CN104207675A

CN104207675A - Quantification device for converting volume into weight to output powdery/granular materials

Info

Publication number: CN104207675A
Application number: CN201410428351.2A
Authority: CN
Inventors: 不公告发明人
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-08-28
Filing date: 2014-08-28
Publication date: 2014-12-17

Abstract

The invention relates to a quantification device, in particular to a quantification device for converting volume into weight to output powdery/granular materials. The quantification device is mainly used for quantifying the powdery/granular materials output by a kitchen, and comprises a shell, wherein threads screwed with a material loading container are arranged on the inner wall of the opening end of the shell; a discharging pipe which is used for outputting the materials is arranged on the outer diameter surface of the shell; a shaft sleeve for a transmission shaft is arranged on the upper end surface of the shell; the transmission shaft is mounted in the shaft sleeve. The quantification device is characterized in that one end of the transmission shaft is connected with a quantity control part outside the shell, and the other end of the transmission shaft is connected with a bidirectional output quantification mechanism in the shell; the quantification mechanism in the shell is communicated with the discharging pipe; the materials carried by the bidirectional output quantification mechanism are discharged from the discharging pipe after being quantified by rotating the quantity control part. Compared with the prior art, the quantification device has the advantages that the structure is simple; the quantification mechanism and a quantity control mechanism are reasonable in structure; the application range of the materials is wider.

Description

A kind of volume is converted into weight for exporting the proportioning device of form of powdery particles material

Technical field

The present invention relates to a kind of proportioning device, be specifically related to a kind of volume and be converted into weight for exporting the proportioning device of form of powdery particles material, be mainly used in the salt of catering trade and family cooking and powder, end, the quantitative output of granular material.

Background technology

People, when carrying out cooking food, need to add condiment easily and accurately, as salt, sugar, monosodium glutamate., Chinese prickly ash., five-spice powder etc., adopt quantitative tool manipulation more; Especially catering trade prepares and adds in condiments more to need practicality, easily quantitative tool in culinary art.The patent No. is proportioning device disclosed in 201420011538.8, although it is very easy to use, the performance and reliability of the convenience and use of putting salt also has some defects and problem.Quantitatively export although the utility model patent that application number is 201220493208.8 is also size two groups, but there is performance poor reliability and the high problem of production cost in its quantitative disk return mechanism, quantitative mechanism, control measuring mechanism and inflatable body, the practicality of product also has some problems; In addition, its application documents also have the defect of some essence and form.

Summary of the invention

In order to solve Problems existing in background technology, the invention provides a kind of volume and being converted into weight for exporting the proportioning device of form of powdery particles material; 1. the quantitative mechanism of this device have employed the structure that quantitative ring set is combined with quantitative wallboard and discharge chute mouth, its advantage is that discharge outlet adds blow tank, increase outlet, also according to the sectional dimension that need change outlet by situation, inflatable body can be eliminated for this reason; 2. have employed and can change and supporting quantitative loop nested structure, add practicality and the reliability of product; 3. quantitative disk return mechanism has used the two-way return mechanism of torsion spring instead, and serviceability and reliability have had large increase; 4. have made some improvements on the contour structures of product, more meet the needs of use; 5. in addition, in the scope of application for catering trade adds several applicable scheme.

Concrete technical solution of the present invention is as follows:

This volume is converted into weight for exporting the proportioning device of form of powdery particles material, comprise housing, the openend inwall of described housing is provided with the screw thread spun with loaded material container, the orientation of face of hull outside diametric plane is provided with the discharge nozzle for outputting material, the upper surface of housing 1 is provided with propeller shaft tube, drive shaft cartridge is in axle sleeve, one end of power transmission shaft and housing are provided with control amount parts and mechanism, the other end of power transmission shaft and the inwall of housing are provided with quantitative mechanism, it is characterized in that: one end of described power transmission shaft and the quantitative disk return mechanism outside housing and control measuring mechanism parts and be connected, the other end of described power transmission shaft is connected with the two-way output quantitative mechanism in housing, two-way output quantitative mechanism in described housing and discharge nozzle through, by rotating the parts of control measuring mechanism, the material that two-way output quantitative mechanism band is carried drops out from discharge nozzle after quantitatively.

Described two-way output quantitative mechanism comprises quantitative disk assembly and quantitative wall panel assembly; Described quantitative disk assembly is taken turns by axle sleeve and quantitative ring set is formed, and described axle sleeve wheel center is shaped with the hexagon axis hole be connected with power transmission shaft, its outer diameter face is shaped with the locating slot pin with quantitative ring set stationary fit; Described quantitative ring set is made up of every lid the quantitative lattice of same circumference minute of angle and group, the described group of quantitative lattice every lid both sides are the quantitative lattice group of different spaces capacity, the quantity that described quantitative loop puts the quantitative lattice group of different spaces capacity is to group, the dividing plate of described quantitative lattice both sides is for scraping band blade, and described quantitative loop puts that each group is scraped the band area of blade, shape is not identical; Described quantitative wall panel assembly is made up of discharge chute mouth and the quantitative wallboard being symmetricly set on discharge chute mouth both sides, and be connected as a single entity, described discharge chute mouth and discharge nozzle through, described discharge chute mouth, quantitative wallboard, quantitative disk axis hole and quantitative lattice and group are suitable every the circumference graduation angle covered, the lower surface of the outer diameter face of described quantitative wallboard inner wall surface thereof and quantitative ring set, its upper surface and quantitative ring set suitable in conjunction with size, and dynamic mating surface each other; Described quantitative lattice group and the mobile cavity that quantitative wallboard surrounds continuously rotate to discharge chute mouth to carry out the quantitative of different magnitude and exports; The radius value of described discharge chute mouth and quantitative wallboard is greater than the radius value of the quantitative ring set of all outfits; The increase and decrease of described two-way its quantitative cavity volume of output quantitative mechanism and change are radius values by increasing and decreasing quantitative ring set, the minute of angle of height dimension, quantitatively lattice and scrape area and the shape of band blade, correspondingly subtract the radius value that increases axle sleeve wheel and height dimension realizes simultaneously; Described not isometric two-way output quantitative mechanism is proportion according to different material, by the output quantity customization needed for difference, and carry out customizing, show and exporting with numerical value volume being converted into weight.

The edge of described housing end face is shaped with annular boss, and annular boss is built-in with quantitative disk return mechanism and control measuring mechanism parts; Described quantitative disk return mechanism comprises: the next stacked return mechanism on torsion spring horizontal return mechanism and torsion spring; Described torsion spring horizontal return mechanism comprises: return spiral arm assembly, limiting plate and torsion spring assembly; One end of described return spiral arm is fixed on the upper end of power transmission shaft, and the front end of return spiral arm is shaped with return spin-block, and its initial position is just to discharge chute mouth; The below of described return spin-block is shaped with limiting plate, limiting plate front and back end is fixed on the panel seat of housing end face, the two sides of described return spin-block are shaped with return docking groove, and the two sides of limiting plate are shaped with spacing docking groove, and the line position, the center of circle of two pairs of docking grooves, radius are identical with notch shape; Housing end face in described annular boss is shaped with two groups of force adjustment locating holes, two guide-localization grooves are inserted in the force adjustment locating hole of selection respectively; The parallel beneath of described limiting plate is shaped with inner ring torsion spring and outer ring torsion spring, the bending termination of torsion spring outer ring, outer ring and the bending termination of inner ring torsion spring inner lane are inserted on the guide-localization groove of inside and outside circle respectively, the bending end hook of outer ring torsion spring inner lane is stuck in the return docking groove and spacing docking groove of turning right clockwise, and the bending end hook of inner ring torsion spring outer ring is stuck in the return docking groove that turns left counterclockwise and spacing docking groove; On described annular boss inwall below, symmetry is shaped with for hindering the spiral arm limited block stopping return spin-block; Described return mechanism is for controlling to be fixed on the revolution of the quantitative ring set in power transmission shaft lower end and spacing.

The edge of described housing end face is shaped with annular boss, and annular boss is built-in with quantitative disk return mechanism control amount parts; On described torsion spring, the next stacked return mechanism comprises: return block, limited block and torsion spring assembly; Be shaped with return block before described return scratching plate lower surface, its orientation and group every the initial position covered and minute of angle corresponding, the return block left and right sides is shaped with return docking groove; Described limited block is positioned at before housing end face Upper shaft sleeve, after return block, and its left and right sides is shaped with spacing docking groove, and its radius and notch shape are identical with return docking groove, and before and after it, center of circle line is on same line; Housing end face outside described axle sleeve is shaped with two groups of force adjustment directional holes, two guide-localization grooves are inserted on hole respectively; Be shaped with upper torsion spring and the next torsion spring outside described axle sleeve diametric plane, the bending termination of its two inner ring is inserted on guide-localization groove respectively, and the bending termination of its two outer ring is respectively in the hook spacing docking groove that is stuck in upper and lower torsion spring and return docking groove; On described annular boss inwall below, symmetry is shaped with for hindering the spiral arm limited block stopping return block; Its return mechanism described is for controlling to be fixed on the revolution of the quantitative ring set in power transmission shaft lower end and spacing.

Described control measuring mechanism comprises: the adjustable motor-driven shelves bullet wheel that the motor-driven gear groove that the return scratching plate that power transmission shaft upper end connects, return scratching plate outer diameter face are arranged and discharge nozzle are arranged above; Described motor-driven gear groove is corresponding with the circumference graduation angle of housing quantification lattice group, comes lattice number that the quantitative lattice group of perception rotates and rotating speed, make material fully drop to discharge nozzle for the microseism sense of rubbing with the hands when reversing scratching plate; The below of described quantitative disk is shaped with middle demarcation strip, and it selects to pour left side, the quantitative lattice group in right side or the left and right sides into when batch turning; Described discharge nozzle adopts the manufacture of dedicated transparent material, and its two sides indicate scale volume being converted into weight amount, after covering seal cover, observe the amount of output and temporary material.

Described control measuring mechanism comprises: the return connecting shaft rub wheel be connected as a single entity with power transmission shaft lower end, motor-driven gear groove that return connecting shaft rub wheel outer diameter face upper end is arranged, the adjustable motor-driven shelves bullet that the lower surface of housing is arranged are taken turns; Motor-driven gear groove is corresponding with the circumference graduation angle of quantitative lattice group; It comes gear number that perception rotates and rotating speed for the forefinger microseism sense of rubbing with the hands when going back to a connecting shaft rub wheel, is convenient to falling speed and the output quantity of holding material; The below of described quantitative disk is shaped with middle demarcation strip, and it selects to pour left side, the quantitative lattice group in right side or the left and right sides into when batch turning; Described discharge nozzle adopts the manufacture of dedicated transparent material, and its two sides indicate scale volume being converted into weight amount, after covering seal cover, observe the amount of output and temporary material.

Described control measuring mechanism comprises: the return driver plate that power transmission shaft upper end connects, stroke shelves assembly and sense of touch shelves; Described stroke gear assembly comprises: be arranged on stroke shelves on the annular boss of housing upper end and the gear groove shared with sense of touch shelves, be enclosed within that elastic rod blend stop on axle sleeve and return driver plate lower surface arrange below for hindering two blocks stopping return driver plate; The collar outside the connecting bushing of described elastic rod blend stop one end, one end connects dials handle, and collar aperture surface and axle sleeve outer diameter face are dynamic mating surface; The gear groove that described stroke, sense of touch share is corresponding with the circumference graduation angle of quantitative lattice group; By the gear of adjustment two elastic rod blend stops during use, determine the lattice number that the two groups of quantitative lattice groups in left and right will export; Described discharge nozzle adopts the manufacture of dedicated transparent material, and its two sides indicate scale volume being converted into weight amount, after covering seal cover, observe the amount of output and temporary material.

Described control measuring mechanism comprises: the stroke shelves assembly that motor-driven gear groove, spiral arm limited block and case lid that the return spiral arm that power transmission shaft upper end connects, annular boss inwall are arranged are arranged; The termination of described return spiral arm is shaped with motor-driven shelves bullet wheel and return spin-block, described motor-driven shelves bullet wheel and motor-driven gear groove binding site and size suitable; Stroke shelves assembly in case lid includes: stroke shelves knob, contraposition elastic rod and alignment grooves that case lid end face is arranged, the stroke shelves that case lid lower surface is arranged, stroke shift slot and stroke shelves pin; Described stroke shelves knob is arranged in the axis hole of case lid central authorities, and its top diametric plane is shaped with contraposition elastic rod, its underpart diametric plane is shaped with stroke shelves pin, and upper-lower position is corresponding; Case lid end face is shaped with two groups of gear alignment grooves, it is positioned at two sides, stroke shelves knob left and right, the lower surface of case lid is shaped with two groups of corresponding stroke shelves, the circumference graduation angle one_to_one corresponding of the stroke gear groove that stroke shelves are arranged and alignment grooves and return spin-block, quantitatively lattice group; It is for the gear selecting to limit return spin-block and rotate thus regulate and control the lattice number that quantitative lattice group rotates; The below of described quantitative disk is shaped with middle demarcation strip, and it selects to pour left side, the quantitative lattice group in right side or the left and right sides into when batch turning; Described discharge nozzle adopts the manufacture of dedicated transparent material, and its two sides indicate scale volume being converted into weight amount, after covering seal cover, observe the amount of output and temporary material.

Described control measuring mechanism comprises: the return spiral arm drive plate that power transmission shaft upper end is connected as a single entity, stroke shelves blend stop, return spin-block, motor-driven shelves bullet wheel, motor-driven gear groove, body frame end face boss, spiral arm limited block, body frame lid and cover the stroke shelves assembly of setting, also comprises: cable quadrant manipulation component; The spiral arm of described return spiral arm drive plate is shaped with stroke shelves blend stop, return spin-block, motor-driven shelves bullet wheel, the inwall of described body frame end face boss is shaped with motor-driven gear groove and spiral arm limited block, described motor-driven shelves bullet wheel and motor-driven gear groove binding site and size suitable; The stroke shelves assembly that body frame covers comprises: stroke shelves knob, contraposition elastic rod, alignment grooves that body frame lid end face is arranged, the stroke shelves that body frame lid lower surface is arranged and gear groove and stroke shelves pin; Described stroke shelves knob is arranged in the axis hole of body frame lid central authorities, and its top diametric plane is shaped with contraposition elastic rod, its underpart diametric plane is shaped with stroke shelves pin, and its upper and lower position is corresponding; The end face of described body frame is shaped with two groups of gear alignment grooves, it is positioned at two sides, stroke shelves knob left and right, the lower surface of body frame lid is shaped with two groups of corresponding stroke shelves, the circumference graduation angle one_to_one corresponding of the stroke shelves pin in the gear groove that stroke shelves are arranged and alignment grooves, spiral arm and quantitatively lattice group; It for selecting the gear limiting the rotation of stroke shelves blend stop, thus regulates and controls the lattice number of quantitative lattice group rotation; Cable quadrant manipulation component includes: the disjunctor container cover that after housing, diametric plane is arranged and the body frame end face boss that disjunctor skeleton, its upper surface are arranged, disjunctor storage chamber handle, cable quadrant, cable quadrant axle, bracing wire, line pressing bolt, forefinger rub wheel, two groups of quantitative ring sets for subsequent use and bracing wire for subsequent use; The rear diametric plane of described disjunctor container cover and housing is through, and disjunctor skeleton is positioned at the rear diametric plane of disjunctor container cover, and the below of its rear end is shaped with forefinger rub wheel and disjunctor storage chamber handle; Forefinger rub wheel is connected with cable quadrant axle with the cable quadrant of disjunctor skeleton upper surface, and the line pressing bolt on the bracing wire cable quadrant of transmission and return spiral arm drive plate is fixed; It is for manipulating the rotation of return spiral arm drive plate, thus manipulates the rotation of quantitative lattice group; The storage chamber of described disjunctor storage chamber handle built with two kinds of two groups of quantitative ring sets for subsequent use and bracing wire for subsequent use and bracing wire axle screw pipe, its bracing wire damaged for matching, changing applicable quantitative ring set and replacing; The below of described quantitative disk is shaped with middle demarcation strip, and it selects to pour left side, the quantitative lattice group in right side or the left and right sides into when batch turning; Described discharge nozzle adopts the manufacture of dedicated transparent material, and its two sides indicate scale volume being converted into weight amount, after covering seal cover, observe the amount of output and temporary material.

Described control measuring mechanism is substantially identical with embodiment five, unlike: the stroke shelves assembly that body frame covers is different, and add thumb scratching plate, the quantitative disk for subsequent use in disjunctor storage chamber handle cavity is different with bracing wire; Described stroke shelves assembly comprises: the stroke gear mechanism that two groups, the left and right that body frame lid end face is arranged is identical, and its right side parts have: stroke shelves knob, contraposition elastic rod, alignment grooves, stroke shelves, stroke gear groove, stroke shelves pin and bumping post; Described stroke shelves knob is arranged in body frame lid central authorities axis hole to the left, its top diametric plane is shaped with contraposition elastic rod, its underpart diametric plane is shaped with stroke shelves pin, the termination of pin is shaped with bumping post, the capping on the described stroke shelves knob left side is shaped with alignment grooves, and the lower surface of lid is shaped with corresponding stroke shelves and stroke gear groove; Described stroke shelves pin is stuck in each stroke gear groove, the circumference graduation angle of each tangent point in diametric plane and stroke shelves pin face and the circumference graduation angle one_to_one corresponding of gear groove, gear groove, stroke shelves blend stop and quantitative lattice group before its termination bumping post; Its gear of turning right clockwise for limiting return spiral arm drive plate; The gear that the stroke shelves parts on the body frame lid end face left side turn left counterclockwise for limiting return spiral arm drive plate; The upper end of described cable quadrant axle, the upper surface of body frame lid are connected with thumb scratching plate; Three groups of quantitative disks for subsequent use and two groups of quantitative disks are equipped with in the cavity of described disjunctor storage chamber handle.

Described control measuring mechanism is substantially identical with embodiment five, and the spare part in the stroke shelves assembly covered unlike body frame and disjunctor storage chamber handle cavity is different; Stroke shelves assembly comprises; Knob, right side contraposition elastic rod, right side alignment grooves, right side stroke shelves pin, right side stroke shelves, right side gear groove on the right side of the upper strata knob axle sleeve that body frame lid central authorities are arranged, upper strata, knob, left side contraposition elastic rod, left side alignment grooves, left side stroke shelves pin, left side stroke shelves, left side gear groove on the left of lower floor's knob axle sleeve, lower floor; On the right side of described upper strata, the axle of knob is inserted in the knob axle sleeve of upper strata, and right side contraposition elastic rod is positioned on the diametric plane on the right side of its knob, and right side stroke shelves pin is positioned at the lower end of rotation axis, and the upper-lower position of two bars is corresponding; Right side alignment grooves is positioned at the right side of knob on the right side of upper strata, the circumference graduation angle one_to_one corresponding of the circumference graduation angle of its each slot and the stroke gear groove on the stroke shelves of body frame lid lower surface, right side stroke shelves pin, stroke shelves blend stop and quantitative lattice group; Its gear of turning right clockwise for the stroke shelves blend stop limited on return spiral arm drive plate; Identical all with right side of the structure of knob, function on the left of lower floor's knob axle sleeve in described left side, lower floor, its gear turned left counterclockwise for the stroke shelves blend stop limited on return spiral arm drive plate; Having the essential items such as bracing wire, screw, small screw driver in the storage chamber of described disjunctor storage chamber handle, using when it is for changing quantitative disk, bracing wire.

Advantage of the present invention is as follows:

Volume provided by the invention is converted into weight for exporting the proportioning device of form of powdery particles material, compared with the prior art, its structure is simple, quantitative mechanism and control measuring mechanism rational in infrastructure, better, quantitatively the scope of application of material is wider for the dependable performance of its product, applicability.

Accompanying drawing explanation

Fig. 1 is the quantitative mechanism structural representation of two quantitative lattice groups;

Fig. 2 is the quantitative mechanism structural representation of six quantitative lattice groups;

Fig. 3 is torsion spring horizontal return mechanism structural representation;

Fig. 4 is that on embodiment one broken section torsion spring, the next stacked return mechanism and quantitative mechanism, mother refer to scratching plate control measuring mechanism structural representation;

Fig. 5 is embodiment two broken section torsion spring horizontal return mechanism and quantitative mechanism, forefinger rub wheel control measuring mechanism structural representation;

Fig. 6 is embodiment three broken section torsion spring horizontal return mechanism, stroke gear mechanism, forefinger driver plate control measuring mechanism structural representation;

Fig. 7 is embodiment four torsion spring horizontal return mechanism, motor-driven gear mechanism, broken section stroke gear mechanism, forefinger rub wheel control measuring mechanism structural representation;

Fig. 8 is embodiment five torsion spring horizontal return mechanism, motor-driven gear mechanism, broken section stroke retaining device, disjunctor skeleton handle forefinger rub wheel control measuring mechanism, storage chamber structural representation for subsequent use;

Fig. 9 is embodiment six broken section torsion spring horizontal return mechanism, motor-driven gear mechanism, stroke retaining device, disjunctor skeleton handle forefinger rub wheel thumb scratching plate control measuring mechanism, storage chamber structural representation for subsequent use;

Figure 10 is embodiment seven torsion spring horizontal return mechanism, motor-driven gear mechanism, broken section stroke retaining device, disjunctor skeleton handle forefinger rub wheel control measuring mechanism structural representation;

Detailed description of the invention

below in conjunction with drawings and Examples, the present invention is described in detail:

Embodiment one

As shown in Fig. 1 and Tu tetra-: this volume is converted into weight for exporting the proportioning device of form of powdery particles material, is mainly used in the assembly of the various apothecary jar of family.The rear diametric plane of this housing 1 and the upper end of disjunctor pipe handle through, the lower end flare of disjunctor pipe handle, be shaped with the screw thread 2 spun with loaded material container, outside housing 1, the orientation of face of diametric plane is provided with the discharge nozzle 3 for outputting material, the upper surface of housing 1 is provided with propeller shaft tube 4, power transmission shaft 5 is contained in axle sleeve 4, one end of power transmission shaft 5 and housing 1 are provided with control amount parts and mechanism, the other end of power transmission shaft 5 and the inwall of housing 1 are provided with quantitative mechanism, it is characterized in that: one end of described power transmission shaft 5 and the quantitative disk return mechanism outside housing 1 and control measuring mechanism parts and be connected, the other end of described power transmission shaft 5 is connected with the two-way output quantitative mechanism in housing 1, two-way output quantitative mechanism in described housing 1 and discharge nozzle 3 through, by rotating the parts of control measuring mechanism, the material that two-way output quantitative mechanism band is carried drops out from discharge nozzle 3 after quantitatively.

Described two-way output quantitative mechanism comprises: quantitative disk assembly and quantitative wall panel assembly; Described quantitative disk assembly is made up of axle sleeve wheel 6 and quantitative ring set 7, and described axle sleeve 6 centers of taking turns are shaped with the hexagon axis hole 8 be connected with power transmission shaft 5, its outer diameter face are shaped with the locating slot pin 9 with the stationary fit of quantitative ring set 7; Described quantitative ring set 7 is made up of every lid 11 the quantitative lattice 10 of same circumference minute of angle and group, the described group of quantitative lattice 10 every lid 11 both sides are the quantitative lattice group 12 of different spaces capacity, on described quantitative ring set 7, the quantity of the quantitative lattice group 12 of different spaces capacity is 2 to 6 groups, the dividing plate of described quantitative lattice both sides is for scraping band blade 13, and described quantitative loop puts each group of area scraping band blade, shape is not identical; Described quantitative wall panel assembly is made up of discharge chute mouth 14 and the quantitative wallboard 15 being symmetricly set on discharge chute mouth 14 both sides, and be connected as a single entity, described discharge chute mouth 14 is through with discharge nozzle 3, described discharge chute mouth 14, quantitatively wallboard 15, quantitative disk axis hole 8 and quantitative lattice 10 and group are suitable every the circumference graduation angle 16 of lid 11, the lower surface of the outer diameter face of described quantitative wallboard 15 inner wall surface thereof and quantitative ring set 7, its upper surface and quantitative ring set 7 suitable in conjunction with size, and dynamic mating surface each other; The mobile cavity that described quantitative lattice group 12 and quantitative wallboard 15 surround continuously rotates to discharge chute mouth 14 to carry out the quantitative of different magnitude and exports; The radius value 17 of described discharge chute mouth 14 and quantitative wallboard 15 is greater than the radius value 18 of the quantitative ring set 7 of all outfits; The increase and decrease of described two-way its quantitative cavity volume of output quantitative mechanism and change are radius values 18 by increasing and decreasing quantitative ring set 7, the minute of angle 16 of height dimension 19, quantitatively lattice 10 and scrape area and the shape of band blade 13, correspondingly subtract the radius value 18 that increases axle sleeve wheel 6 and height dimension 19 realizes simultaneously; Described not isometric two-way output quantitative mechanism is proportion according to different material, by the output quantity customization needed for difference, and carry out customizing, show and exporting with numerical value volume being converted into weight; That described quantitative ring set adopts the edible regulation of country and have the manufacture of appropriate flexible silica type material.

The edge of described housing 1 end face is shaped with annular boss 20, and annular boss 20 is built-in with quantitative disk return mechanism and control amount parts; On described torsion spring, the next stacked return mechanism comprises: return block, limited block and torsion spring assembly; Be shaped with return block 31 before described return rub wheel 101 lower surface, its orientation and group every the initial position of lid 11 and minute of angle 16 corresponding, return block 31 left and right sides is shaped with return docking groove 24; Described limited block 32 is positioned at before housing 1 end face Upper shaft sleeve 4, after return block 31, and its left and right sides is shaped with spacing docking groove 25, and its radius and notch shape are identical with return docking groove 24, and before and after it, center of circle line is on same line; Housing 1 end face outside described axle sleeve 4 is shaped with two groups of force adjustment directional holes, 26, two guide-localization grooves 27 to be inserted into respectively on hole; Be shaped with upper torsion spring 33 and the next torsion spring 34 outside described axle sleeve 4 diametric plane, the bending termination of its two inner ring is inserted on guide-localization groove 27 respectively, and the bending termination of its two outer ring is respectively in the hook spacing docking groove 25 that is stuck in upper and lower torsion spring and return docking groove 24; On described annular boss 20 inwall below, symmetry is shaped with for hindering the spiral arm limited block 30 stopping return block 31; Its return mechanism described is for controlling to be fixed on the revolution of the quantitative ring set in power transmission shaft 5 lower end 7 and spacing.

Described control measuring mechanism comprises: the adjustable motor-driven shelves bullet wheel 103 that the motor-driven gear groove 102 that the return scratching plate 101 that power transmission shaft 5 upper end connects, return scratching plate 101 outer diameter face are arranged and discharge nozzle 3 are arranged above; Described motor-driven gear groove 102 is corresponding with the circumference graduation angle 16 of housing quantification lattice group 12, comes lattice number that the quantitative lattice group 12 of perception rotates and rotating speed, make material fully drop to discharge nozzle for the microseism sense of rubbing with the hands when reversing scratching plate 101; The below of described quantitative disk is shaped with middle demarcation strip 106, and it pours left side, the quantitative lattice group 12 in right side or the left and right sides into for selecting during batch turning; Described discharge nozzle adopts the manufacture of dedicated transparent material, and its two sides indicate the scale 104 volume being converted into weight amount, after covering seal cover 105, observe the amount and temporary material that export.

Using method and mechanical action: hold disjunctor pipe handle during use, break seal cover 105 into two with one's hands, discharge nozzle 3 is aimed at frying pan down, at this moment condiment heap is embedded on quantitative wallboard 15 and middle demarcation strip 106; Select the quantitative lattice group 12 rubbing return scratching plate 101 of different amount by thumb or left or right, now motor-driven shelves bullet wheel 102 beat, microseism, stop stranding when the lattice number feeling that quantitative lattice group 12 is rotated reaches required amount; Meanwhile, a bending termination in two-way return torsion spring is taken away spacing docking groove 25 by return block 31, the return docking groove 24 of return block 31 another side leaves opposite side bending termination, now to surround mobile cavity continuously quantitative by condiment for the group quantitative lattice group 12 that carries condiment every lid 11 opposite side band and quantitative wallboard 15, falls from discharge nozzle 3; Operated and first kicked up by discharge nozzle 3, allowed condiment fall back to container, then unclamp finger, now the bending termination of return torsion spring drives return block 31 to be back to spacing docking groove 25, and group also rotates back into discharging opening groove 14 initial position every lid 11 thereupon; If export group every the different amount of lid 11 opposite side quantitative lattice group 12, then thumb is to opposite direction rubbing.Export condiment first to export, be temporarily stored in transparent discharge nozzle 3, break seal cover 105 again into two with one's hands after contrast gram degree 104 observes aequum and pour out.

Embodiment two

As shown in Fig. 1, Fig. 3, Fig. 5: this volume is converted into weight for exporting the proportioning device of form of powdery particles material, when being mainly used in home cooking, salt is quantitative.The rear diametric plane of this housing 1 described and the front diametric plane of disjunctor pipe handle upper end through, the lower end flare of disjunctor pipe handle, is shaped with the internal thread 2 be connected with container, and the diametric plane of housing 1 orientation of face is shaped with discharge nozzle 3; Housing 1 inner face is shaped with axle sleeve 4, the axle of return connecting shaft rub wheel 201 is contained in axle sleeve 4 from bottom to top, hexagon in the middle part of return connecting shaft rub wheel 201 axle is connected with the hexagon axis hole stationary fit of quantitative disk, and the upper end of its axle is stretched out from the axle sleeve 4 of housing 1 upper surface, is fixedly connected with return spiral arm 21.The quantitative mechanism of embodiment two and control measuring mechanism are identical with embodiment one.

The edge of described housing 1 end face is shaped with annular boss 20, and annular boss 20 is built-in with quantitative disk return mechanism and control measuring mechanism parts; Described torsion spring horizontal return mechanism comprises: return spiral arm assembly, limiting plate and torsion spring assembly; One end of described return spiral arm 21 is fixed on the upper end of power transmission shaft 5, and the front end of return spiral arm 21 is shaped with return spin-block 22, and its initial position is just to discharge chute mouth 14; The below of described return spin-block 22 is shaped with limiting plate 23, limiting plate 23 front and back end is fixed on the panel seat of housing 1 end face, the two sides of described return spin-block 22 are shaped with return docking groove 24, the two sides of limiting plate 23 are shaped with spacing docking groove 25, and the line position, the center of circle of two pairs of docking grooves, radius are identical with notch shape; Housing 1 end face in described annular boss 20 being shaped with two groups of force adjustment locating holes, 26, two guide-localization grooves 27 is inserted in the force adjustment locating hole 26 of selection respectively; The parallel beneath of described limiting plate 23 is shaped with inner ring torsion spring 28 and outer ring torsion spring 29, the bending termination of outer ring torsion spring 29 outer ring and the bending termination of inner ring torsion spring 28 inner lane are inserted on the guide-localization groove 27 of inside and outside circle respectively, the bending end hook of outer ring torsion spring 29 inner lane is stuck in the return docking groove 24 and spacing docking groove 25 of turning right clockwise, and the bending end hook of inner ring torsion spring 28 outer ring is stuck in the return docking groove 24 that turns left counterclockwise and spacing docking groove 25; On described annular boss 20 inwall below, symmetry is shaped with for hindering the spiral arm limited block 30 stopping return spin-block 22; Described return mechanism is for controlling to be fixed on the revolution of the quantitative ring set in power transmission shaft 5 lower end 7 and spacing.

Described control measuring mechanism is identical with example one, and it comprises: the motor-driven gear groove 102 that the return connecting shaft rub wheel 201 be connected as a single entity with power transmission shaft 5 lower end, return connecting shaft rub wheel 201 outer diameter face upper end are arranged and the adjustable motor-driven shelves bullet that housing 1 lower surface is arranged take turns 103; Motor-driven gear groove 102 is corresponding with the circumference graduation angle 16 of quantitative lattice group 12; It comes gear number that perception rotates and rotating speed for the forefinger microseism sense of rubbing with the hands when going back to a connecting shaft rub wheel 201, is convenient to falling speed and the output quantity of holding material; The below of described quantitative disk is shaped with middle demarcation strip 106, and it pours left side, the quantitative lattice group 12 in right side or the left and right sides into for selecting during batch turning; Described discharge nozzle 3 adopts the manufacture of dedicated transparent material, and its two sides indicate the scale 104 volume being converted into weight amount, after covering seal cover 105, observe the amount and temporary material that export.

Using method and mechanical action: during use, hold disjunctor pipe handle, break seal cover 105 into two with one's hands, discharge nozzle 3 is aimed at frying pan down, at this moment salt heap is embedded on quantitative wallboard 15 and middle demarcation strip 106, two quantitative lattice group 12 rubbing return connecting shaft rub wheels 201 are selected by forefinger or left or right, motor-driven shelves bullet wheel 204 is beated, and quantitative lattice group 12 with carries salt and rotates thereupon, stops rubbing when feeling that quantitative lattice group 12 turns reaches aequum; Meanwhile, a bending termination in two-way return torsion spring is taken away spacing docking groove 25 by return spin-block 22, the return docking groove 24 of return spin-block 22 another side leaves opposite side bending termination, now to surround mobile cavity continuously quantitative by condiment for the group quantitative lattice group 12 that carries condiment every lid 11 opposite side band and quantitative wallboard 15, falls from discharge nozzle 3; Operated and first kicked up by discharge nozzle 3, allowed condiment fall back to container, then unclamp finger, now the bending termination of return torsion spring drives return spin-block 22 to be back to spacing docking groove 25, and group also rotates back into discharging opening groove 14 initial position every lid 11 thereupon; If export group every the different amount of lid 11 opposite side quantitative lattice group 12, then thumb to opposite direction rubbing, operate.Operated, seal cover 105 built by discharge nozzle 3 of kicking up.Also first can output in discharge nozzle 3, break seal cover 105 again into two with one's hands after observing scale, salt and cooking ratio, salt is poured in frying pan.In addition, first lay down lid when changing quantitative ring set 7, turn round lower screw, take off return spiral arm 21, promptly axle is extracted out from below by return connecting shaft rub wheel 201; Now again with chopsticks quantitative disk top to falling from disjunctor pipe handle below; More finish changing quantitative ring set to install by return sequence again.

Embodiment three

As shown in Fig. 1, Fig. 3, Fig. 6: this volume is converted into weight for exporting the proportioning device of form of powdery particles material, be mainly used in salt, condiment, the pasty mixture of starch and water, etc. powder material accurately, repeat, fixing quantitative; Also may be used for the quantitative output of various agricultural form of powdery particles material.This housing 1 is cylindrical, its openend is shaped with internal thread 2, and its upper surface central authorities are provided with axle sleeve 4, and the upper end of power transmission shaft 5 is connected with return driver plate 301, its outer diameter face is provided with transparent material manufacture, makes graduated discharge nozzle 3, discharge nozzle 3 termination is shaped with seal cover 105.The quantitative mechanism of embodiment three can be selected according to the material of different specific weight, granularity, mobility, adapted various two groups or three groups of quantitative disks.Embodiment three quantitative mechanism and embodiment one similar, its quantitative disk return mechanism and embodiment two similar.

Described control measuring mechanism comprises: the return driver plate 301 that power transmission shaft 5 upper end connects, stroke shelves assembly and sense of touch shelves; Described stroke gear assembly comprises: be arranged on stroke shelves on housing 1 upper end annular boss 20 and the gear groove 302 shared with sense of touch shelves, be enclosed within that elastic rod blend stop 303 on axle sleeve 4 and return driver plate 301 lower surface arrange below for hindering two blocks 304 stopping return driver plate 301; The collar outside described elastic rod blend stop 303 one end connecting bushing 4, one end connects dials handle, and collar aperture surface and axle sleeve 4 outer diameter face are dynamic mating surface; The gear groove 302 that described stroke, sense of touch share is corresponding with the circumference graduation angle 16 of quantitative lattice group 12; By the gear of adjustment two elastic rod blend stops 303 during use, determine the lattice number that the two groups of quantitative lattice groups 12 in left and right will export; Described discharge nozzle 3 adopts the manufacture of dedicated transparent material, and its two sides indicate the scale 104 volume being converted into weight amount, after covering seal cover 105, observe the amount and temporary material that export.

Using method and mechanical action: clamp cylindrical housings 1 with thumb and middle finger, break seal cover 105 into two with one's hands, two elastic rod blend stops 303 lifted or pushed away from moving in the gear groove 302 of aequum after gear groove 302 again; Being inserted in forefinger scratches dynamic in pulling hole 305, now forefinger side is felt and the lattice number that sense of touch shelves groove 302 rotates stopped until the block 304 at rear, return driver plate 301 lower surface is kept off by elastic rod blend stop 303; Meanwhile, the quantitative lattice group 12 in housing 1 is with the material carried to forward discharge nozzle 3 to after quantitative wallboard 15 is quantitative and is dropped out.Its mechanical action is identical with embodiment two.To kick up after having operated discharge nozzle 3, cover seal cover 105; Also can keep in after scale 104 observed by material and pour out again.

Embodiment four

As shown in Fig. 1, Fig. 3, Fig. 7: this volume is converted into weight for exporting the proportioning device of form of powdery particles material, when being mainly used in restaurant, home cooking, salt is quantitative.The rear diametric plane of this housing 1 described and the front diametric plane of disjunctor pipe handle upper end through, the lower end flare of disjunctor pipe handle, is shaped with the internal thread 2 be connected with container; Housing 1 inner face is shaped with axle sleeve 4, the axle of forefinger return rub wheel 401 is contained in axle sleeve 4 from bottom to top, hexagon in the middle part of its axle is connected with the hexagon axis hole stationary fit of quantitative disk, the hexagon spindle nose of forefinger return rub wheel 401 axle stretches out from the axle sleeve 4 of housing 1 upper surface, is connected with return spiral arm 21.Motor-driven shelves and stroke gear control measuring mechanism is shaped with in the boss of this housing 1 upper surface.The quantitative disk of this quantitative mechanism is customizable or select two groups or three groups amounts, and its scope of application is very large.The quantitative mechanism of embodiment four and the similar of embodiment one, its quantitative disk return mechanism is identical with embodiment two.

Described control measuring mechanism comprises: the stroke gear assembly that motor-driven gear groove 402, spiral arm limited block 30 and case lid 403 that the return spiral arm 21 that power transmission shaft 5 upper end connects, annular boss 20 inwall are arranged are arranged; The termination of described return spiral arm 21 is shaped with motor-driven shelves bullet wheel 404 and return spin-block 22, and it is suitable that described motor-driven shelves bullet takes turns 404 and motor-driven gear groove 402 binding site and size; Stroke shelves assembly in case lid 403 includes: the stroke shelves 408 that the stroke shelves knob 405 that case lid 403 end face is arranged, contraposition elastic rod 406, alignment grooves 407, case lid 403 lower surface are arranged and stroke shift slot 409 and stroke shelves pin 410; Described stroke gear knob 405 is arranged in the axis hole of case lid 403 central authorities, and its top diametric plane is shaped with contraposition elastic rod 406, its underpart diametric plane is shaped with stroke shelves pin 410, and upper-lower position is corresponding; Case lid 403 end face is shaped with two groups of gear alignment grooves 407, it is positioned at stroke shelves knob about 405 two sides; The lower surface of case lid 403 is shaped with two groups of corresponding stroke shelves 408, circumference graduation angle 16 one_to_one corresponding of the stroke gear groove 409 that stroke shelves 408 are arranged and gear alignment grooves 406 and return spin-block 22, quantitatively lattice group 12; It is for the gear selecting to limit return spin-block 22 and rotate thus regulate and control the lattice number that quantitative lattice group 12 rotates; The below of described quantitative disk is shaped with middle demarcation strip 106, and it pours left side, the quantitative lattice group 12 in right side or the left and right sides into for selecting during batch turning; Described discharge nozzle 3 adopts the manufacture of dedicated transparent material, and its two sides indicate the scale 104 volume being converted into weight amount, after covering seal cover 105, observe the amount and temporary material that export.

Using method and mechanical action: during use, hold disjunctor pipe handle, with finger press down, rotating distance shelves knob 405, after contraposition elastic rod 406 being aimed at alignment grooves 407, reinforcing presses down, unclamp finger after making the screens of contraposition elastic rod 406 point embed alignment grooves 407, now the stroke shelves pin 410 of case lid 403 lower surface has just been stuck in the gear groove 409 of aequum; Break seal cover 105 again into two with one's hands, discharge nozzle 3 is aimed at frying pan down, at this moment salt heap is embedded on quantitative wallboard 15 and middle demarcation strip 106; Select two quantitative lattice group 12 rubbing forefinger return rub wheels 401 with forefinger, now motor-driven shelves bullet wheel 404 beat, microseism, quantitative lattice group 12 with carries salt and rotates thereupon, stops rubbing when feeling the enough aequum of quantitative lattice group 12 turns; Also can rub with the hands to return spin-block 22 by stroke gear pin 410 gear stop; Can also flexibly stop exporting in the scope that stroke gear is selected.Its mechanical action is identical with embodiment two.Operated, seal cover 105 built by discharge nozzle 3 of kicking up.Also first can output in discharge nozzle 3, break seal cover 105 again into two with one's hands after observing scale, salt and cooking ratio, salt is poured in frying pan.The quantitative disk of embodiment four or the quantitatively replacing options of ring set 7 and the similar of embodiment two.

Embodiment five

As shown in Fig. 1, Fig. 3, Fig. 8: this volume is converted into weight for exporting the proportioning device of form of powdery particles material, for connecting larger container, carry out accurate, the quantitative work rapidly of various powder, end, granular material.This housing 1 is elongated cylindrical, housing 1 end face central authorities are provided with axle sleeve 4, the orientation of face of housing 1 diametric plane is provided with discharge nozzle 3, discharge nozzle 3 front end is shaped with seal cover 105, rear diametric plane and the disjunctor container cover 514 of housing 1 are through, the rear diametric plane of disjunctor container cover 514 is provided with disjunctor skeleton 513 and disjunctor storage chamber handle 515, in the storage chamber 515 of handle, quantitative ring set 521 for subsequent use and bracing wire 522 is housed.The top of quantitative mechanism and rear are shaped with motor-driven shelves and stroke gear control measuring mechanism; It is suitable for the quantitative output of various two groups of different amount quantitative mechanisms, and the scope of application is larger.Its quantitative mechanism and embodiment one similar, its quantitative disk return mechanism is identical with embodiment two.

Described control measuring mechanism comprises: the return spiral arm drive plate 501 that power transmission shaft upper end is connected as a single entity, stroke shelves blend stop 502, return spin-block 22, motor-driven shelves bullet wheel 503, motor-driven gear groove 504, body frame end face boss 505, spiral arm limited block 30, body frame lid 506 and cover the stroke shelves assembly of setting, also comprises: cable quadrant manipulation component; The spiral arm of described return spiral arm drive plate 501 is shaped with stroke shelves blend stop 502, return spin-block 22, motor-driven shelves bullet wheel 503, the inwall of described body frame end face boss 505 is shaped with motor-driven gear groove 504 and spiral arm limited block 30, and it is suitable that described motor-driven shelves bullet takes turns 503 and motor-driven gear groove 504 binding site and size; Stroke shelves assembly on body frame lid 506 comprises: the stroke shelves 510 that the stroke shelves knob 507 that body frame lid 506 end face is arranged, contraposition elastic rod 508, alignment grooves 509, body frame lid 506 lower surface are arranged and gear groove 511 and stroke shelves pin 512; Described stroke gear knob 507 is arranged in the axis hole of body frame lid 506 central authorities, and its top diametric plane is shaped with contraposition elastic rod 508, its underpart diametric plane is shaped with stroke shelves pin 512, and its upper and lower position is corresponding; The end face of described body frame lid 506 is shaped with two groups of gear alignment grooves 509, it is positioned at stroke shelves knob about 507 two sides, the lower surface of body frame lid 506 is shaped with two groups of corresponding stroke shelves 510, circumference graduation angle 16 one_to_one corresponding of the gear groove 511 that stroke shelves 510 are arranged and the stroke shelves pin 512 on alignment grooves 509, spiral arm and quantitatively lattice group 12; It for selecting the gear limiting the rotation of stroke shelves blend stop 502, thus regulates and controls the lattice number of quantitative lattice group 12 rotation.Cable quadrant manipulation component includes: the disjunctor container cover 514 that after housing 1, diametric plane is arranged and the body frame end face boss 505 that disjunctor skeleton 513, its upper surface are arranged, disjunctor storage chamber handle 515, cable quadrant 516, cable quadrant axle 517, bracing wire 518, line pressing bolt 519, forefinger rub wheel 520, two groups of quantitative ring sets 521 for subsequent use and bracing wire for subsequent use 522; Described disjunctor disjunctor container cover 514 is through with the rear diametric plane of housing 1, disjunctor skeleton 513 is positioned at the rear diametric plane of disjunctor container cover 514, the below of its rear end is shaped with forefinger rub wheel 520 and disjunctor storage chamber handle 515, forefinger rub wheel 520 is connected with cable quadrant axle 517 with the cable quadrant 516 of disjunctor skeleton 513 upper surface, and the bracing wire 518 of transmission is fixed by the line pressing bolt 519 on cable quadrant 516 and return spiral arm drive plate 501; It for manipulating the rotation of return spiral arm drive plate 501, thus manipulates the rotation of quantitative lattice group 12; The storage chamber of described disjunctor storage chamber handle 515 is built with two kinds of two groups of quantitative ring sets 521 for subsequent use and bracing wire for subsequent use 522 and bracing wire axle screw pipe; It is for matching applicable quantitative ring set and changing the bracing wire damaged.The below of described quantitative disk is shaped with middle demarcation strip 106, and it pours left side, the quantitative lattice group 12 in right side or the left and right sides into for selecting during batch turning; Described discharge nozzle 3 adopts the manufacture of dedicated transparent material, and its two sides indicate the scale 104 volume being converted into weight amount, after covering seal cover 105, observe the amount and temporary material that export.

Using method and mechanical action: during use, hold disjunctor storage chamber handle 515, with finger press down, rotating distance shelves knob 507, by contraposition elastic rod 508 standard to, embed after alignment grooves 509 and unclamp finger, now stroke shelves pin 512 has just been stuck in the gear groove 511 of aequum; Break seal cover 105 into two with one's hands, discharge nozzle 3 is aimed at frying pan down, at this moment salt heap is embedded on quantitative wallboard 15 and middle demarcation strip 106; By forefinger rubbing forefinger rub wheel 520, now cable quadrant 517 and bracing wire 518 drives return spiral arm drive plate 501 to rotate; Now, motor-driven shelves bullet wheel 503 is beated, microseism, and stroke gear blend stop 502 forwards stroke shelves pin 512 place to and stopped by gear; Meanwhile, quantitative lattice group 12 band in housing 1 carries material and rotates corresponding lattice number and to fall discharge nozzle 3.Its mechanical action is identical with embodiment two.In addition, the different basis weights ring set 7 of two same inner diameter for subsequent use in storage chamber handle 515, its shape of scraping band blade 13 has rectangle, trapezoidal, rhombus, right angled triangle, obtuse triangle and two obtuse angle straight flanges and camber line scraping shape; The selection of its shape can according to requirements, manufacturing cost, the primary and secondary such as unified replacing, simplification standard will usually determine; The outfit of quantitative ring set 7 and customization, can design by different material proportion, required difference large and small output quantity group, specified standard and special requirement and customize; It would be desirable the product standard that state participation system globalizes surely, this weight standard being conducive to country variant is converted into being connected between weight with volume, is also conducive to the generalization of product in the whole world.

Embodiment six

As shown in Fig. 1, Fig. 3, Fig. 9: this volume is converted into weight for exporting the proportioning device of form of powdery particles material, for connecting larger container, being applicable to restaurant, dining room and using, carry out accurate, the quantitative work rapidly of various powder, end, granular material.The orientation of face of housing 1 diametric plane is provided with discharge nozzle 3, the front end of discharge nozzle 3 is shaped with seal cover 105, after housing 1, diametric plane is provided with the disjunctor container cover 514 of internal run-through, the rear diametric plane of disjunctor container cover 514 is provided with disjunctor skeleton 513 and disjunctor storage chamber handle 515; Two groups of amounts for subsequent use and the quantitative disk of three groups of amounts are housed in the storage chamber 515 of integrated handle, and it can need according to difference the quantitative disk customizing, be equipped with and select different two groups amount or three groups of amounts, and it is applicable to the operation needing often to change quantitative disk.Its quantitative mechanism and embodiment one similar, its quantitative disk return mechanism is identical with embodiment two.

Described control measuring mechanism is substantially identical with example 5, unlike: the stroke shelves assembly on body frame lid 506 is different, the thumb scratching plate of increase, and the quantitative disk for subsequent use in disjunctor storage chamber handle 215 cavity is different with bracing wire; Described stroke shelves assembly comprises: the stroke gear mechanism that two groups, the left and right that body frame lid 506 end face is arranged is identical, and its right side parts have: stroke shelves knob 601, contraposition elastic rod 602, alignment grooves 603, stroke shelves 604, stroke gear groove 605, stroke shelves pin 606 and bumping post 607; Described stroke shelves knob 601 is arranged in body frame lid 506 central authorities axis hole to the left, its top diametric plane is shaped with contraposition elastic rod 602, its underpart diametric plane is shaped with stroke shelves pin 606, the termination of pin 606 is shaped with bumping post 607, the capping on described stroke shelves knob 601 left side is shaped with alignment grooves 603, and the lower surface of lid is shaped with corresponding stroke shelves 604 and stroke gear groove 605; Described stroke shelves pin 606 is stuck in each stroke gear groove 605, and before the bumping post 607 of its termination, diametric plane and stroke shelves keep off the circumference graduation angle 16 of each tangent point of 512 block faces and circumference graduation angle 16 one_to_one corresponding of alignment grooves 603, gear groove 605, stroke shelves blend stop 502 and quantitative lattice group 12; Its gear of turning right clockwise for limiting return spiral arm drive plate 501; The stroke shelves parts on the body frame lid 506 end face left side are for limiting the gear of the counterclockwise left-hand rotation of return spiral arm drive plate 501; The upper end of described cable quadrant axle 517, the upper surface of body frame lid 506 are connected with thumb scratching plate 608; Three groups of quantitative disks for subsequent use and two groups of quantitative disks are equipped with in the cavity of described disjunctor storage chamber handle.

Using method and mechanical action: during use, hold disjunctor storage chamber handle 515, with finger press down, rotating distance shelves knob 601, unclamp finger after contraposition elastic rod 602 is aimed at alignment grooves 603, now stroke shelves pin 606 has just been stuck in the gear groove 605 of aequum; Break seal cover 205 into two with one's hands, discharge nozzle 3 is aimed at vessel; By forefinger rubbing forefinger rub wheel 520, now cable quadrant 517 and bracing wire 518 drives return spiral arm drive plate 501 to rotate; Now, motor-driven shelves bullet wheel 503 is beated, microseism, and stroke gear blend stop 512 forwards stroke shelves pin 605 place to and stopped by gear; Meanwhile, quantitative lattice group 12 band in housing 1 carries material and rotates corresponding lattice number and to fall discharge nozzle 3.Its mechanical action is identical with embodiment two.In addition, two groups of amounts for subsequent use in storage chamber handle 515 and the quantitative disk of three groups of amounts, it is identical that its outfit and customization and embodiment five describe.

Embodiment seven

As shown in Fig. 2, Fig. 3, Figure 10: this volume is converted into weight for exporting the proportioning device of form of powdery particles material, for connecting heavy caliber container, use the quantitative mechanism of six groups of quantitative lattice groups; Be applicable to large-scale dining room, hotel, dining room to the various demands of properties of product, as: be applicable to various powder, end,, the material of various proportion, the various quantitative combination of lattice group 12, the convenient of use and accurate etc. demand.Rear diametric plane and the large disjunctor container cover 514 of described housing 1 are through, and the rear diametric plane of disjunctor container cover 514 is shaped with disjunctor skeleton 513 and disjunctor tool cavity handle 710; Its quantitative mechanism quantitative disk used can be equipped with by specialized and standardization and customize.Its quantitative mechanism and embodiment one similar, its quantitative disk return mechanism is identical with embodiment two.

Described control measuring mechanism is substantially identical with example 5, different unlike the spare part in the stroke shelves assembly on body frame lid 506 and disjunctor storage chamber handle 515 cavity; Stroke shelves assembly comprises; Knob 702, right side contraposition elastic rod 703, right side alignment grooves 704, right side stroke shelves pin 705, right side stroke shelves, right side gear groove on the right side of the upper strata knob axle sleeve 701 that body frame lid 506 central authorities are arranged, upper strata, knob 707, left side contraposition elastic rod 708, left side alignment grooves 709, left side stroke shelves pin, left side stroke shelves, left side gear groove on the left of lower floor's knob axle sleeve 706, lower floor; On the right side of described upper strata, the axle of knob 702 is inserted in upper strata knob axle sleeve 701, and right side contraposition elastic rod 703 is positioned at the upper end of its knob diametric plane, and right side stroke shelves pin 705 is positioned at the lower end of rotation axis, and the upper-lower position of two bars is corresponding; Right side alignment grooves 704 is positioned at the right side of knob 702 on the right side of upper strata, the circumference graduation angle 16 of its each slot and circumference graduation angle 16 one_to_one corresponding of the stroke gear groove on the stroke shelves of body frame lid 506 lower surface, right side stroke shelves pin 705, stroke shelves blend stop 502 and quantitative lattice group 12; It is spacing for the clockwise right-hand rotation of the stroke shelves blend stop 502 on return spiral arm drive plate 501; Identical all with right side of knob 707 structure, function on the left of lower floor's knob axle sleeve 706 in described left side, lower floor, its for the stroke shelves blend stop 502 on return spiral arm drive plate 501 turn left counterclockwise spacing; Having the essential items such as bracing wire, screw, small screw driver in the storage chamber of described disjunctor tool cavity handle, using when it is for changing quantitative disk, bracing wire.

Using method and mechanical action: during use, hold disjunctor tool cavity handle 515, with finger press down, knob 702 on the right side of rotating upper layer, right side contraposition elastic rod 703 is aimed at, embed right side alignment grooves 704 after unclamp finger, now right side stroke shelves pin 705 has just been stuck in the right side gear groove of aequum; Then break seal cover 105 into two with one's hands, discharge nozzle 3 is aimed at vessel, by forefinger rubbing forefinger rub wheel 520; Now, cable quadrant 517 and bracing wire 518 drive return spiral arm drive plate 501 to rotate, and motor-driven shelves bullet wheel 503 is beated, microseism, and stroke shelves blend stop 502 forwards stroke shelves pin 705 place, right side to and stopped by gear; Meanwhile, quantitative lattice group 12 band in housing 1 carries material and rotates corresponding lattice number and to fall discharge nozzle 3.Mechanical action is identical with embodiment two.Operated, seal cover 105 built by discharge nozzle 3 of kicking up; Also first can output in discharge nozzle 3, break seal cover 105 again into two with one's hands after observing scale, salt and cooking ratio, salt is poured in frying pan.In addition, the primary and secondary key element that the outfit of six groups of quantitative disk group quantitative mechanisms and customization will be considered, similar to the description of embodiment five.

Above-described embodiment, just preferred embodiment of the present invention, is not used for limiting the scope of the present invention, therefore all equivalent variations done with content described in the claims in the present invention, all should be included within the claims in the present invention scope.

Claims

1. a volume is converted into weight for exporting the proportioning device of form of powdery particles material, comprise housing (1), the openend inwall of described housing (1) is provided with the screw thread (2) spun with loaded material container, the orientation of face of housing (1) outside diametric plane is provided with the discharge nozzle (3) for outputting material, the upper surface of housing (1) is provided with propeller shaft tube (4), power transmission shaft (5) is contained in axle sleeve (4), one end of power transmission shaft (5) and housing (1) are provided with control amount parts and mechanism, the other end of power transmission shaft (5) and the inwall of housing (1) are provided with quantitative mechanism, it is characterized in that: the outer quantitative disk return mechanism of one end of described power transmission shaft (5) and housing (1) and control measuring mechanism parts and be connected, the other end of described power transmission shaft (5) is connected with the two-way output quantitative mechanism in housing (1), two-way output quantitative mechanism in described housing (1) and discharge nozzle (3) through, by rotating the parts of control measuring mechanism, the material that two-way output quantitative mechanism band is carried drops out from discharge nozzle (3) after quantitatively.

2. a kind of volume according to claim 1 is converted into weight for exporting the proportioning device of form of powdery particles material, it is characterized in that: described two-way output quantitative mechanism comprises: quantitative disk assembly and quantitative wall panel assembly, described quantitative disk assembly takes turns (6) by axle sleeve and quantitative ring set (7) is formed, described axle sleeve wheel (6) center is shaped with the hexagon axis hole (8) be connected with power transmission shaft (5), its outer diameter face is shaped with the locating slot pin (9) with quantitative ring set (7) stationary fit, described quantitative ring set (7) is made up of every lid (11) the quantitative lattice (10) of same circumference minute of angle and group, described group of quantitative lattice (10) every lid (11) both sides quantitative lattice group (12) that is different spaces capacity, the quantity of the upper quantitative lattice group (12) of different spaces capacity of described quantitative ring set (7) is (2) to (6) group, the dividing plate of described quantitative lattice both sides is for scraping band blade (13), and described quantitative loop puts each group of area scraping band blade, shape is not identical, described quantitative wall panel assembly is made up of discharge chute mouth (14) and the quantitative wallboard (15) that is symmetricly set on discharge chute mouth (14) both sides, and be connected as a single entity, described discharge chute mouth (14) is through with discharge nozzle (3), described discharge chute mouth (14), quantitative wallboard (15), quantitative disk axis hole (8) and quantitative lattice (10) and group suitable every the circumference graduation angle (16) covering (11), the outer diameter face of described quantitative wallboard (15) inner wall surface thereof and quantitative ring set (7), the lower surface of its upper surface and quantitative ring set (7) suitable in conjunction with size, and move mating surface each other, described quantitative lattice group (12) and the mobile cavity that quantitative wallboard (15) surrounds continuously rotate to discharge chute mouth (14) to carry out the quantitative of different magnitude and exports, the radius value (17) of described discharge chute mouth (14) and quantitative wallboard (15) is greater than the radius value (18) of the quantitative ring set (7) of all outfits, the increase and decrease of described two-way its quantitative cavity volume of output quantitative mechanism and change are radius values (18) by increasing and decreasing quantitative ring set 7, the minute of angle (16) of height dimension (19), quantitatively lattice (10) and scrape area and the shape of band blade (13), correspondingly subtract to increase axle sleeve and take turns the radius value (18) of (6) and height dimension (19) realizes simultaneously, described not isometric two-way output quantitative mechanism is proportion according to different material, by the output quantity customization needed for difference, and carry out customizing, show and exporting with numerical value volume being converted into weight.

3. a kind of volume according to claim 2 is converted into weight for exporting the proportioning device of form of powdery particles material, it is characterized in that: the edge of described housing (1) end face is shaped with annular boss (20), annular boss (20) is built-in with quantitative disk return mechanism and control measuring mechanism parts; Described quantitative disk return mechanism comprises: the next stacked return mechanism on torsion spring horizontal return mechanism and torsion spring; Described torsion spring horizontal return mechanism comprises: return spiral arm assembly, limiting plate and torsion spring assembly; One end of described return spiral arm (21) is fixed on the upper end of power transmission shaft (5), and the front end of return spiral arm (21) is shaped with return spin-block (22), and its initial position is just to discharge chute mouth (14); The below of described return spin-block (22) is shaped with limiting plate (23), limiting plate (23) front and back end is fixed on the panel seat of housing (1) end face, the two sides of described return spin-block (22) are shaped with return docking groove (24), the two sides of limiting plate (23) are shaped with spacing docking groove (25), and the line position, the center of circle of two pairs of docking grooves, radius are identical with notch shape; Housing (1) end face in described annular boss (20) is shaped with two groups of force adjustment locating holes (26), two guide-localization grooves (27) are inserted in the force adjustment locating hole (26) of selection respectively; The parallel beneath of described limiting plate (23) is shaped with inner ring torsion spring (28) and outer ring torsion spring (29), the bending termination of outer ring torsion spring (29) outer ring and the bending termination of inner ring torsion spring (28) inner lane are inserted on the guide-localization groove (27) of inside and outside circle respectively, the bending end hook of outer ring torsion spring (29) inner lane is stuck in the return docking groove (24) and spacing docking groove (25) of turning right clockwise, in the return docking groove (24) that the bending end hook of inner ring torsion spring (28) outer ring is stuck in left-hand rotation counterclockwise and spacing docking groove (25); On described annular boss (20) inwall below, symmetry is shaped with the spiral arm limited block (30) stopping return spin-block (22) for resistance; Described return mechanism is used for control and is fixed on the revolution of the quantitative ring set in power transmission shaft (5) lower end (7) and spacing.

4. a kind of volume according to claim 2 is converted into weight for exporting the proportioning device of form of powdery particles material, it is characterized in that: the edge of described housing 1 end face is shaped with annular boss (20), annular boss (20) is built-in with quantitative disk return mechanism control amount parts; On described torsion spring, the next stacked return mechanism comprises: return block, limited block and torsion spring assembly; Be shaped with return block (31) before described return scratching plate (101) lower surface, its orientation is corresponding every the initial position and minute of angle (16) covering (14) with group, and return block (31) left and right sides is shaped with return docking groove (24); Described limited block (32) is positioned at before housing 1 end face Upper shaft sleeve (4), after return block (31), its left and right sides is shaped with spacing docking groove (25), its radius and notch shape are identical with return docking groove (24), and before and after it, center of circle line is on same line; Described axle sleeve (4) housing outward (1) end face is shaped with two groups of force adjustment directional holes (26), two guide-localization grooves (27) are inserted on hole respectively; Upper torsion spring (33) and the next torsion spring (34) is shaped with outside described axle sleeve (4) diametric plane, the bending termination of its two inner ring is inserted on guide-localization groove (27) respectively, and the bending termination of its two outer ring is respectively in the hook spacing docking groove (25) that is stuck in upper and lower torsion spring and return docking groove (24); On described annular boss (20) inwall below, symmetry is shaped with the spiral arm limited block (30) stopping return block (31) for resistance; Its return mechanism described is used for control and is fixed on the revolution of the quantitative ring set in power transmission shaft (5) lower end (7) and spacing.

5. a kind of volume according to claim 4 or 3 is converted into weight for exporting the proportioning device of form of powdery particles material, it is characterized in that: described control measuring mechanism comprises: adjustable motor-driven shelves bullet wheel (103) that the motor-driven gear groove (102) that the return scratching plate (101) that power transmission shaft (5) upper end connects, return scratching plate (101) outer diameter face are arranged and discharge nozzle (3) are arranged above; Described motor-driven gear groove (102) is corresponding with the circumference graduation angle (16) of housing quantification lattice group (12), come lattice number that the quantitative lattice group (12) of perception rotates and rotating speed for the microseism sense of rubbing with the hands when reversing a scratching plate (101), make material fully drop to discharge nozzle; The below of described quantitative disk is shaped with middle demarcation strip (106), and it selects to pour left side, the quantitative lattice group in right side or the left and right sides into when batch turning; Described discharge nozzle adopts the manufacture of dedicated transparent material, and its two sides indicate the scale (104) volume being converted into weight amount, observe the amount of output and temporary material afterwards for covering seal cover (105); Or described control measuring mechanism comprises: the adjustable motor-driven shelves bullet that the motor-driven gear groove (102) that the return connecting shaft rub wheel (201) be connected as a single entity with power transmission shaft (5) lower end, return connecting shaft rub wheel (201) outer diameter face upper end are arranged, the lower surface of housing 1 are arranged is taken turns (103); Motor-driven gear groove (102) is corresponding with the circumference graduation angle (16) of quantitative lattice group (12); It comes gear number that perception rotates and rotating speed for a forefinger microseism sense of rubbing with the hands when going back to connecting shaft rub wheel (201), is convenient to falling speed and the output quantity of holding material; The below of described quantitative disk is shaped with middle demarcation strip (106), and it selects to pour left side, the quantitative lattice group in right side or the left and right sides into when batch turning; Described discharge nozzle (3) adopts the manufacture of dedicated transparent material, and its two sides indicate the scale (104) volume being converted into weight amount, observe the amount of output and temporary material afterwards for covering seal cover (105).

6. a kind of volume according to claim 3 is converted into weight for exporting the proportioning device of form of powdery particles material, it is characterized in that: described control measuring mechanism comprises: the return driver plate (301) that power transmission shaft (5) upper end connects, stroke shelves assembly and sense of touch shelves; Described stroke gear assembly comprises: be arranged on stroke shelves on housing (1) upper end annular boss (20) and the gear groove (302) shared with sense of touch shelves, be enclosed within that elastic rod blend stop (303) on axle sleeve (4) and return driver plate (301) lower surface arrange below for hindering two blocks (304) stopping return driver plate (301); Described elastic rod blend stop (303) one end connecting bushing (4) collar outward, one end connects dials handle, and collar aperture surface and axle sleeve (4) outer diameter face are dynamic mating surface; The gear groove (302) that described stroke, sense of touch share is corresponding with the circumference graduation angle (16) of quantitative lattice group (12); By the gear of adjustment two elastic rod blend stops (303) during use, determine the lattice number that the two groups of quantitative lattice groups (12) in left and right will export; Described discharge nozzle (3) adopts the manufacture of dedicated transparent material, and its two sides indicate the scale (104) volume being converted into weight amount, observe the amount of output and temporary material afterwards for covering seal cover (105).

7. a kind of volume according to claim 3 is converted into weight for exporting the proportioning device of form of powdery particles material, it is characterized in that: described control measuring mechanism comprises: the upper stroke shelves assembly arranged of the motor-driven gear groove (402) that the return spiral arm (21) that power transmission shaft (5) upper end connects, annular boss (20) inwall are arranged, spiral arm limited block (30) and case lid (403); The termination of described return spiral arm (21) is shaped with motor-driven shelves bullet wheel (404) and return spin-block (22), and it is suitable that described motor-driven shelves bullet takes turns (404) and motor-driven gear groove (402) binding site and size; Stroke shelves assembly in case lid (403) includes: the stroke shelves knob (405) that case lid (403) end face is arranged, contraposition elastic rod (406) and alignment grooves (407), the stroke shelves (408) that case lid (403) lower surface is arranged, stroke shift slot (409) and stroke shelves pin (410); Described stroke shelves knob (405) is arranged in the axis hole of case lid (403) central authorities, and its top diametric plane is shaped with contraposition elastic rod (404), its underpart diametric plane is shaped with stroke shelves pin (410), and upper-lower position is corresponding; Case lid (403) end face is shaped with two groups of gear alignment grooves (407), it is positioned at stroke shelves knob (405) two sides, left and right, the lower surface of case lid (403) is shaped with two groups of corresponding stroke shelves (408), the stroke gear groove (409) of the upper setting of stroke shelves (408) and circumference graduation angle (16) one_to_one corresponding of alignment grooves (407) and return spin-block (22), quantitatively lattice group (12); It is for selecting to limit return spin-block (22) gear that rotates thus regulating and controlling the lattice number that quantitative lattice group (12) rotates; The below of described quantitative disk is shaped with middle demarcation strip (106), and it pours left side, the quantitative lattice group (12) in right side or the left and right sides into for selecting during batch turning; Described discharge nozzle (3) adopts the manufacture of dedicated transparent material, and its two sides indicate the scale (104) volume being converted into weight amount, observe the amount of output and temporary material afterwards for covering seal cover (105).

8. a kind of volume according to claim 3 is converted into weight for exporting the proportioning device of form of powdery particles material, it is characterized in that: described control measuring mechanism comprises: the return spiral arm drive plate (501) that power transmission shaft (5) upper end is connected as a single entity, stroke shelves blend stop (502), return spin-block (22), motor-driven shelves bullet are taken turns (503), motor-driven gear groove (504), body frame end face boss (505), spiral arm limited block (30), body frame lid (506) and covered the stroke shelves assembly of setting, also comprise: cable quadrant manipulation component; The spiral arm of described return spiral arm drive plate (501) is shaped with stroke shelves blend stop (502), return spin-block (22), motor-driven shelves bullet wheel (503), the inwall of described body frame end face boss (505) is shaped with motor-driven gear groove (504) and spiral arm limited block (30), and it is suitable that described motor-driven shelves bullet takes turns (503) and motor-driven gear groove (504) binding site and size; Stroke shelves assembly on body frame lid (506) comprises: the stroke shelves knob (507) that body frame lid (506) end face is arranged, contraposition elastic rod (508), alignment grooves (509), the stroke shelves (510) that body frame lid (506) lower surface is arranged and gear groove (511) and stroke shelves pin (512); Described stroke shelves knob (507) is arranged in the axis hole of body frame lid (506) central authorities, and its top diametric plane is shaped with contraposition elastic rod (508), its underpart diametric plane is shaped with stroke shelves pin (512), and its upper and lower position is corresponding; The end face of described body frame lid (506) is shaped with two groups of gear alignment grooves (509), it is positioned at stroke shelves knob (507) two sides, left and right, the lower surface of body frame lid (506) is shaped with two groups of corresponding stroke shelves (510), circumference graduation angle (16) one_to_one corresponding of the upper gear groove (511) arranged of stroke shelves (510) and the stroke shelves pin (512) on alignment grooves (509), spiral arm and quantitative lattice group (12); It limits stroke shelves blend stop (502) gear that rotates for selecting, thus regulates and controls the lattice number that quantitative lattice group (12) rotates; Cable quadrant manipulation component includes: housing (1) is the disjunctor container cover (514) that arranges of diametric plane and disjunctor skeleton (513), the body frame end face boss (505) of its upper surface setting, disjunctor storage chamber handle (515), cable quadrant (516), cable quadrant axle (517), bracing wire (518), line pressing bolt (519), forefinger rub wheel (520), two groups of quantitative ring sets (521) for subsequent use and bracing wire for subsequent use (522) afterwards; Described disjunctor container cover (514) is through with the rear diametric plane of housing (1), and disjunctor skeleton (513) is positioned at the rear diametric plane of disjunctor container cover (514), and the below of its rear end is shaped with forefinger rub wheel (520) and disjunctor storage chamber handle (515); Forefinger rub wheel (520) is connected with cable quadrant axle (517) with the cable quadrant (516) of disjunctor skeleton (513) upper surface, and the bracing wire (518) of transmission is fixed by the line pressing bolt (519) on cable quadrant (516) and return spiral arm drive plate (501); It is for manipulating the rotation of return spiral arm drive plate (501), thus manipulates the rotation of quantitative lattice group (12); The storage chamber of described disjunctor storage chamber handle (515) is built with two kinds of two groups of quantitative ring sets (521) for subsequent use and bracing wire for subsequent use (522) and bracing wire axle screw pipe, and it is for matching, change applicable quantitative ring set (521) and changing the bracing wire (522) damaged; The below of described quantitative disk is shaped with middle demarcation strip (106), and it pours left side, the quantitative lattice group (12) in right side or the left and right sides into for selecting during batch turning; Described discharge nozzle (3) adopts the manufacture of dedicated transparent material, and its two sides indicate the scale (104) volume being converted into weight amount, observe the amount of output and temporary material afterwards for covering seal cover (105).

9. a kind of volume according to claim 3 is converted into weight for exporting the proportioning device of form of powdery particles material, it is characterized in that: described control measuring mechanism is substantially identical with embodiment five, unlike: the stroke shelves assembly on body frame lid (506) is different, add thumb scratching plate (608), the quantitative disk for subsequent use in disjunctor storage chamber handle (515) cavity is different with bracing wire; Described stroke shelves assembly comprises: the stroke gear mechanism that two groups, the left and right that body frame lid (506) end face is arranged is identical, and its right side parts have: stroke shelves knob (601), contraposition elastic rod (602), alignment grooves (603), stroke shelves (604), stroke gear groove (605), stroke shelves pin (606) and bumping post (607); Described stroke shelves knob (601) is arranged in body frame lid (506) central authorities axis hole to the left, its top diametric plane is shaped with contraposition elastic rod (602), its underpart diametric plane is shaped with stroke shelves pin (606), the termination of pin (606) is shaped with bumping post (607), the capping on described stroke shelves knob (601) left side is shaped with alignment grooves (603), and the lower surface of lid is shaped with corresponding stroke shelves (604) and stroke gear groove (605); Described stroke shelves pin (606) is stuck in each stroke gear groove (605), the circumference graduation angle (16) of each tangent point in its termination bumping post (607) front diametric plane and stroke shelves pin (512) face and circumference graduation angle (16) one_to_one corresponding of gear groove (603), gear groove (605), stroke shelves blend stop (502) and quantitative lattice group (12); Its gear of turning right clockwise for limiting return spiral arm drive plate (501); The stroke shelves parts on body frame lid (506) the end face left side are for limiting the gear of the counterclockwise left-hand rotation of return spiral arm drive plate 501; The upper end of described cable quadrant axle (517), the upper surface of body frame lid (506) are connected with thumb scratching plate (608); Three groups of quantitative disks for subsequent use and two groups of quantitative disks are equipped with in the cavity of described disjunctor storage chamber handle (515).

10. a kind of volume according to claim 3 is converted into weight for exporting the proportioning device of form of powdery particles material, it is characterized in that: described control measuring mechanism is substantially identical with routine embodiment five, different unlike the spare part in the stroke shelves assembly on body frame lid (506) and disjunctor storage chamber handle (515) cavity; Stroke shelves assembly comprises: knob (702), right side contraposition elastic rod (703), right side alignment grooves (704), right side stroke shelves pin (705), right side stroke shelves, right side gear groove on the right side of upper strata knob axle sleeve (701) that body frame lid (506) central authorities are arranged, upper strata, knob (707), left side contraposition elastic rod (708), left side alignment grooves (709), left side stroke shelves pin, left side stroke shelves, left side gear groove on the left of lower floor's knob axle sleeve (706), lower floor; On the right side of described upper strata, the axle of knob (702) is inserted in upper strata knob axle sleeve (701), right side contraposition elastic rod (703) is positioned on the diametric plane on the right side of its knob, right side stroke shelves pin (705) is positioned at the lower end of rotation axis, and the upper-lower position of two bars is corresponding; Right side alignment grooves (704) is positioned at the right side of knob on the right side of upper strata (702), circumference graduation angle (16) one_to_one corresponding of the circumference graduation angle (16) of its each slot and the stroke gear groove on the stroke shelves of body frame lid (506) lower surface, right side stroke shelves pin (705), stroke shelves blend stop (502) and quantitative lattice group (12); Its gear of turning right clockwise for the stroke shelves blend stop (502) limited on return spiral arm drive plate (501); Identical all with right side of the structure of knob (707), function on the left of lower floor's knob axle sleeve (706) in described left side, lower floor, its gear turned left counterclockwise for the stroke shelves blend stop (502) limited on return spiral arm drive plate (501); Having the essential items such as bracing wire, screw, small screw driver in the storage chamber of described disjunctor storage chamber handle, using when it is for changing quantitative disk, bracing wire.