drives the bottom box transmission gear to rotate through a bottom box transmission belt, a sliding plate transmission gear drives an upper roller rod and a lower roller rod to rotate so as to improve the conveying speed of the material plate, then the material plate is processed into a cone through the feeding roller, a lifting wheel supporting plate is moved upwards and downwards, facilitating feeding).

Compared with the prior art, the invention has the beneficial effects that: lifter plate department is placed to the material, moves material device and a material subframe through upper portion and send the material to feed roll department and process into the cone, and mechanical transmission pay-off is not only efficient but also has improved the security, and the material takes shape and carries integratively, has saved conveying equipment's loaded down with trivial details installation, has guaranteed the little advantage of small-size equipment area, need not artifical supplementary to consolidate or adjust the location, labour saving and time saving to the material.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

FIG. 1 is a schematic structural diagram of a small conical rolling machine according to the present invention.

FIG. 2 shows a front view of the rolling machine of the present invention.

FIG. 3 shows a side view of the rolling machine of the present invention.

Fig. 4 shows a schematic structural diagram of a of fig. 2 of the present invention.

Fig. 5 shows a schematic structural view of the supporting subframe of the present invention.

Fig. 6 shows a schematic structural diagram of B of fig. 3 according to the present invention.

In the figure: the automatic material feeding device comprises a material coiling device 1, a transmission motor 2, a base device 3, a feeding roller 10, a manual rotating rod 11, an intelligent control plate 12, a rack side plate 13, an emergency switch 14, a bottom roller 100, an upper roller 101, a lifting plate 30, a supporting auxiliary frame 31, a base body 32, a right-end oblique frame 130, a left-end oblique frame 131, an upper material moving device 132, a bottom supporting device 133, a side plate body 134, a transverse rail 1320, a movable front plate 1321, a movable rear plate 1322, a vertical rail 1323, a clamping bottom plate 1324, a limiting plate 1325, a lifting plate frame 300, a material blocking plate 301, a trough 312, an excellent frame 1330, a lifting supporting wheel plate 1331, a rotating wheel 2, a friction rubber gasket 40, a bottom box frame 310, a sliding supporting plate 311, a trough 312, a rotating motor, a bottom box transmission belt 3101, a bottom box transmission gear 3102, an upper roller rod 3110, a lower roller rod 3111, a sliding plate transmission belt 3112 and a sliding plate.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Embodiment 1 referring to fig. 1-4, the present invention provides a technical solution of a small conical rolling machine: the structure of the automatic feeding device comprises a rolling device 1, a transmission motor 2 and a base device 3, wherein the rolling device 1 is connected with the transmission motor 2 through a shaft and is electrically connected with the transmission motor 2, the transmission motor 2 is arranged above the base device 3, the rolling device 1 is connected with the base device 3 in an installing way, the rolling device 1 comprises a feeding roller 10, a manual rotating rod 11, an intelligent control plate 12, a rack side plate 13 and an emergency switch 14, the feeding roller 10 is connected with the manual rotating rod 11 in an installing way, the intelligent control plate 12 is arranged on the rack side plate 13, the emergency switch 14 is arranged on the rack side plate 13 and is electrically connected with the transmission motor 2, the feeding roller 10 is arranged on the rack side plate 13, the feeding roller 10 comprises a bottom roller 100 and an upper roller 101, the bottom roller 100 and the upper roller 101 form a triangular structure, the bottom roller 100 is positioned below the upper roller 101, the base device 3 comprises a lifting plate 30 and a supporting auxiliary frame, The base body 32, the lifting plate 30 is installed on the base body 32 and the lifting plate and the base body 32 are integrated, the supporting auxiliary frame 31 is installed on the base body 32, the rack side plate 13 comprises a right-end oblique frame 130, a left-end oblique frame 131, an upper material moving device 132, a bottom supporting device 133 and a side plate body 134, the right-end oblique frame 130 and the left-end oblique frame 131 are opposite at intervals, the right-end oblique frame 130, the left-end oblique frame 131 and the upper material moving device 132 are installed inside the side plate body 134, the upper material moving device 132 is located above the right-end oblique frame 130 and the left-end oblique frame 131, the bottom supporting device 133 is installed at the bottom of the side plate body 134, the bottom supporting device 133 is located at the bottom of the feed roller 10, a plate groove is formed in the right end of the right-end oblique frame 130, the upper material moving device 132 comprises a transverse rail 1320, a moving front plate 1321 and a, The lifting device comprises a vertical rail 1323, a clamping and covering bottom plate 1324 and a limiting plate 1325, the horizontal rail 1320 and the vertical rail 1323 are installed on a moving front plate 1321 and a moving rear plate 1322, the moving front plate 1321 is in adhesive connection with the clamping and covering bottom plate 1324, the limiting plate 1325 is in adhesive connection with the moving rear plate 1322, the lifting plate 30 is embedded with a lifting plate frame 300, the lifting plate 30 is in rail connection with a material blocking partition plate 301, the material supporting auxiliary frame 31 comprises a bottom box frame 310, a sliding material supporting plate 311 and a trough 312, the bottom box frame 310 is in rail connection with the sliding material supporting plate 311, the sliding material supporting plate 311 is provided with the trough 312, the bottom material supporting device 133 comprises a main frame 1330, a lifting supporting wheel plate 1331 and a rotating wheel 1332, the main frame 1330 is locked with the lifting supporting wheel plate 1331, the rotating wheel 1332 is installed on the lifting supporting wheel plate 1331, and the rotating wheel 1332 is in adhesive connection with a friction rubber.

Raw materials are stacked and placed above the lifting plate 30 in an aligned mode, the touch control intelligent control plate 12 sets the thickness of the raw materials and starts the equipment to run, the material blocking plate 301 rises to facilitate the attachment of the materials to the left side of the material blocking plate 301, the situation that the raw materials cannot be conveyed and processed due to ununiform placement or no placement is avoided, the right-end inclined frame 130 and the upper material moving device 132 move rightwards (a limiting plate 1325 limits the rightwards movement of the upper material moving device 132, a displacement distance is reserved for fixing the upper material moving device 132, and the transmission stability of the upper material moving device 132 is improved), the sliding material supporting plate 311 moves backwards to be positioned below the upper material moving device 132, the sliding material supporting plate 311 is of a lifting structure, the material groove 312 after the sliding material supporting plate passes through the bottom material supporting device 133 in a rising mode is positioned in the middle of the right-end inclined frame 130 and the left-inclined frame 131, meanwhile, the front plate 1321 moves downwards to enable the transverse rail 1320 of the movable front plate 1321, the vertical rail 1323 of the movable back plate 1322 after moving is spliced with the vertical rail 1323 of the movable front plate 1321, the movable front plate 1321 moves downwards to be attached to raw materials, namely the bottom of the clamping and covering bottom plate 1324 is attached to the raw materials, then the movable front plate 1321 moves rightwards to drive the raw materials to move, the material plate passes through the material groove 312 through the right-end oblique frame 130 to move towards the middle of the bottom roller 100 and the upper roller 101, the material groove 312 is driven to move up and down by the sliding of the material supporting plate 311 in the moving process, the radian of the material plate is adjusted when the material groove 312 reinforces the material plate, and the radian of the material plate is better formed at the feeding roller 10.

Embodiment 2 please refer to fig. 5 and 6, the present invention provides a technical solution of a small conical rolling machine: the structure of the device is that a rotating motor 3100, a bottom box transmission belt 1301 and a bottom box transmission gear 1302 are installed on the bottom box frame 310, the bottom box transmission gear 1301 surrounds the rotating motor 3100 and the bottom box transmission gear 1302, an upper roller 3110, a lower roller 3111, a sliding plate transmission belt 3112 and a sliding plate transmission gear 3113 are installed on the sliding support plate 311, the upper roller 3110 and the lower roller 3111 are attached to the sliding plate transmission belt 3112, and the lower roller 3111 is connected with the sliding plate transmission gear 3113 through a shaft.

When the flitch is located silo 312 department, end box drive gear 3102 is the engagement structure with board drive gear 3113, it drives end box drive gear 3102's rotation through end box driving belt 3101 to rotate motor 3100, slide drive gear 3113 then rotates and drives upper roll pole 3110, the transport speed of flitch is improved in the rotation of lower roll pole 3111, the flitch is processed into the cone through feed roll 10 after that, lift supporting wheel board 1331 reciprocates during the blanking and drives runner 1332 and prop up the awl material, be convenient for the workman to get the material (along with the continuous processing of material, the material height reduces simultaneously lifter plate 30 makes the action that rises and is convenient for the material and moves material device 132 bottom laminating on upper portion, do benefit to the pay-off).

Compared with the prior art, the invention has the technical progress that: lifter plate 30 department is placed to the material, moves material device 132 and a material subframe 31 through upper portion and delivers to the material and process into the cone to pay-off roller 10 department, and mechanical transmission pay-off is not only efficient but also has improved the security, and the material takes shape and carries integratively, has saved conveying equipment's loaded down with trivial details installation, has guaranteed the little advantage of small-size equipment area, need not artifical supplementary to consolidate or adjust the location, labour saving and time saving to the material.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.