CN205272854U - Automatic gilding press pressure guiding mechanism of dress trade mark - Google Patents

Abstract

The utility model relates to an automatic gilding press pressure guiding mechanism of dress trade mark, including the frame with install paper feeding mechanism on the frame, thermoprint mechanism, actuating mechanism, press from both sides paper mechanism and paper receiving mechanism, still include be used for adjusting gilt die holder with the pressure guiding mechanism of pressure between the hot pressing mould, gilt die holder is established to first end along width direction's one end, and the relative other end is established to the second end, and first end activity is set up on the frame, still include to be used for holding the lifting mechanism who lifts up with this second. Adopt the technical scheme of the utility model afterwards, gilt die holder activity is set up on the frame, can hold the second of gilt die holder through lifting mechanism and lift, adjusts the inclination of gilt die holder to interval between adjustment hot pressing mould and the gilt die holder, thus play the effect of pressure between adjustment hot pressing die holder and the gilt die holder, and the stable laminating of earnest money's foil paper has promoted gilt quality on the sign.

Description

Dress ornament trade mark automatic gold stamping machine pressure adjustmenting mechanism

Technical field

The utility model relates to a kind of dress ornament trade mark automatic gold stamping machine pressure adjustmenting mechanism.

Background technology

Gilding press a kind of by goldleaf paper hot pressing thermoprint to the machinery on paper card, can have a wide range of applications in printing industry, and the paper card that various business card, making product nameplate and other cosmetic requirement are higher can by gilding press hot pressing thermoprint. Automatic gold stamping machine of the prior art is primarily of support and the paper feeding mechanism being arranged on support different sites and work in coordination, thermoprint mechanism and driving mechanism composition; With the thermoprint die holder for support carton paper to be printed on support, the effect of paper feeding mechanism is that carton paper to be printed is sent to thermoprint die holder one by one, thermoprint mechanism then by hot-die by raw material goldleaf paper heating and pressurizing thermoprint to be sent on the carton paper of thermoprint die holder by paper feeding mechanism and by goldleaf paper waste material with gold stamping after carton paper be separated; Driving mechanism is then for paper feeding mechanism and thermoprint mechanism provide power.

At Authorization Notice No. CN2138564, name is called in the Chinese utility model patent of " full-automatic gold stamping machine ", discloses a kind of gilding press, and it is made up of support and paper feeding mechanism, thermoprint mechanism and the driving mechanism being arranged on support; The middle upper bands of support has and is printed the thermoprint die holder of carton paper for support, and the bottom of die holder is with gear paper rule; Paper feeding mechanism comprise lifting paper platform, inhale paper sucker, travelling belt and give paper sucker, be arranged on support upper back and for carton paper to be printed is sent to thermoprint die holder one by one; Thermoprint mechanism comprises eccentric wheel, rocking arm, hot-die and raw material frame, the front upper part being arranged on support, for and being separated twining the goldleaf paper heating and pressurizing thermoprint twisted on raw material frame goldleaf paper waste material with finished product card to being sent on the card of thermoprint die holder by paper feeding mechanism; Driving mechanism comprises motor, belt and flywheel, being arranged on the rear lower of support and be that paper feeding mechanism and thermoprint mechanism provide power, feature of the present utility model is, in described thermoprint mechanism hot-die front, the elasticity paper-weight for separating of goldleaf paper waste material and carton paper is housed; Front lower portion at described support is equipped with the holding mechanism for being sent to machine by finished product card one by one from thermoprint die holder and paper collecting mechanism.

In above-mentioned patent, after each hot-die presses to gold stamping die holder, spacing between hot-die and gold stamping die holder is fixed value, when the thickness of carton paper (or label) is different, pressure between hot-die and gold stamping die holder deviation to some extent, it is difficult to ensure that goldleaf paper is pasted on label stablely, causes goldleaf paper easily to come off, have impact on the quality of product.

Given this, the problems referred to above are carried out deep research by the present inventor, then have this case to produce.

Practical novel content

The purpose of this utility model is to provide a kind of dress ornament trade mark automatic gold stamping machine pressure adjustmenting mechanism that can adjust pressure between hot-die and gold stamping die holder.

In order to achieve the above object, the utility model adopts such technical scheme:

A kind of dress ornament trade mark automatic gold stamping machine pressure adjustmenting mechanism, the paper feeding mechanism comprising support and be arranged on support, thermoprint mechanism and driving mechanism, the middle top of support is provided with in order to support by the gold stamping die holder of thermoprint label, the bottom of gold stamping die holder is provided with backgauge portion, thermoprint mechanism comprises eccentric wheel, rocking arm, hot-die and raw material frame, gold stamping mechanism is located at the front upper part of support, for and to being sent on the label of thermoprint die holder by paper feeding mechanism goldleaf paper waste material being separated twining the goldleaf paper heating and pressurizing thermoprint twisted on raw material frame with finished product label, driving mechanism comprises motor, belt and flywheel, it is arranged on the rear lower of support and it is that paper feeding mechanism and thermoprint mechanism provide power, front lower portion at described support is equipped with the holding mechanism for being sent to gold stamping die holder by finished product label one by one from thermoprint die holder and paper collecting mechanism, also comprise adjusting the pressure adjustmenting mechanism of pressure between described gold stamping die holder and described hot-die, described gold stamping die holder is set to first end along one end of width, the relative the other end is set to the 2nd end, first end adjustable shelf is located on described support, also comprise the lifting mechanism in order to be lifted by the 2nd end.

As a kind of optimal way of the present utility model, described lifting mechanism comprises the adjustment axle being arranged on rotationally on described support, adjustment axle is fixed with the 2nd eccentric block, described 2nd end is to being located on the 2nd eccentric block, and described lifting mechanism also comprises the adjustment positioning component that drive adjustment axle rotates and locates in order to realization adjustment axle.

As a kind of optimal way of the present utility model, described adjustment positioning component comprises the first pendulum block, 2nd pendulum block and the 3rd pendulum block, the first end of the first pendulum block is connected with the end winding support of described adjustment axle, 2nd end is connected with the first driving lever, 2nd end is also provided with the 2nd driving lever, support is provided with peg, extension spring it is provided with between driving lever and peg the 2nd, one end of extension spring is fixed on peg, the other end is fixed on the 2nd driving lever, the first end of the 2nd pendulum block is provided with adjustment tank, adjustment tank comprises horizontal groove and the pod of linking mutually, first driving lever is located in adjustment tank, 2nd end of the 2nd pendulum block and the first end of the 3rd pendulum block are hinged, 2nd end of the 3rd pendulum block is connected with governor lever assembly, position between the first end of the 3rd pendulum block and the 2nd end is hinged on described support, governor lever assembly comprises the first adjustment block, 2nd adjustment block and the adjustment screw rod being located in the first adjustment block and the 2nd adjustment block, first adjustment block is connected to the 2nd end of the 3rd pendulum block, 2nd adjustment block is fixed on described support, first adjustment block is connected with adjustment screw flight, screw rod is regulated to be disposed on the 2nd adjustment block rotationally, also comprise the first limited block and the 2nd limited block that regulate screw axial to move in order to limit, first limited block and the 2nd limited block are connected to and regulate on screw rod and divide the both sides being located at the 2nd adjustment block.

After adopting the technical solution of the utility model, gold stamping die holder adjustable shelf is located on support, 2nd end of gold stamping die holder can be lifted by lifting mechanism, adjust the angle of inclination of gold stamping die holder, thus adjust the spacing between hot-die and gold stamping die holder, thus play the effect of pressure between adjustment hot pressing die holder and gold stamping die holder, ensure that goldleaf paper is stable and it is fitted on label, improve gold stamping quality.

Accompanying drawing explanation

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

Fig. 2 is structural representation of the present utility model (its mid-paper seat and position adjusting mechanism do not illustrate);

Fig. 3 is the structural representation of the mid-paper seat of the utility model;

Fig. 4 is the enlarged view at A place in Fig. 3;

Fig. 5 is the structural representation of position correction mechanism in the utility model;

Fig. 6 is the structural representation of pressure adjustmenting mechanism in the utility model;

In figure:

The gold stamping die holder of 100-pedestal 201-

202-backgauge portion 203-rocking arm

2031-pushing part 204-hot-die

205-raw material frame 300-feeding clip mechanism

400-paper collecting mechanism 501-supports block

502-supports axle 503-first suction nozzle

The eccentric block of 504-first rotating shaft 505-first

506-first return spring 507-supporting tube

508-the 2nd suction nozzle 509-fork

600-puts paper seat 601-erecting frame

602-first baffle plate 603-first supports axle

604-first axle sleeve 605-first trip bolt

606-second baffle 607-the 2nd supports axle

608-third gear plate 609-pedestal

Wall under the upper wall 611-of 610-

612-indulges wall 613-support portion

614-slide block 615-adjusts plate

616-adjusts screw 617-first and clamps sheet

618-the 2nd clamps the lower end of sheet 619-slide block

700-position correction mechanism 701-push rod

702-pushing block 703-swinging block

The hinged axle 705-axostylus axostyle of 704-

The spacing part of 706-return spring 707-

800-pressure setting mechanism 801-adjusts axle

The eccentric block 803-first of 802-the 2nd puts block

804-the 2nd puts block 805-the 3rd and puts block

806-first driving lever 807-pod

808-horizontal groove 809-the 2nd driving lever

810-first regulates block 811-the 2nd to regulate block

813-regulates screw rod 814-first limited block

815-the 2nd limited block 816-extension spring

900-label

Embodiment

It is described in detail the technical solution of the utility model below in conjunction with accompanying drawing in order to explain further.

Referring to figs. 1 through Fig. 6, dress ornament trade mark automatic gold stamping machine pressure adjustmenting mechanism, paper feeding mechanism, thermoprint mechanism and the driving mechanism comprising support 100 and be arranged on support 100, the middle top of support 100 is provided with in order to support by the gold stamping die holder 201 of thermoprint label 900, the bottom of gold stamping die holder 201 is provided with backgauge portion 202, support label 900 by this backgauge portion 202, avoid label 900 landing automatically. thermoprint mechanism comprises eccentric wheel, rocking arm 203, hot-die 204 and raw material frame 205, gold stamping mechanism is located at the front upper part of support 100, for and to being sent on the label 900 of thermoprint die holder 201 by paper feeding mechanism goldleaf paper waste material being separated twining the goldleaf paper heating and pressurizing thermoprint twisted on raw material frame 205 with finished product label, driving mechanism comprises motor, belt and flywheel, it is arranged on the rear lower of support 100 and it is that paper feeding mechanism and thermoprint mechanism provide power, front lower portion at described support 100 is equipped with the holding mechanism 300 for being sent to gold stamping die holder 201 by finished product label one by one from thermoprint die holder 201 and paper collecting mechanism 400, backgauge portion 202 is provided with corresponding opening, label 900 is pressed from both sides out by clamping device from this opening from gold stamping die holder 201, and by paper collecting mechanism, label 900 is collected, these structures are existing in existing patent to be introduced, here no longer it is described in detail.

In the present invention, described paper feeding mechanism comprise in order to placing labels 900 put paper seat 600, in order to label 900 from putting paper seat 600 the first Suction cup assembly taken out and is delivered to the 2nd Suction cup assembly of gold stamping die holder 201 in order to be inhaled by the label 900 on the first Suction cup assembly, first Suction cup assembly is arranged on the lower section putting paper seat 600, the first suction nozzle the 503, two Suction cup assembly that the lower surface on the first Suction cup assembly with corresponding label 900 is arranged has the 2nd suction nozzle 508 that the upper surface of corresponding label 900 is arranged.

As a kind of optimal way of the present utility model, described first Suction cup assembly comprises support block 501, support axle 502, it is arranged on described first suction nozzle 503 and the first return spring 506 supporting block 501 upper end, the lower end supporting block 501 is hinged on described support 100 by support axle 502, one end of first return spring 506 is connected to the top supporting block 501, the other end is connected on described support 100, first suction nozzle 503 is connected to gas source, gas source can provide positive pressure air and negative pressure air to the first suction nozzle 503, described first Suction cup assembly also comprises the first rotating shaft 504 supporting block 501 swing in order to drive and the first eccentric block 505 being fixed in the first rotating shaft 504, first rotating shaft 504 is in transmission connection with described driving mechanism, in an embodiment, first rotating shaft 504 is connected by chain gear with the output shaft of the motor in driving mechanism, the rotation of the first rotating shaft 504 is realized with this, the rotation of the first rotating shaft 504 drives the first eccentric block 505 to rotate, first eccentric block 505 drives support block 501 to rotate around support axle 502, when the first suction nozzle 503 turns to the whole lower section of label 900, label 900 is held by the first suction nozzle 503, and by supporting the swing of block 501, label 900 is taken out paper seat 600 from putting.

As a kind of optimal way of the present utility model, described 2nd component suction nozzle comprises horizontally disposed supporting tube 507, described 2nd suction nozzle 508 being arranged on supporting tube 507 and the fork 509 in order to drive supporting tube 507 to swing, fork 509 and described driving mechanism are in transmission connection, described 2nd suction nozzle 508 is connected to gas source, supporting tube 507 is made to move to the first component suction nozzle place by driving mechanism, and by the 2nd suction nozzle 508, the upper surface of label 900 is held, now provide positive pressure air by gas source to the first suction nozzle 503, negative pressure air is provided to the 2nd suction nozzle 508 by gas source, by the swing of fork 509, label 900 is driven to gold stamping die holder 201 place, label 900 is released on gold stamping die holder 201 by the 2nd suction nozzle 508 afterwards.

As a kind of optimal way of the present utility model, described paper seat 600 of putting comprises erecting frame 601, erecting frame 601 is provided with the first baffle plate 602 and second baffle 606, first baffle plate 602 and second baffle 606 are longitudinally arranged, third gear plate 608 and fourth gear material mechanism it is provided with between first baffle plate 602 and second baffle 606, fourth gear material mechanism is provided with the support portion 613 temporarily supporting described label 900, formed between support portion 613 and third gear plate 608 for the feed opening that described label 900 skids off, first baffle plate 602, second baffle 606, what third gear plate 608 and fourth gear material mechanism surrounded to stack described label 900 puts material space, described first suction nozzle 503 correspondence is arranged on this lower section putting material space. in order to adapt to the label 900 of various different lengths, first baffle plate 602 is connected with the first support axle 603, first support axle 603 is erected on erecting frame 601 removablely, erecting frame 601 is connected with the first axle sleeve 604, first support axle 603 is located in the first axle sleeve 604, the sidewall of the first axle sleeve 604 is provided with the first trip bolt 605, first trip bolt 605 can withstand the first support axle 603 whereby, thus realize the location of the first support axle 603, the 2nd support axle 607 it is connected with equally on second baffle 606, 2nd axle sleeve and the 2nd trip bolt are to realize movement and the location of second baffle 606, first baffle plate 602 like this relative can adjust the label 900 adapting to different lengths with the relative distance of second baffle 606.

As a kind of optimal way of the present utility model, described fourth gear material mechanism comprises the pedestal 609 being arranged on described support 100, pedestal 609 is provided with dashpot near the side of described label 900, dashpot extends from the end face of pedestal 609 near described label 900 to other end, dashpot is due to upper wall 610, lower wall 611 and the vertical wall 612 being engaged between wall 610 and lower wall 611 surround, described support portion 613 is connected on lower wall 611, adopt this kind of structure, label 900 can temporarily be supported by 613, support portion need, feed opening is formed between support portion 613 and third gear plate 608, label 900 is taken away from this feed opening by the first suction nozzle 503. the slide block 614 that described fourth gear material mechanism also comprises chute and is disposed in chute, slide block 614 is longitudinally arranged, the buffering gap for the activity of described label 900 is formed between the lower end 619 of slide block and lower wall 611, slide block 614 is connected with adjustment plate 615 and the adjustment screw 616 of this buffering gap height of adjustment, adjustment plate 615 is horizontally disposed with and is fixed on slide block 614, adjustment screw 616 is located in adjustment plate 615 and the lower end of adjustment screw 616 is screwed onto on described pedestal 609, adjustment screw 616 is bolted with the first clamping sheet 617 and the 2nd clamping sheet 618, first clamping sheet 617 and the 2nd clamping sheet 618 points are located at upper surface and the lower surface of adjustment plate 615. adopt this kind of structure, by rotating the adjustment screw 616 i.e. height of adjustable adjustment plate 615, thus adjust the height in this buffering gap, in actual applications, the height in this buffering gap is less than the thickness sum of two pieces of labels 900 slightly larger than the thickness of a label 900, when taking out label 900 from feed opening, first the label 900 being positioned at bottom is driven to move to this buffering gap by the first suction nozzle 503, afterwards by the first suction nozzle 503 by label 900 sucking-off, label 900 discharges gradually from feed opening to adopt this kind of structure to ensure.

As a kind of optimal way of the present utility model, also comprise the position correction mechanism 700 in order to the described label 900 being placed on described gold stamping die holder 201 to be carried out position correction, the pushing block 702 that position correction mechanism 700 comprises push rod 701 and is connected on push rod 701, push rod 701 is connected with the pushing mechanism driving push rod 701 to move around along the length direction of described gold stamping die holder 201. When label 900 is placed on gold stamping die holder 201, by push rod 701 and pushing block 702, label 900 is pushed into certain position, thus ensures that label 900 all can be positioned at same position every time, ensure gold stamping accuracy, promote gold stamping quality.

As a kind of optimal way of the present utility model, described pushing mechanism comprises the swinging block 703 driving by the sidewall of described rocking arm 203 and carrying out swinging, the first end of swinging block 703 is hinged on described support 100 by hinged axle 704, 2nd end is fixedly connected with described push rod 701 by screw 705, swinging block 703 is connected with the return mechanism driving swinging block 703 go back tos positions, from the position of the described screw of correspondence 705 to the position of the described hinged axle 704 of correspondence, described rocking arm 203 is gradually near described swinging block 703 and in the formation pushing part, position 2031 of the described hinged axle 704 of correspondence, when described rocking arm 203 carries out periodic wobble, this pushing part 2031 periodically moves to screw 705 place and promotes the 2nd end, so that this swinging block 703 swings around this hinged axle 704. adopt this kind of structure, utilize rocking arm 302 of the prior art to drive push rod 701 to move ingeniously, thus realize the correction of label 900 position. in enforcement, return mechanism comprises the axostylus axostyle 705 being connected on swinging block 703, axostylus axostyle 705 is connected on described support 100 slidably, return spring 706 it is provided with between support 100 and swinging block 703, end at axostylus axostyle 707 is provided with the spacing part 707 of spacing axostylus axostyle 705 slippage, adopting this kind of structure, pushing block 702 goes back to position after having pushed away a label 900, to prepare to carry out the propelling movement of next label 900.

As a kind of optimal way of the present utility model, also comprise adjusting the pressure adjustmenting mechanism 800 of pressure between described gold stamping die holder 201 and described hot-die 205, described gold stamping die holder 201 is set to first end along one end of width, the relative the other end is set to the 2nd end, first end adjustable shelf is located on described support 100, also comprises the lifting mechanism in order to be lifted by the 2nd end. support 100 is provided with the support mechanism supporting gold stamping die holder 201 first end, by the fulcrum of this support mechanism as the lifting of gold stamping die holder 201, gold stamping die holder 201 is avoided to skid when upwards lifting, in an embodiment, directly utilize backgauge portion 202 as support mechanism, backgauge portion 202 is fixed on support 100, some supporting traverses also it are provided with in the lower section of gold stamping die holder 201, the first end of gold stamping die holder 201 is resisted against in backgauge portion 202, position between first end and the 2nd end is resisted against on supporting traverse, by the 2nd end is lifted, change the angle that gold stamping die holder 201 tilts, thus realize the adjustment of hot-die 205 with gold stamping die holder 201 contact pressure, promote gold stamping quality.

As a kind of optimal way of the present utility model, described lifting mechanism comprises the adjustment axle 801 being arranged on rotationally on described support 100, adjustment axle 801 is fixed with the 2nd eccentric block 802, described 2nd end is to being located on the 2nd eccentric block 802, and described lifting mechanism also comprises the adjustment positioning component driving and adjusting axle 801 and rotate and adjust axle location in order to realization.

As a kind of optimal way of the present utility model, described adjustment positioning component comprises the first pendulum block 803, 2nd pendulum block 804 and the 3rd pendulum block 805, the first end of the first pendulum block 803 is connected with the end winding support of described adjustment axle 801, 2nd end is connected with the first driving lever 806, 2nd end is also provided with the 2nd driving lever 809, support 100 is provided with peg 815, it is provided with extension spring 816 between the 2nd driving lever 809 and peg 815, one end of extension spring 816 is fixed on peg 815, the other end is fixed on the 2nd driving lever 809, the first end of the 2nd pendulum block 804 is provided with adjustment tank, adjustment tank comprises horizontal groove 808 and the pod 807 of linking mutually, first driving lever 806 is located in adjustment tank, adopt this kind of structure, first driving lever 806 is moved to horizontal groove 808 or pod 807, the conversion of the first pendulum block 803 position can be realized, thus realize the rotation adjusting axle 801, and then realize the adjustment by a relatively large margin of topper module 201 position.

In the utility model, 2nd end of the 2nd pendulum block 804 and the first end of the 3rd pendulum block 805 are hinged, 2nd end of the 3rd pendulum block 805 is connected with governor lever assembly, position between the first end of the 3rd pendulum block 805 and the 2nd end is hinged on described support 100, governor lever assembly comprises the first adjustment block 810, 2nd adjustment block 811 and the adjustment screw rod 812 being located in the first adjustment 810 and the 2nd adjustment block 811, first adjustment block 810 is connected to the 2nd end of the 3rd pendulum block 805, 2nd adjustment block 811 is fixed on described support 100, first adjustment block 810 is threaded with adjustment screw rod 812, screw rod 812 is regulated to be disposed on the 2nd adjustment block 811 rotationally, also comprise the first limited block 813 and the 2nd limited block 814 that regulate screw rod 812 to move axially in order to limit, first limited block 813 and the 2nd limited block 814 are connected to and regulate on screw rod 812 and divide the both sides being located at the 2nd adjustment block 8111. adopt this kind of structure, screw rod 812 is regulated by rotating, first adjustment block 810 is regulating on screw rod 812 movement among a small circle, thus drive the 2nd pendulum block 804 to rotate by a small margin by the 3rd pendulum block 805, and change the position of the first driving lever 806 in adjustment tank by a small margin, thus realize the adjustment by a small margin of the first pendulum block 803 position, finally realize the adjustment by a small margin of gold stamping die holder 201 position.

Product form of the present utility model is not limited to this case diagram and embodiment, and it is carried out suitable change or the modification of similar thinking by anyone, all should be considered as not departing from patent category of the present utility model.

Claims (3)

1. dress ornament trade mark automatic gold stamping machine pressure adjustmenting mechanism, the paper feeding mechanism comprising support and be arranged on support, thermoprint mechanism and driving mechanism, the middle top of support is provided with in order to support by the gold stamping die holder of thermoprint label, the bottom of gold stamping die holder is provided with backgauge portion, thermoprint mechanism comprises eccentric wheel, rocking arm, hot-die and raw material frame, gold stamping mechanism is located at the front upper part of support, for and to being sent on the label of thermoprint die holder by paper feeding mechanism goldleaf paper waste material being separated twining the goldleaf paper heating and pressurizing thermoprint twisted on raw material frame with finished product label, driving mechanism comprises motor, belt and flywheel, it is arranged on the rear lower of support and it is that paper feeding mechanism and thermoprint mechanism provide power, front lower portion at described support is equipped with the holding mechanism for being sent to gold stamping die holder by finished product label one by one from thermoprint die holder and paper collecting mechanism, it is characterized in that: also comprise the pressure adjustmenting mechanism adjusting pressure between described gold stamping die holder and described hot-die, described gold stamping die holder is set to first end along one end of width, the relative the other end is set to the 2nd end, first end adjustable shelf is located on described support, also comprise the lifting mechanism in order to be lifted by the 2nd end.

2. dress ornament trade mark automatic gold stamping machine pressure adjustmenting mechanism as claimed in claim 1, it is characterized in that: described lifting mechanism comprises the adjustment axle being arranged on rotationally on described support, adjustment axle is fixed with the 2nd eccentric block, described 2nd end is to being located on the 2nd eccentric block, and described lifting mechanism also comprises the adjustment positioning component that drive adjustment axle rotates and locates in order to realization adjustment axle.

3. dress ornament trade mark automatic gold stamping machine pressure adjustmenting mechanism as claimed in claim 2, it is characterized in that: described adjustment positioning component comprises the first pendulum block, 2nd pendulum block and the 3rd pendulum block, the first end of the first pendulum block is connected with the end winding support of described adjustment axle, 2nd end is connected with the first driving lever, 2nd end is also provided with the 2nd driving lever, support is provided with peg, extension spring it is provided with between driving lever and peg the 2nd, one end of extension spring is fixed on peg, the other end is fixed on the 2nd driving lever, the first end of the 2nd pendulum block is provided with adjustment tank, adjustment tank comprises horizontal groove and the pod of linking mutually, first driving lever is located in adjustment tank, 2nd end of the 2nd pendulum block and the first end of the 3rd pendulum block are hinged, 2nd end of the 3rd pendulum block is connected with governor lever assembly, position between the first end of the 3rd pendulum block and the 2nd end is hinged on described support, governor lever assembly comprises the first adjustment block, 2nd adjustment block and the adjustment screw rod being located in the first adjustment block and the 2nd adjustment block, first adjustment block is connected to the 2nd end of the 3rd pendulum block, 2nd adjustment block is fixed on described support, first adjustment block is connected with adjustment screw flight, screw rod is regulated to be disposed on the 2nd adjustment block rotationally, also comprise the first limited block and the 2nd limited block that regulate screw axial to move in order to limit, first limited block and the 2nd limited block are connected to and regulate on screw rod and divide the both sides being located at the 2nd adjustment block.