CN216544303U - Material taking device of trolley of plate pressing machine - Google Patents

Abstract

The utility model relates to a production device of a glasses rubber plate, in particular to a trolley material taking device of a plate pressing machine. The utility model provides the following technical scheme: the utility model provides a trigger dolly extracting device, includes the shell, sets up the gyro wheel in the shell bottom, sets up at the inside support frame of shell, with support frame swing joint's movable seat, the material taking frame of fixed setting on the movable seat to and the horizontal push rod, the vertical push rod that link to each other with the movable seat, the shell corresponds the material taking frame and has seted up the window, the gyro wheel includes action wheel and follow driving wheel, the action wheel even has makes its pivoted motor and reduction gear, the material taking frame includes the relative material taking pole that sets up of multiunit, and every material taking pole of group is equipped with the material support piece in one side relative each other. The automatic feeding device can be applied to the automatic feeding device of the plate pressing machine, realizes automatic circulation of the die, does not need to carry the die manually, and saves labor cost.

Description

Material taking device of trolley of plate pressing machine

Technical Field

The utility model relates to a production device of a glasses rubber plate, in particular to a trolley material taking device of a plate pressing machine.

Background

The spectacle rubber plate is also called acetate fiber spectacle rubber plate, is not easy to burn, is lighter, hardly changes color under the irradiation of ultraviolet rays, has higher hardness and better glossiness, is durable and is not easy to heat and process. The elastic glasses frame is generally used for manufacturing the glasses frame, and the manufactured glasses frame has certain elasticity, and can be restored to the original shape when being bent or tightened by a little force, so that the glasses frame is not easy to deform after being worn.

The raw material of the glasses rubber plate is colloidal particles, the colloidal particles are poured into a mold during processing, and then the colloidal particles in the mold are pressed into the rubber plate through extrusion of a plate pressing machine. However, in the process, when the plate pressing machine presses each time, the mould is sent to the plate pressing machine and is carried by manpower, which is relatively laborious.

In view of the situation, the applicant invented an automatic feeding device of a plate pressing machine, which can solve the problem, wherein a feeding transfer frame and a material taking transfer frame are respectively arranged on two sides of the plate pressing machine, the feeding transfer frame transfers a mold to the plate pressing machine for pressing, and the pressed mold to be cooled is conveyed to the material taking transfer frame. In the structure, a material taking device is required to be equipped to convey the mold on the material taking transfer frame to the material conveying transfer frame, so that the mold is circularly transferred on the plate pressing machine, but the material taking device applied to the structure is not available in the prior art.

Disclosure of Invention

Aiming at the problems in the prior art, the utility model provides the plate pressing machine trolley material taking device which can be applied to the plate pressing machine automatic feeding device to realize the automatic circulation of the die without manually carrying the die, so that the labor cost is saved.

In order to achieve the purpose, the utility model provides the following technical scheme: the utility model provides a trigger dolly extracting device, includes the shell, sets up the gyro wheel in the shell bottom, sets up at the inside support frame of shell, with support frame swing joint's movable seat, the material taking frame of fixed setting on the movable seat to and the horizontal push rod, the vertical push rod that link to each other with the movable seat, the shell corresponds the material taking frame and has seted up the window, the gyro wheel includes action wheel and follow driving wheel, the action wheel even has makes its pivoted motor and reduction gear, the material taking frame includes the relative material taking pole that sets up of multiunit, and every material taking pole of group is equipped with the material support piece in one side relative each other.

By adopting the technical scheme, the movable seat is pushed by the transverse push rod, so that the movable seat and the material taking frame on the movable seat extend out of the window and are contacted with the mold, wherein the material taking rods forming the material taking frame extend to two sides of the mold, the material supporting block can be matched with the convex edge on the mold, when the longitudinal push rod pushes the movable seat to ascend, the material taking frame is driven to ascend, at the moment, the mold is lifted by the material taking rods through the material supporting block matched with the convex edge on the mold to leave the original position, then the movable seat is pulled back by the transverse push rod, so that the material taking frame and the mold above the material taking frame retract into the window together, thereby achieving the purpose of material taking, then the driving wheel is rotated by the motor and the speed reducer, the utility model is moved to the position of the material taking frame in the material feeding, the material taking frame is communicated with the mold and pushed out of the window by the transverse push rod, and then the longitudinal push rod of the material taking frame is lifted and returned, the mold is put down, so that the mold is moved from the material taking transfer rack to the material conveying transfer rack, automatic circulation of the mold is realized, manual mold carrying is not needed, and the labor cost is saved.

Further, the sliding seat corresponds the support frame and is equipped with the adjustable shelf, the adjustable shelf is including the horizontal pole that is located the adjustable shelf both sides to and be located the bottom of adjustable shelf and connect the bottom bracket of two horizontal poles, the bottom bracket links to each other with vertical push rod, and two horizontal poles are established on the adjustable shelf with bottom bracket cooperation cover, the top that the adjustable shelf corresponds two horizontal poles is equipped with the first movable pulley that contacts with the horizontal pole.

Adopt above-mentioned technical scheme, set up like this and make the adjustable shelf have the supporting role of vertical direction to the adjustable shelf, but do not influence the relative adjustable shelf of adjustable shelf along horizontal pole length direction's removal yet, the setting of first movable pulley not only plays spacing effect to between horizontal pole and the adjustable shelf in vertical direction, is convenient for the adjustable shelf to follow horizontal pole length direction's removal moreover.

Furthermore, the support frame is many stands, and the horizontal pole corresponds every stand and is equipped with preceding sliding part in one side towards the window, and corresponds preceding sliding part on the horizontal pole and be provided with back sliding part relatively, and preceding sliding part and back sliding part cooperation are with the stand card in the centre, and preceding sliding part and the position of back sliding part and stand contact are equipped with rotatable second movable pulley.

Adopt above-mentioned technical scheme, set up like this through preceding sliding part with the cooperation of back sliding part with the stand card in the centre, play the limiting displacement at the horizontal direction to adjustable shelf and carriage, and be convenient for the adjustable shelf through the second movable pulley and drive the sliding seat and remove along vertical direction.

Furthermore, two second sliding wheels are arranged on each front sliding piece and each rear sliding piece.

By adopting the technical scheme, the movable frame is more reliably connected with the support frame by the arrangement, and the front sliding part and the rear sliding part move more stably along the upright post, so that the movable frame moves more stably.

Furthermore, a fixing piece for connecting the two cross rods is arranged above the two cross rods.

Adopt above-mentioned technical scheme, set up like this and couple together two horizontal poles through the mounting, so, there is the connection upper and lower both sides of two horizontal poles for the structure of adjustable shelf is more stable.

Drawings

FIG. 1 is a schematic view of the present invention.

FIG. 2 is a schematic view of another embodiment of the present invention.

Fig. 3 is a schematic view of the internal structure of the present invention.

Fig. 4 is a schematic structural view of the automatic feeding device of the plate pressing machine according to the present invention.

Detailed Description

The following description will further describe embodiments of the present invention with reference to the accompanying drawings and examples.

The plate press trolley material taking device shown in fig. 1-3 comprises a shell 61, rollers arranged at the bottom of the shell 61, a supporting frame 63 arranged inside the shell 61, a movable seat 64 movably connected with the supporting frame 63, a material taking frame 65 fixedly arranged on the movable seat 64, a transverse push rod 66 and a longitudinal push rod 67 which are connected with the movable seat 64, wherein the shell 61 is provided with a window 611 corresponding to the material taking frame 65, the rollers comprise a driving wheel 621 and a driven wheel 622, the driving wheel 621 is connected with a motor 623 and a speed reducer 624 which enable the driving wheel 621 to rotate, the material taking frame 65 comprises a plurality of groups of material taking rods 651 which are arranged oppositely, and one side of each group of material taking rods 651 opposite to each other is provided with a material supporting block 652.

Two driving wheels 621 are arranged and connected through a shaft to enable the two driving wheels to be linked, and the motor 623 and the speed reducer 624 are arranged on the shaft.

The transverse push rod 66 and the longitudinal push rod 67 can be provided as pneumatic push rods or electric push rods.

As shown in fig. 4, the automatic feeding device of the plate pressing machine comprises a plate pressing machine 1, a feeding transfer frame 2, a material taking transfer frame 3 and a material pushing table 4, wherein the plate pressing machine 1 comprises a die inlet end 11 for die entering, a die outlet end 12 for die leaving and a conveying mechanism 8 for transferring the die from the die inlet end 11 to the die outlet end 12, the feeding transfer frame 2 is arranged at the die inlet end 11, the material taking transfer frame 3 is arranged at the die outlet end 12, the feeding transfer frame 2 and the material taking transfer frame 3 have the same structure and respectively comprise a bracket 21, a lifting frame and a lifting cylinder 23 for controlling lifting, the lifting frame comprises a plurality of die placing plates 24 and a cover plate 25 positioned at the top, each die placing plate 24 is connected with the cover plate 25 through a connecting column 26, the connecting column 26 is hollow and sleeved on the bracket 21, the lifting cylinder 23 is arranged on the bracket 21, and one end of the material pushing platform is connected with the cover plate 25, and the telescopic material pushing rod 41 is arranged on the material pushing platform 4.

During the use, the revolving rack 2 makes the crane go up and down through lift cylinder 23 in the pay-off, control every mould and place board 24 and move in proper order and advance the mould end 11 matched with position of push plate 1, through the flexible of the ejector pin 41 that sets up on the material pushing platform 4, the mould 5 that will place on the revolving rack 2 in the pay-off pushes into mould end 11, get into in the push plate 1, via transport mechanism 8, be transmitted to play mould end 12, the revolving rack 3 makes the crane go up and down through lift cylinder 23 in getting the material, control every mould and place board 24 and move in proper order and go up the mould end 12 matched with position with push plate 1, then on the revolving rack 3 in getting the material with mould 5, realize the unidirectional transmission of mould 5.

The utility model is matched to transfer the die from the material taking transfer rack 3 to the material conveying transfer rack 2, thereby realizing the automatic circulation of the die and leading the use to be more convenient.

The die 5 in fig. 4 is provided with a convex edge 521 matched with the material holding block 652, and the distance between each group of material taking rods 651 is set to correspond to the size of the die 5.

In addition, the number of the material taking rods 651 on the material taking frame 65 is the same as the number of the molds 5 placed on the material taking transfer rack 3 and the material feeding transfer rack 2, 3 sets of molds 5 are arranged on the material taking transfer rack 3 and the material feeding transfer rack 2 in this embodiment, and the number of the material taking rods 651 on the material taking frame 65 is also 3 sets.

When the utility model is used, the movable seat 64 is firstly positioned at the material taking revolving rack 3, the transverse push rod 66 pushes the movable seat 64, so that the movable seat 64 and the material taking rack 65 on the movable seat 64 extend out from the window 611 and are contacted with the mold 5, wherein the material taking rod 651 forming the material taking rack 65 extends to two sides of the mold 5, the material supporting block 652 can be matched with the convex edge on the mold 5, then the longitudinal push rod 67 pushes the movable seat 64 to rise to drive the material taking rack 65 to rise, at the moment, the material taking rod 651 lifts the mold 5 through the material supporting block 652 matched with the convex edge on the mold 5 to leave the original position, then the movable seat 64 is pulled back through the transverse push rod 66, so that the material taking rack 65 together with the upper mold 5 retracts into the window 611, thereby achieving the purpose of material taking, then the driving wheel 621 rotates through the motor 623 and the speed reducer 624, so that the utility model moves to the position of the material taking revolving rack 2 in the material feeding, the material taking frame 65 is communicated with the mold 5 and pushed out from the window 611 through the transverse push rod 66, then the longitudinal push rod 67 which originally raises the material taking frame 65 returns, and the mold 5 is put down, so that the mold 5 moves from the material taking transfer frame 3 to the material conveying transfer frame 2.

After the mold 5 is transferred, the utility model returns to the material taking revolving rack 3 through the roller to wait for the next material taking.

The sliding seat 64 corresponds support frame 63 and is equipped with the adjustable shelf, the adjustable shelf is including the horizontal pole 681 that is located the sliding seat 64 both sides to and be located the bottom of sliding seat 64 and connect the bottom bracket 682 of two horizontal poles 681, bottom bracket 682 links to each other with vertical push rod 67, and two horizontal poles 681 are established on sliding seat 64 with bottom bracket 682 cooperation cover, the top that the sliding seat 64 corresponds two horizontal poles 681 is equipped with the first movable pulley 686 that contacts with horizontal pole 681. The arrangement enables the movable frame to support the movable seat 64 in the vertical direction, but does not affect the movement of the movable seat 64 relative to the movable frame along the length direction of the cross rod 681, and the arrangement of the first sliding wheel 686 not only plays a role in limiting the position between the cross rod 681 and the movable seat 64 in the vertical direction, but also facilitates the movement of the movable seat 64 along the length direction of the cross rod 681.

The supporting frame 63 is a plurality of upright posts, the cross bar 681 is provided with a front sliding part 684 corresponding to each upright post on one side facing the window 611, the cross bar 681 is provided with a rear sliding part 685 corresponding to the front sliding part 684, the front sliding part 684 is matched with the rear sliding part 685 to clamp the upright posts in the middle, and a rotatable second sliding wheel 687 is arranged at the contact part of the front sliding part 684 and the rear sliding part 685 with the upright posts. The setting is through preceding sliding 684 with the cooperation of back sliding 685 with the stand card in the centre like this, plays the limiting displacement to adjustable shelf and support frame 63 at the horizontal direction, and is convenient for the adjustable shelf to drive adjustable seat 64 through second movable pulley 687 and removes along vertical direction.

There are two second sliding wheels 687 on each of the front and rear gliders 684, 685. The movable frame is more reliably connected with the supporting frame 63 through the arrangement, and the front sliding piece 684 and the rear sliding piece 685 move more stably along the upright post, so that the movable frame moves more stably.

The two cross bars 681 are provided with fasteners 683 connecting the two. The two cross bars 681 are connected by the fixing member 683, so that the upper and lower sides of the two cross bars 681 are connected, and the structure of the movable frame is more stable.

Claims (5)

1. The utility model provides a push plate device dolly extracting device which characterized in that: including the shell, set up at the gyro wheel of shell bottom, set up at the inside support frame of shell, with support frame swing joint's movable seat, the fixed work or material rest of setting on the movable seat to and horizontal push rod, the vertical push rod that links to each other with the movable seat, the shell corresponds the work or material rest and has seted up the window, the gyro wheel includes action wheel and follows the driving wheel, the action wheel even has makes its pivoted motor and reduction gear, the work or material rest includes the relative material pole of getting that sets up of multiunit, and every group gets the material pole and is equipped with the material support piece in one side relative each other.

2. The press trolley take off device of claim 1, further comprising: the sliding seat corresponds the support frame and is equipped with the adjustable shelf, the adjustable shelf is including the horizontal pole that is located the adjustable shelf both sides to and be located the bottom of adjustable shelf and connect the bottom bracket of two horizontal poles, the bottom bracket links to each other with vertical push rod, and two horizontal poles are established on the adjustable shelf with bottom bracket cooperation cover, the top that the adjustable shelf corresponds two horizontal poles is equipped with the first movable pulley that contacts with the horizontal pole.

3. The press trolley take off device of claim 2, further comprising: the support frame is many stands, and the horizontal pole corresponds every stand and is equipped with preceding sliding member in one side towards the window, and corresponds preceding sliding member and be provided with back sliding member relatively on the horizontal pole, and preceding sliding member and back sliding member cooperation are with the stand card in the centre, and preceding sliding member and the position of back sliding member and stand contact are equipped with rotatable second movable pulley.

4. The press trolley take off device of claim 3, wherein: two second sliding wheels are arranged on each front sliding piece and each rear sliding piece.

5. The trigger car reclaimer device of claim 2, or 3 or 4, wherein: the upper parts of the two cross rods are provided with fixing parts for connecting the two cross rods.

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