CN201446264U

CN201446264U - Universal adjustment device for glass mold

Info

Publication number: CN201446264U
Application number: CN200920048304XU
Authority: CN
Inventors: 马建华; 马军生
Original assignee: CHANGSHU JIANHUA DIE SETS Co Ltd
Current assignee: CHANGSHU JIANHUA DIE SETS Co Ltd
Priority date: 2009-09-03
Filing date: 2009-09-03
Publication date: 2010-05-05
Anticipated expiration: 2019-09-03

Abstract

The utility model relates to a universal adjustment device for a glass mold, which belongs to the technical field of fixtures. It includes a frame with a leaky upper part, and a rotary shaft seat is formed on the corresponding two sides of the upper part of one end of the frame, and a pair of rotary shaft seats correspond to each other; a rotary frame, the pivot is arranged on a pair of rotary shaft seats; The driving mechanism of the rotary frame is fixed on any one of the pair of rotary shaft seats in a cantilever state, and is connected to the rotary frame in transmission; a bottle mold clamp actuator is fixed on the rotary frame in a cantilever state. The middle part of the outer wall in the length direction; a bottle mold clamp corresponding to the top of the frame and coupled with the bottle mold clamp actuating mechanism. Advantages: It can provide position guarantee for the glass mold that the drilling machine is placed on the bottle mold fixture. Compared with the existing technology, it not only has the correct position positioning, but also can improve the processing efficiency and reduce the labor intensity of workers.

Description

The universal adjusting device that glass mold is used

Technical field

The utility model belongs to technical field of tooling clamps, is specifically related to the universal adjusting device that a kind of glass mold is used.

Background technology

The reason known as industry must be offered cooling bath and/or cooling hole on glass mold, improve the cooling velocity of mould and increase the service life so that help.There is not technology barrier in the cooling hole that utilizes conventional drilling machine to offer linearity on mould, but when offering radial or when claiming radial cooling hole, the drilling machine of routine often is difficult to be competent to mould.Disposal options in the prior art is glass mold to be placed on the workbench of drilling machine and with scroll chuck or similarly clamping device clamping, put the sark that is similar to tenon and so at the bottom of scroll chuck pad again, make scroll chuck take glass mold and form certain or claim and form required gradient, then be drilled with radial louvre by drilling machine.The existing shortcoming of this processing mode is: the one, and the angle of inclination of mould is difficult to definite assurance, can bore the damage glass mold when serious, causes and scraps; The 2nd, operating efficiency is low, and working strength of workers is big.

Summary of the invention

Task of the present utility model is to provide the control and use to drilling machine boring and provide position assurance, the universal adjusting device that the making glass mold that helps improving operating efficiency and alleviate labor strength is used arbitrarily of a kind of angle of inclination that helps to make glass mold.

Task of the present utility model is finished like this, and the universal adjusting device that a kind of glass mold is used comprises the frame that a top is blank, respectively constitutes the single-revolution axle bed in corresponding both sides, the top of an end of this frame, and a pair of revolution axle bed corresponds to each other; Single-revolution frame, pivot are arranged on the described a pair of revolution axle bed; One is used to order about the reversing frame driving mechanism of described reversing frame motion, is fixed on appointing in the described a pair of revolution axle bed in cantilever state to select on the revolution axle bed, and connects with described reversing frame transmission; One bottle of die clamper actuating mechanism is fixed on the middle part of outer wall of the length direction of described reversing frame in cantilever state; One bottle of die clamper connects corresponding to the top of described frame and with described bottle die clamper actuating mechanism.

In a specific embodiment of the present utility model, the two ends of described reversing frame respectively constitute a hub setting arm, make reversing frame form the door glyph construction by a pair of articulated jib, each extension constitutes the single-revolution axle on the outer wall of described a pair of hub setting arm, a pair of gyroaxis pivot is arranged on the described a pair of revolution axle bed, wherein, one of them gyroaxis in a pair of gyroaxis and described reversing frame driving mechanism transmission connect.

In another specific embodiment of the present utility model, described reversing frame driving mechanism comprises first motor, first reduction box, transmission case, first, second drive and driving-belt, first motor is fixed on an end of transmission case, the motor shaft of this first motor is stretched in the case chamber of described transmission case, one end of first reduction box and described revolution axle bed are fixed, the other end of the other end and transmission case connects, the power output shaft of first reduction box and described gyroaxis transmission connect, and the power input shaft of first reduction box is insinuated in the case chamber of described transmission case, first drive is fixed on the described motor shaft, second drive is fixed on the described power input shaft, one end of driving-belt is nested with on first drive, and the other end is nested with on second drive.

In another specific embodiment of the present utility model, extension constitutes a connection tenon on the described gyroaxis, connects the fourth of the twelve Earthly Branches and constitute one on the end face of described power output shaft, connects tenon and cooperatively interacts with the connection fourth of the twelve Earthly Branches.

In another specific embodiment of the present utility model, described first motor is a servomotor, and described first, second drive is a belt pulley, and described driving-belt is a belt.

Also have in the specific embodiment of the present utility model, described belt pulley is a synchronous pulley, and described belt is to be with synchronously.

More of the present utility model and in specific embodiment, described bottle die clamper actuating mechanism comprises second motor and second reduction box, second motor and second reduction box connect, and take on second motor is fixed in described reversing frame with horizontal boom state ground the outer wall at position placed in the middle of length direction by second reduction box, wherein, the second reduction box reduction gearbox output shaft cooperates with described reversing frame by bearing, and reduction gearbox output shaft and described bottle die clamper connection corresponding to upper rack.

In of the present utility model and then specific embodiment, described bottle die clamper comprises finger plate, bottle die holder and first, second locating piece, finger plate and described reduction gearbox output shaft connect firmly, bottle die holder and finger plate are fixed, first locating piece is configured in the top of bottle die holder, and second locating piece is located at the end of bottle die holder.

Of the present utility model again more and in specific embodiment, described bottle die holder has a glass mold seat chamber, the shape of cross section in this glass mold seat chamber takes the shape of the letter U, and constitutes one at an end of bottle die holder and connect pillow, connects pillow and fixes by screw and described finger plate.

In again of the present utility model and then specific embodiment, one end of described locating piece is nested with on first double-screw bolt, the other end constitutes free end, first double-screw bolt is fixed on the upper edge of bottle die holder, and be furnished with and be used for nut that described locating piece is compeled to hold, the shape of described second locating piece is 7 fonts, one client link is on second double-screw bolt, the other end constitutes free end, end at second double-screw bolt disposes the handle that a usefulness is ordered about the rotation of second double-screw bolt, and the front end of second double-screw bolt matches with nut seat 5412, and nut seat is fixed on the bottom of bottle die holder.

The utility model is owing to adopted said structure, make reversing frame do revolution at any angle by the reversing frame driving mechanism, and make the revolution of clamping anchor clamps by bottle die clamper actuating mechanism, thereby can provide position assurance for the glass mold that drilling machine is opposite on bottle die clamper, with respect to prior art, it is correct not only to have the location, position, and can improve working (machining) efficiency and alleviate working strength of workers.

Description of drawings

Fig. 1 is a specific embodiment structure chart of the present utility model.

Fig. 2 is an application examples schematic diagram of the present utility model.

The specific embodiment

For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present utility model and beneficial effect more, the applicant general elaborates in conjunction with the accompanying drawings in the mode of embodiment below, but to the description of embodiment all is not restriction to the utility model scheme, any according to the utility model design done only for pro forma but not substantial equivalent transformation all should be considered as the technical solution of the utility model category.

Ask for an interview Fig. 1, the top of the frame 1 that provides is blank, promptly do not seal, both sides at an end of frame 1 are the illustrated single-revolution axle bed 11 that each side is processed with, on each revolution axle bed 11, offer dead eye, for reversing frame 2 pivot settings. each constitutes bending the two ends, the left and right sides of reversing frame 2, form hub setting arm 21 by this bending, and make reversing frame 2 form the structure of door type. on each hub setting arm 21, be extended with single-revolution axle 211, hub setting is opened in the dead eye of revolution on the axle bed 11 in aforesaid by bearing. and the gyroaxis 211 that being used in a pair of gyroaxis 211 connects with rotary motion mechanism 3 transmissions (diagram the right) is extended with one and connects tenon 2111, connects tenon 2111 by this and realizes connecting with 3 transmissions of reversing frame driving mechanism.

First motor 31 and an end of the length direction of transmission case 33 of rotary motion mechanism 3 are fixed, and the motor shaft 311 of this first motor 31 is insinuated in the case chamber of transmission case 33.The left end of the casing of first reduction box 32 (state shown in Figure 1 is an example) constitutes a flange 323, fixing with hold-down screw 3231 with a revolution axle bed 11 that extends the right on frame 1, the power output shaft 321 of this first reduction box 32 connects with aforesaid connection tenon 2111, specifically: on the end face of power output shaft 321, offer the connection fourth of the twelve Earthly Branches 3211, wait to connect tenon 2111 tenons and go into to connect in the fourth of the twelve Earthly Branches 3211, realized that just both transmissions connect.Certainly, aforesaid connection tenon 2111 can be exchanged with the position that connects the fourth of the twelve Earthly Branches 3211.The right-hand member of first reduction box 32 cooperates with transmission case 33, and the power input shaft 322 of first reduction box 32 probes in the transmission case 33.First drive 34 is fixed on the motor shaft 311, and second drive 36 is fixed on the power input shaft 322.One end of driving-belt 35 is enclosed within on first drive 34, and the other end is enclosed within on second drive 36.In the present embodiment, first,

second drive

34,36 is adopted belt pulley, driving-belt 35 is adopted belt, and fill the post of first,

second drive

34,36, correspondingly, fill the post of driving-belt 35 with being with synchronously with synchronous pulley.The servomotor of first motor 31 for having the rotating function.

When first motor 31 is done to move clockwise or counterclockwise, transition by first drive 34, driving-belt 35 and second drive 36 makes power output shaft 321 do suitable or motion counterclockwise, thereby make the gyroaxis 211 that connects with power output shaft 321 do along or be rotated counterclockwise, cause reversing frame 2 and do corresponding motion, the angle of being taken the following bottle die clamper actuating mechanism 4 that will mention and bottle die clamper 5 by reversing frame 2 changes, for drilling machine provides position assurance.

Second motor 41 and second reduction box 42 that constitute aforesaid bottle die clamper actuating mechanism 4 connect, and take second motor 41 is fixed in the length direction of reversing frame 2 with horizontal boom state ground (Figure 1 shows that example) the position placed in the middle in the outside by second reduction box 42.Second motor 41 is similarly the servomotor with rotating function.The reduction gearbox output shaft 421 of second reduction box 42 matches with reversing frame 2 by bearing 4211, and reduction gearbox output shaft 421 connects with bottle die clamper 5.

The finger plate 51 of bottle die clamper 5 connects with bottle die holder 52, shown in figure, an end that connects firmly mutually at bottle die holder 52 and finger plate 51 constitutes one and connects pillow 522, and is fixing with finger plate 51 with the pair of screws 5221 that is not illustrated restricted number, drives a bottle die holder 52 during by finger plate 51 revolutions and turns round together.Aforesaid bottle die holder 52 constitutes a glass mold seat chamber 521, and the shape of cross section in this glass mold seat chamber 521 takes the shape of the letter U, and this shape is just with suitable as the glass mold 6 (Fig. 2 shows) of bottle mould.One first location-plate 53 is used for the upper surface spacing (can claim that also the plane is spacing) to the glass mold 6 that is placed in glass mold seat chamber 521, one end of this first locating piece 53 is nested with on first double-screw bolt 531, the other end constitute free end and under user mode in alignment with the top in glass mold seat chamber 521, promptly to glass mold 6 location, prevent glass mold 6 escapes, nut 5311 plays the tube bank effect to first locating piece 53.The shape of one second locating piece 54 is 7 fonts substantially, the lower end is bound up on second double-screw bolt 541, and the upper end constitutes free end, and it is spacing to play the end face that is opposite to the glass mold 6 in the glass mold seat chamber 521 by it under user mode, prevents that glass mold 6 from scurrying out.One end (rear end) of second double-screw bolt 541 is installed with one handle 5411, and the front end of second double-screw bolt 541 cooperates with nut seat 5412, by suitable or counterclockwise control crank 5411, second double-screw bolt 541 is moved or towards the direction motion that deviates from nut seat 5412 towards nut seat 5412 directions, thereby make second locating piece 54 that corresponding change in location also take place.

Ask for an interview Fig. 2 and in conjunction with Fig. 1, during use, by shown in Figure 2, with glass mold 6 is that the bottle mould places on the bottle die holder 52 of bottle die clamper 5, and by first, second locating

piece

53,54 limit. on will be, be drilled with radial cooling hole 61 when (also can claim louvre) to glass mold 6, then order about by the detailed fixed mount driving mechanism 3 that shows of Fig. 1 and turn clockwise, turn to location status until making reversing frame 2 take bottle die clamper 5 by inclination shown in Figure 2, under this state, the drill bit 7 of drilling machine just can implement to be drilled with louvre 61. because louvre 61 has a group of each interval, therefore, when being drilled with adjacent louvre 61, then order about a bottle die clamper actuating mechanism 4, make the fixed head 51 of bottle die clamper 5 rotate an angle, drive bottle die holder 52 by fixed head 51 simultaneously and rotate corresponding angle, at this moment, place the glass mold 6 on bottle die holder 52 also to produce the angle variation of following in sb's footsteps, so that drill bit 7 is drilled with another louvre 61.

Because glass mold 6 has different specifications, therefore can adapt to by changing the bottle die holder 52 that connects firmly with finger plate 51, specifically: as long as with screw 5221 whizs, remove former bottle die holder 52, the bottle die holder of enabling 52 is fixing with finger plate 51.

The applicant has carried out contrasting (under confidential state) with the processing mode that in the utility model structure and the prior art glass mold 6 is drilled with louvre 61, efficient can improve more than ten times, and the situation that can thoroughly stop the position skew takes place, therefore the technical scheme that the applicant provided can be described as very good, and what it had solved puzzlement industry in the prior art offers the difficult problem of radial louvre 61 to glass mold 6.

Claims

1. A universal adjustment device for glass molds, characterized in that it comprises a frame (1) with an upper part leaking out, and a rotating shaft seat (11) is respectively formed on the corresponding two sides of the top of one end of the frame (1). ), a pair of rotary shaft seats (11) correspond to each other; a rotary frame (2), the pivot is arranged on the pair of rotary shaft seats (11); one is used to drive the movement of the rotary frame (2) The rotary frame drive mechanism (3) is fixed on any one of the pair of rotary shaft seats (11) in a cantilever state, and is transmitted with the rotary frame (2) Connection; a bottle mold clamp actuating mechanism (4), fixed on the middle part of the outer wall of the length direction of the described revolving frame (2) with a cantilever state; a bottle mold clamp (5), corresponding to the frame ( 1) and connected with the bottle mold clamp actuating mechanism (4).

2. The universal adjustment device for glass molds according to claim 1, characterized in that a pivot arm (21) is formed at both ends of the slewing frame (2), and a pair of articulated arms (21) ) so that the swivel frame (2) forms a door-shaped structure, each of the outer walls of the pair of pivoting arms (21) extends to form a rotary shaft (211), and the pair of rotary shafts (211) are pivotally arranged on the described On a pair of rotary shaft seats (11), wherein, one of the rotary shafts (211) in the pair of rotary shafts (211) is transmission-coupled with the rotary frame drive mechanism (3).

3. The universal adjustment device for glass molds according to claim 2, characterized in that said slewing frame driving mechanism (3) comprises a first motor (31), a first reduction box (32), a transmission box ( 33), the first and second drive wheels (34,36) and drive belt (35), the first motor (31) is fixed on one end of the transmission case (33), the motor shaft (311) of the first motor (31) Stretch in the box cavity of described transmission box (33), one end of the first reduction box (32) is fixed with described rotary shaft seat (11), and the other end is matched with the other end of transmission box (33), The power output shaft (321) of the first reduction box (32) is connected with the transmission of the rotary shaft (211), and the power input shaft (322) of the first reduction box (32) penetrates into the transmission box ( 33) in the box cavity, the first transmission wheel (34) is fixed on the motor shaft (311), the second transmission wheel (36) is fixed on the power input shaft (322), and the transmission belt (35) One end is sleeved on the first transmission wheel (34), and the other end is sleeved on the second transmission wheel (36).

4. The universal adjustment device for glass molds according to claim 3, characterized in that a connecting tenon (2111) is formed extending from the rotating shaft (211), and the power output shaft (321) A connecting mortise (3211) is formed on the end face, and the connecting tenon (2111) and the connecting mortise (3211) cooperate with each other.

5. The universal adjustment device for glass molds according to claim 3, characterized in that said first motor (31) is a servo motor, and said first and second transmission wheels (34, 36) are Belt pulley, described driving belt (35) is belt.

6 . The universal adjustment device for glass molds according to claim 5 , wherein the pulley is a synchronous pulley, and the belt is a synchronous belt.

7. The universal adjustment device for glass molds according to claim 1, characterized in that said bottle mold clamp actuating mechanism (4) comprises a second motor (41) and a second reduction box (42), the second The second motor (41) is matched with the second reduction box (42), and the second reduction box (42) carries the second motor (41) and is fixed in the length direction of the said slewing frame (2) in a horizontal cantilever state. On the outer wall of the middle part of the second reduction box (42), the output shaft (421) of the second reduction box (42) is matched with the said slewing frame (2) through the bearing (4211), and the output shaft (421) of the reduction box is matched with the said Corresponding to the connection of the bottle mold clamp (5) on the top of the frame (1).

8. The universal adjusting device for glass molds according to claim 7, characterized in that said bottle mold clamp (5) comprises a rotary plate (51), a bottle mold base (52) and first and second positioning Blocks (53, 54), the rotary plate (51) is fixedly connected with the output shaft (421) of the reduction box, the bottle mold base (52) is fixed with the rotary plate (51), and the first positioning block (53) is arranged on the bottle On the top of the mold base (52), the second positioning block (54) is located at the end of the bottle mold base (52).

9. The universal adjustment device for glass molds according to claim 8, characterized in that said bottle mold base (52) has a glass mold housing cavity (521), and the transverse direction of the glass mold housing cavity (521) The cross section is U-shaped, and a mating pillow (522) is formed at one end of the bottle mold base (52), and the mating pillow (522) is fixed to the rotary plate (51) by screws (5221).

10. The universal adjustment device for glass molds according to claim 8, characterized in that one end of the positioning block (53) is sleeved on the first stud (531), and the other end is formed as a free end, The first stud (531) is fixed on the upper edge of the bottle mold base (52), and is equipped with a nut (5311) for forcing the positioning block (53), and the second positioning block (54) The shape of the second stud (541) is 7-shaped, one end is connected to the second stud (541), and the other end is formed as a free end. A handle ( 5411), and the front end of the second stud (541) is matched with the nut seat (5412), and the nut seat (5412) is fixed on the bottom of the bottle mold seat (52).