CN203794115U - Quick separation and reunion store holder, store holder driving mechanism and quick separation and reunion batching system - Google Patents
Quick separation and reunion store holder, store holder driving mechanism and quick separation and reunion batching system Download PDFInfo
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- CN203794115U CN203794115U CN201420209573.0U CN201420209573U CN203794115U CN 203794115 U CN203794115 U CN 203794115U CN 201420209573 U CN201420209573 U CN 201420209573U CN 203794115 U CN203794115 U CN 203794115U
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Abstract
The utility model discloses a quick separation and reunion store holder, a store holder driving mechanism and a quick separation and reunion batching system. The quick separation and reunion store holder comprises a store holder body, a feeding device and a first shaft butting part, the feeding device is provided with a power input shaft, and the first shaft butting part is arranged on the power input shaft. The store holder driving mechanism comprises a driving mechanism body, a motor and a second shaft butting part, the motor is provided with a second output shaft, and the second shaft butting part is arranged on the power output shaft. The quick separation and reunion batching system is obtained based on combination of the store holder and the store holder driving mechanism. The quick separation and reunion store holder and the store holder driving mechanism can be butted quickly and connected in a matched manner by the aid of a power shaft, quick separation and reunion is realized on the premise that structural complexity needs not to be added, cost is low, and the structure is compact; the store holder can be cleaned directly, and sanitation and safety in use are ensured; the store holder can be conveniently maintained or directly replaced when at failure; the store holder can be used flexibly.
Description
Technical field
The utility model relates to accumulator and feed proportioning system.
Background technology
In life, often need to prepare various materials, as condiment preparation, medicine preparation, chemical preparation etc.Traditional material preparation is all manual realization.Taking the condiment process for preparation in culinary art as example, conventional culinary is all first various condiment to be deposited in respectively in apothecary jar, when culinary art rule of thumb or the requirement of menu is manual measures suitable amount.The mode efficiency of this manual preparation is low, prepares burden not accurate enough, affects result of use.
In order to overcome the problem of manual preparation, there is on the market now the equipment for realizing automatic blending.As in culinary area, there is on the market the equipment of preparing food with automatic condiment device, if any the automatic dish cooking machine of automatic salt adding sugaring function etc., also there is completing the equipment of complicated blending process, cook proportioning machine.Culinary art proportioning machine is equivalent to the integrated of multiple automatic condiment devices.Relevant apparatus on above condiment device or other field can both be realized self-emptying process according to control command, and efficiency and the accuracy of material preparation can improve greatly.
Relevant apparatus on above condiment device or other field is all made up of drive motor, pay-off and material storing cavity etc.Limit by above composition structure, how they have been washed to a large problem.Particularly pay-off, usually, pay-off is all integrated in apparatus body, is difficult to clean, and along with the increase of period of service, sanitary condition can not be guaranteed.In addition, these pay-offs need perseveration, and period of service easily breaks down after increasing, and when fault occurs, need to apparatus body be taken apart and just can be safeguarded or change afterwards, have the defect of maintenance and repair difficulty.Automatic dispensing apparatus for edible seasoning as disclosed in Chinese patent 200420060604, the parts such as spiral propeller, mixer that its automatic condiment device comprises are all arranged on body interior, and these parts are difficult to clean and change, existing problems in use.
Summary of the invention
For above problem, the utility model first provides a kind of fast clutch accumulator, this accumulator is convenient to clean and is safeguarded, the utility model provides a kind of accumulator driver train again, this driver train can dock with accumulator rapidly, to drive accumulator work, the utility model also provides a kind of fast clutch feed proportioning system, this system adopts the mode of fast clutch to be configured the accumulator in feed proportioning system, relevant non-electrical structure wherein can be separated from proportioning machine body, this part easy to clean and safeguard, use more flexible.
A kind of fast clutch accumulator that the utility model provides, comprise accumulator body, also comprise: be arranged at the pay-off for realizing self-emptying, being made up of mechanical element in accumulator body, described pay-off has for inputting powered attendant-controlled wheelchairs power input shaft; The first axle interfacing part, for docking removably with described powered attendant-controlled wheelchairs power take-off shaft, described the first axle interfacing part is arranged on described power input shaft.
Wherein, described the first axle interfacing part is fixed on described power input shaft in removable mode.
Described pay-off also comprises stirring parts, spiral propeller and Transmission, the mandrel of described spiral propeller and described power input shaft coaxial linkage, described stirring parts comprises the stirring blade on the axle drive shaft parallel with the mandrel of spiral propeller and fixed drive axle, and described mandrel is by described Transmission and the interlock of described axle drive shaft.
The accumulator driver train that the utility model provides, comprises drive mechanism body, also comprises: be arranged on the motor of drive mechanism body, described motor has the power take-off shaft for outputting power; The the second axle interfacing part that is used for coordinating in removable mode with the first axle interfacing part of fast clutch accumulator docking, described the second axle interfacing part is arranged on described power take-off shaft.
Wherein, described the second axle interfacing part is fixed on described power take-off shaft in removable mode.
The fast clutch feed proportioning system that the utility model provides, comprise accumulator and proportioning machine, accumulator comprises accumulator body, proportioning machine comprises proportioning machine body, described accumulator also comprises: be arranged at the pay-off for realizing self-emptying, being made up of mechanical element in accumulator body, described pay-off has for inputting powered attendant-controlled wheelchairs power input shaft; The first axle interfacing part, described the first axle interfacing part is arranged on described power input shaft; Described proportioning machine also comprises: be arranged on the motor of proportioning machine body, described motor has the power take-off shaft for outputting power; For coordinate the second axle interfacing part of docking in removable mode with described the first axle interfacing part, described the second axle interfacing part is arranged on described power take-off shaft.
Wherein, one of them in described the first axle interfacing part and described the second axle interfacing part is the rotating shaft with male splines, and another is the axle sleeve with female splines.
The male splines of described rotating shaft and the female splines of described axle sleeve are provided with chamfering for the one end of docking.
Described proportioning machine body comprises perpendicular to the riser of horizontal surface and for supporting accumulator first transverse slat parallel with horizontal surface, described riser is provided with the axis hole for the power input shaft of described accumulator and the docking of the power take-off shaft of described motor, described motor is fixed on the inner side of riser, and described the first transverse slat is fixed on the outside of riser.
Described proportioning machine body also comprises to be parallelly located at described the first transverse slat top and to be fixed on the second transverse slat on described riser, and described accumulator is clamped between the first transverse slat and the second transverse slat while being placed on the first transverse slat.
The top of the bottom of described accumulator and/or the first transverse slat is provided with elastic telescopic saddle.
Between described motor and described riser, be provided with the cover body that a side is uncovered, middle part is provided with perforate, described cover body lock onto the inner side of described riser, its uncovered side is close to the inner surface of described riser, described motor is fixed on cover body, its power take-off shaft is in perforate extend into cover body, described the second axle interfacing part is fixed on the power take-off shaft that is positioned at cover body, and extends to the outside of riser through the axis hole on described riser.
Described cover body is provided with at least one through hole.
The outside of described riser is provided with the bulge loop perpendicular to riser surface in the edge of described axis hole, and described accumulator is provided with in the outer fix place of described the first axle interfacing part the groove that shape is mated with described bulge loop.
Fast clutch accumulator of the present utility model and accumulator driver train can pass through the first axle interfacing part and the second axle interfacing part rapid abutting joint, and after docking, accumulator driver train can drive the work of fast clutch accumulator, realizes self-emptying function.Utilize dynamical axis coupling to connect between the two, dexterously the existing structure of automatic storing glassware is changed, under the prerequisite that does not need to increase structure complexity, realized fast clutch, cost is low, compact conformation.This clutch structure can be separated the mechanical operating part in device, and this part can directly be cleaned, and guarantees to use safe and sanitary; When this part breaks down, also can safeguard easily or directly change; This part can be configured to neatly different size but use on the driver train that mates with it or equipment that driver train is installed.
Fast clutch feed proportioning system of the present utility model has been applied accumulator and driver train, and the mechanical operating part in storage device can be separated, and has reached effect easy to clean and that safeguard.
Brief description of the drawings
Fig. 1 is the structural representation of a kind of embodiment of fast clutch accumulator;
Fig. 2 is the generalized section of fast clutch accumulator;
Fig. 3 is the structural representation of a kind of embodiment of accumulator driver train;
Fig. 4 is the docking schematic diagram of fast clutch accumulator and accumulator driver train;
Fig. 5 is the docking exploded drawings of motor, the second axle interfacing part, pay-off, the first axle interfacing part;
Fig. 6 is the part-structure schematic diagram of fast clutch feed proportioning system;
Fig. 7 is the docking generalized section of fast clutch feed proportioning system.
Nomenclature
100: accumulator body 101: cavity
102: pay-off 1021: stirring parts
1022: spiral propeller 1023: Transmission
103: 104: the first axle interfacing parts of power input shaft
105: groove 200: drive mechanism body
201: motor 202: power take-off shaft
203: the second axle interfacing parts 204: riser
205: the first transverse slats 206: axis hole
207: the second transverse slats 208: elastic telescopic saddle
209: cover body 210: through hole 211: bulge loop.
Detailed description of the invention
Come the utility model to be elaborated with reference to the accompanying drawings and in conjunction with the embodiments.In the situation that not conflicting, the feature in embodiment and embodiment in the application can combine mutually.
See figures.1.and.2, fast clutch accumulator of the present utility model has accumulator body 100, and accumulator body 100 is provided with the cavity 101 for storing material.In accumulator body 1, be provided with the pay-off 102 for realizing self-emptying, be made up of mechanical element, this pay-off 102 does not comprise electric elements, belongs to the part that can directly clean.
Pay-off 102 has for inputting powered attendant-controlled wheelchairs power input shaft 103.This power input shaft 103 is for driving the mechanical operating part work of pay-off 102.This power input shaft 103 generally extends to outside accumulator body 100, is convenient to dock with hereinafter illustrated driver train.
Power input shaft 103 is provided with the first axle interfacing part 104, and this first axle interfacing part 104 is generally located on the end of power input shaft 103, and certainly, in part embodiment, the first axle interfacing part 104 also can be located at the midway location place of power input shaft 103.
For the ease of changing and selecting flexibly, this first axle interfacing part 104 can be fixed on power input shaft 103 in removable mode.Adopt after this dismantled and assembled structure, this fast clutch accumulator can be selected neatly according to the difference of use occasion the specification shape of the first axle interfacing part 104, thereby is used in conjunction with the driver train of different model or the equipment with driver train easily.
In different embodiment, pay-off 102 can arrange flexibly.For example, pay-off 102 can be one with the push rod of cutting somebody's hair, and correspondingly, external power supply should be the actuating unit that can drive push rod to stretch back and forth, moves back and forth and realizes self-emptying at the effect lower push-rod of this external power supply; Again for example, pay-off 102 can be belt conveyor, and correspondingly, external power supply is the actuating unit that drives belt conveyor to move, and belt conveyor rotates to realize self-emptying under the effect of external power supply.As preferred embodiment, as shown in this embodiment, pay-off 102 comprises stirring parts 1021, spiral propeller 1022 and Transmission 1023, and stirring parts 1021 and spiral propeller 1022 are subject to the power driven that power input shaft 103 imports and work.The connection mode of both and power input shaft 103 can arrange flexibly, preferably, the mandrel of spiral propeller 1022 and power input shaft 103 coaxial linkages, stirring parts 1021 comprises the stirring blade on the axle drive shaft parallel with the mandrel of spiral propeller 1022 and fixed drive axle, and mandrel is by Transmission 1023 and axle drive shaft interlock.When pay-off 102 is worked, stirring parts 1021 is broken up material stirring, avoids material conglomeration.After completing stirring, material utilizes spiral propeller 1022 to promote blanking.Transmission 1023 can be realized in different ways, as belt, engaging tooth wheels etc.In the present embodiment, Transmission 1023 by being fixed on the first gear in rotating shaft, be fixed on the second gear on axle drive shaft and the intermediate gear between the first gear and the second gear forms.
This fast clutch accumulator can further be configured to the independent entirety that can use separately in the time of concrete application, in the situation that not having external power supply to drive, can be used as common storage bottle uses, concrete mode is that manual material taking mouth is set on accumulator body, and user can utilize this manual material taking mouth to complete reclaiming process.In addition, by M/C part is set on power input shaft, can utilize manual mode to drive power input shaft to rotate, thereby drive inner pay-off action, complete S. A. discharging process.
Accumulator driver train of the present utility model is used for driving the action of fast clutch accumulator.With reference to Fig. 3, this accumulator driver train has drive mechanism body 200.In drive mechanism body 200, be provided with motor 201, this motor has the power take-off shaft 202 for outputting power, and usually, in the time that motor 201 rotates, this power take-off shaft 202 also can be followed rotation.This power take-off shaft 202 also can expose, and is convenient to be connected with fast clutch accumulator.
Power take-off shaft 202 is provided with the second axle interfacing part 203, and this second axle interfacing part 203 can coordinate docking in removable mode with the first axle interfacing part 104 in fast clutch accumulator.The second axle interfacing part 203 operated by rotary motion are at the terminal position place of power take-off shaft 202, and certainly, in part embodiment, the second axle interfacing part 203 can be located at the midway location place of power take-off shaft 202.
With the set-up mode of the first axle interfacing part 104, for the ease of changing and selecting flexibly, the second axle interfacing part 203 can be fixed on power take-off shaft 202 in removable mode.When use, can select flexibly as required the specification shape of the second axle interfacing part 203, to dock from different fast clutch accumulators.
Accumulator driver train can be as the simple function composition in Fig. 4 embodiment, only includes motor and the second axle interfacing part, also can be configured to function device body.The function device that is provided with motor, the second axle interfacing part etc. as a kind of, this equipment can coordinate with fast clutch accumulator, and fast clutch accumulator can be quickly installed on this equipment and be used by axle interfacing part.
In concrete application, the implementation of the first axle interfacing part 104 and the second axle interfacing part 203 is varied.In order to ensure the simplification of docking, the applied in any combination between the first axle interfacing part 104 and the second axle interfacing part 203 has simple in structure, easy-disassembling-assembling feature.For example, the first axle interfacing part 104 and the second axle interfacing part 203 can be the intermeshing gear member of energy, can be also the energy fastener of snapping mutually, can also adopt spline structure to realize.
With reference to Fig. 4 and Fig. 5, fast clutch accumulator and accumulator driver train can be realized rapid abutting joint by the first axle interfacing part 104 and the second axle interfacing part 203.After having docked, the power input shaft 103 of pay-off 102 and the power take-off shaft 202 of motor 201 just can form complete dynamical axis, and now motor 201 can drive pay-off 102 to move, and realizes self-emptying function; In the time that the first axle interfacing part 104 separates with the second axle interfacing part 203, the power input shaft 103 of pay-off 102 and the power take-off shaft 202 of motor 201 disconnect, and motor 201 no longer can drive pay-off 102 to move, self-emptying function stop.
When multiple accumulators and driver train being integrated into one when realizing on the equipment of batching function, just form a kind of feed proportioning system that can fast clutch.This feed proportioning system can complete the quantitative discharging work of various materials, thereby allots required material combination.So-called feed proportioning system can be kitchen condiment compounding system, medical compounding system, industrial raw material compounding system etc.
This feed proportioning system comprises accumulator and proportioning machine.
The quantity of accumulator is generally multiple.Accumulator comprises accumulator body 100, is arranged at the pay-off 102 and the first axle interfacing part 104 that in accumulator body 100, are made up of mechanical element for realizing self-emptying.Accumulator body 100 is provided with the cavity 101 for storing material, and pay-off 102 has for inputting powered attendant-controlled wheelchairs power input shaft 103, the first axle interfacing parts 104 and is arranged on this power input shaft 103.For the ease of changing and selecting flexibly, this first axle interfacing part 104 can be fixed on power input shaft 103 in removable mode.
Proportioning machine comprises proportioning machine body, is arranged on motor 201 and the second axle interfacing part 203 on proportioning machine body.Motor 201 has power take-off shaft 202, the second axle interfacing parts 203 and is located on this power take-off shaft 202.The second axle interfacing part 203 can coordinate docking in removable mode with the first axle interfacing part 104.For the ease of changing and selecting flexibly, the second axle interfacing part 203 can be fixed on power take-off shaft 202 in removable mode.In proportioning machine, the preferable configuration such as above-mentioned motor 201 and the second axle interfacing part 203 are an independent entirety, are fixed on proportioning machine body by the mode of locking, and the mode of locking can be fixed for screw, fastener fastening etc.The all-in-one-piece structure of this independence also can be taken off from body by the mode of dismounting, is convenient to safeguard or change.
In proportioning machine, except above motor, axle interfacing part, also comprise guidance panel, control power element, material conveying pipe etc., in literary composition, the undeclared proportioning machine other parts that arrive can realize with reference to existing proportioning machine dependency structure.
When use, the accumulator in feed proportioning system and proportioning machine can be realized fast clutch.In the time that accumulator docks by the first axle interfacing part 104 and the second axle interfacing part 203 with proportioning machine, accumulator can be by proportioning machine driving work, and now whole feed proportioning system has automatic blending function.When the first axle interfacing part 104 separates with the second axle interfacing part 203, accumulator takes off from proportioning machine, and accumulator can directly clean and safeguard.
As previously mentioned, the implementation of the first axle interfacing part 104 and the second axle interfacing part 203 is varied.In order to ensure the simplification of docking, the applied in any combination between the first axle interfacing part 104 and the second axle interfacing part 203 has simple in structure, easy-disassembling-assembling feature.For example, the first axle interfacing part 104 and the second axle interfacing part 203 can be the intermeshing gear member of energy, can be also the energy fastener of snapping mutually, can also adopt spline structure to realize.Because spline structure docking is convenient stable, therefore spline structure be one preferred embodiment.Particularly, one of them in the first axle interfacing part 104 and the second axle interfacing part 203 is the rotating shaft with male splines, and another is the axle sleeve with female splines.Axle sleeve can be set in the outside of rotating shaft, to drive rotating shaft to rotate.For both can be docked arbitrarily angled, they are preferably made as toroidal.In addition, the male splines of rotating shaft and the female splines of axle sleeve are all provided with chamfering for the one end of docking, and insert to realize guiding.
In order to facilitate accumulator and proportioning machine docking, need to be optimized configuration to the dependency structure of accumulator and proportioning machine.
With reference to Fig. 6 and Fig. 7, particularly, proportioning machine body comprises riser 204 and the first transverse slat 205.Wherein the first transverse slat 205 is for supporting accumulator, and when accumulator is installed on proportioning machine, the first transverse slat 205 plays the effect of supporting.
Riser 204 is perpendicular to horizontal surface, and the first transverse slat 205 is parallel with horizontal surface, and motor 201 is fixed on the inner side of riser 204, and the first 205 of transverse slats are fixed on the outside of riser 204.Usually, for proportioning machine, this riser 204 is component parts of its overall housing, the inner side of riser 204 is corresponding to the side in proportioning machine housing, therefore motor portion 1 also can be hidden in proportioning machine housing, and the position of accumulator is identical with the first transverse slat 205, outside proportioning machine housing.Motor 201 and accumulator are positioned at the both sides of riser 204, make both to connect, and riser 204 is provided with the axis hole 206 that supplies the power input shaft 103 of accumulator and the power take-off shaft 202 of motor to dock.When accumulator is placed in and combines with motor 201 on the first transverse slat 205, accumulator can be close to riser 204, and motor 201 and accumulator can clamp riser 204, do not have space, stable connection between them.
Riser 204 and the first transverse slat 205 can be one-body molded, also can adopt some plate compositions to realize.In the present embodiment, on the proportioning machine body housing panel vertical with horizontal surface, L-type plate is installed, this L-type plate part parallel with horizontal surface is just the first transverse slat 205, and the part of this L-type plate vertical level and the stack combinations of case panel become riser 204.In Fig. 6, for the convenience representing, the part of case panel is omitted, and directly the part of L-type plate vertical level is designated as to riser 204.
As can be seen from Figure 7, only riser 204 and the first transverse slat 205 need be extended in the horizontal direction, so just can the more automatic storing glassware of magnitude setting.
Can obtain better limit effect for accumulator is placed on the first transverse slat 205, proportioning machine body further arranges the second transverse slat 207, and this second transverse slat 207 is parallel to be located at the first transverse slat 205 tops and to be fixed on riser 204.The first transverse slat 205 and second distance of transverse slat 207 and the housing structure of accumulator match, and are generally the height that is equal to or slightly greater than the housing structure of accumulator.Arrange after this second transverse slat, accumulator can be clamped between the first transverse slat 205 and the second transverse slat 207 while being placed on the first transverse slat 205.
In the present embodiment, as shown in Figure 6, accumulator is configured to square structure near the part of riser 204.The distance of the second transverse slat 207 and the first transverse slat 205 therewith height of square structure matches, and the width of the second transverse slat 207 matches with the front end of the square structure portion's width of leaving a blank.In the time that accumulator is placed on the first transverse slat 205, the front end of square structure extend between the second transverse slat 207 and the first transverse slat 205, and the entirety of accumulator can be limited by the first transverse slat 205 and the second transverse slat 207, can obtain good limit effect.The second transverse slat 207 can be shaped in proportioning machine body shell, also can adopt independently plate to realize.As shown in Figure 7, the second transverse slat 207 in the present embodiment is the part composition of proportioning machine body shell.
Accumulator is played under the prerequisite of clamping action at the second transverse slat 207 and the first transverse slat 205, elastic telescopic saddle 208 can be further set.The effect of this elastic telescopic saddle 208 be make accumulator can with the second transverse slat 207 butt better, play and strengthen clamping the effect of effect.This elastic telescopic saddle 208 can be arranged on the bottom of accumulator, also can be arranged on the top of the first transverse slat 205, also can arrange simultaneously.In the time being arranged on the bottom of accumulator, its position is generally the fore-end of bottom; In the time being arranged on the top of the first transverse slat 205, its position is generally the below that is positioned at the second transverse slat 207 near the inner side of riser 204.Be provided with after elastic telescopic saddle 3, when accumulator is positioned on the first transverse slat 205, elastic telescopic saddle 208 pushes up accumulator to the second transverse slat 207, and the position of storing portion 2 is more reliable and more stable.As shown in Figure 6, the elastic telescopic saddle 208 in the present embodiment is arranged at the top of the first transverse slat 205, is specially the sliding pearl being stretched by Spring driving, and quantity is two, on two positions of the left and right sides, corresponding accumulator bottom that is placed in.In a preferred embodiment, in the time being provided with elastic telescopic saddle 208 for one in accumulator bottom and the first transverse slat 205 tops, on another, can be provided with the recess corresponding with this saddle 208, after accumulator puts in place, saddle 208 springs in recess, the effect putting in place to play instruction, user's experience is better.
As previously mentioned, motor 201 can adopt variety of way to be fixed on proportioning machine body.In the present embodiment, motor 201 is fixed on riser 204, and its power take-off shaft need to be connected with the accumulator of riser 204 opposite sides.As shown in Figures 6 and 7, between motor 201 and riser 204, preferably include the cover body 209 that a side is uncovered, middle part is provided with perforate, cover body 209 lock onto the inner side of riser 204, its uncovered side is close to the inner surface of riser 204, motor 201 is fixed on cover body, its power take-off shaft 202 is in perforate extend into cover body 209, and the second axle interfacing part 203 is fixed on the power take-off shaft 202 that is positioned at cover body 209, and extends to the outside of riser 204 through the axis hole 206 on riser 204.Adopt after above structure, the power take-off shaft 202 of motor 201 and the second axle interfacing part 203 can be hidden between cover body 209 and riser 204, protect respond well, and use safety get a promotion.Be provided with after cover body 209, for the ease of element operation and maintenance to cover body 209 inside, this cover body 209 is provided with at least one through hole 210.Utilize this through hole 210 in the situation that not taking cover body 209 apart, to observe inner element situation, and can carry out Fast-Maintenance.As shown in Figure 6, this through hole 210 is generally located at the top of cover body 209.
In order further to increase the stability after accumulator docks with motor 201, the outside of riser 204 is provided with the bulge loop 211 perpendicular to riser 204 surfaces in the edge of axis hole 206, accumulator is provided with in the outer fix place of the first axle interfacing part 104 groove 105 that shape is mated with bulge loop 211.After accumulator and motor 201 docking, bulge loop 211 can be inserted in groove 105, forms stable connection structure.
Dependency structure feature in above proportioning machine embodiment is not limited to be applied on proportioning machine, also can be applied directly on other equipment with fast clutch accumulator and driver train.In addition, also can be applied on the fast clutch accumulator that the utility model proposes with accumulator dependency structure feature in proportioning machine embodiment, and the architectural feature relevant to proportioning machine body also can be applied to that the utility model proposes accumulator driver train on.
The foregoing is only preferred embodiment of the present utility model and oneself, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (14)
1. fast clutch accumulator, comprises accumulator body, characterized by further comprising: be arranged at the pay-off for realizing self-emptying, being made up of pure mechanical element in accumulator body, described pay-off has for inputting powered attendant-controlled wheelchairs power input shaft; The first axle interfacing part, for docking removably with described powered attendant-controlled wheelchairs power take-off shaft, described the first axle interfacing part is arranged on described power input shaft.
2. accumulator according to claim 1, is characterized in that described the first axle interfacing part is fixed on described power input shaft in removable mode.
3. accumulator according to claim 1, it is characterized in that described pay-off also comprises stirring parts, spiral propeller and Transmission, the mandrel of described spiral propeller and described power input shaft coaxial linkage, described stirring parts comprises the stirring blade on the axle drive shaft parallel with the mandrel of spiral propeller and fixed drive axle, and described mandrel is by described Transmission and the interlock of described axle drive shaft.
4. accumulator driver train, comprises drive mechanism body, characterized by further comprising: be arranged on the motor of drive mechanism body, described motor has the power take-off shaft for outputting power; The the second axle interfacing part that is used for detachably coordinating with the first axle interfacing part of the fast clutch accumulator described in claims 1 to 3 any one docking, described the second axle interfacing part is arranged on described power take-off shaft.
5. driver train according to claim 4, is characterized in that described the second axle interfacing part is fixed on described power take-off shaft in removable mode.
6. fast clutch feed proportioning system, comprise accumulator and proportioning machine, accumulator comprises accumulator body, proportioning machine comprises proportioning machine body, it is characterized in that described accumulator also comprises: be arranged at the pay-off for realizing self-emptying, being made up of pure mechanical element in accumulator body, described pay-off has for inputting powered attendant-controlled wheelchairs power input shaft; The first axle interfacing part, described the first axle interfacing part is arranged on described power input shaft; Described proportioning machine also comprises: be arranged on the motor of proportioning machine body, described motor has the power take-off shaft for outputting power; For coordinate the second axle interfacing part of docking in removable mode with described the first axle interfacing part, described the second axle interfacing part is arranged on described power take-off shaft.
7. feed proportioning system according to claim 6, is characterized in that one of them in described the first axle interfacing part and described the second axle interfacing part is the rotating shaft with male splines, and another is the axle sleeve with female splines.
8. feed proportioning system according to claim 7, is characterized in that the male splines of described rotating shaft and the female splines of described axle sleeve are provided with chamfering for the one end of docking.
9. feed proportioning system according to claim 6, it is characterized in that described proportioning machine body comprises perpendicular to the riser of horizontal surface and for supporting accumulator first transverse slat parallel with horizontal surface, described riser is provided with the axis hole for the power input shaft of described accumulator and the docking of the power take-off shaft of described motor, described motor is fixed on the inner side of riser, and described the first transverse slat is fixed on the outside of riser.
10. feed proportioning system according to claim 9, it is characterized in that described proportioning machine body also comprises is parallelly located at described the first transverse slat top and is fixed on the second transverse slat on described riser, and described accumulator is clamped between the first transverse slat and the second transverse slat while being placed on the first transverse slat.
11. feed proportioning systems according to claim 10, is characterized in that the bottom of described accumulator and/or the top of the first transverse slat are provided with elastic telescopic saddle.
12. feed proportioning systems according to claim 9, it is characterized in that being provided with the cover body that a side is uncovered, middle part is provided with perforate between described motor and described riser, described cover body lock onto the inner side of described riser, its uncovered side is close to the inner surface of described riser, described motor is fixed on cover body, its power take-off shaft is in perforate extend into cover body, and described the second axle interfacing part is fixed on the power take-off shaft that is positioned at cover body, and extends to the outside of riser through the axis hole on described riser.
13. feed proportioning systems according to claim 12, is characterized in that described cover body is provided with at least one through hole.
14. according to the feed proportioning system described in claim 9 to 13 any one, the outside that it is characterized in that described riser is provided with the bulge loop perpendicular to riser surface in the edge of described axis hole, and described accumulator is provided with in the outer fix place of described the first axle interfacing part the groove that shape is mated with described bulge loop.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420209573.0U CN203794115U (en) | 2014-04-25 | 2014-04-25 | Quick separation and reunion store holder, store holder driving mechanism and quick separation and reunion batching system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420209573.0U CN203794115U (en) | 2014-04-25 | 2014-04-25 | Quick separation and reunion store holder, store holder driving mechanism and quick separation and reunion batching system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203794115U true CN203794115U (en) | 2014-08-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420209573.0U Withdrawn - After Issue CN203794115U (en) | 2014-04-25 | 2014-04-25 | Quick separation and reunion store holder, store holder driving mechanism and quick separation and reunion batching system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203794115U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103922096A (en) * | 2014-04-25 | 2014-07-16 | 珠海优特电力科技股份有限公司 | Fast clutch stocker, stocker driving mechanism and fast clutch batching system |
-
2014
- 2014-04-25 CN CN201420209573.0U patent/CN203794115U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103922096A (en) * | 2014-04-25 | 2014-07-16 | 珠海优特电力科技股份有限公司 | Fast clutch stocker, stocker driving mechanism and fast clutch batching system |
| CN103922096B (en) * | 2014-04-25 | 2016-08-24 | 珠海优特电力科技股份有限公司 | Accumulator, accumulator drive mechanism and the fast clutch feed proportioning system of culinary art |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140827 Effective date of abandoning: 20170302 |
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| C20 | Patent right or utility model deemed to be abandoned or is abandoned |